Who says that a four-door sports car is just a compromise between space and comfort for sports car manufacturers? At least, aston martin, the birthplace of racing cars in Britain, doesn’t agree with this, because on this 4-door and 4-seat Rapide, we can still see their meticulous adjustment of chassis and their persistence in performance and speed …

　　As early as 1948, aston martin acquired another British racing car factory named Lagonda (Calm Creek) in American Indian language. From 1961 to 1964, based on the DB4 classic coupe, it produced 55 four-door 4-seat GT sports cars named "Fast" in German. Later, from 1976 to 1989, it again.

　　Therefore, when the "four-door Coupe" whirlwind began to blow in the car world, this time-honored sports car manufacturer, located in Britain and founded by speed fanatic Lionel Martin in 1913, vowed to overthrow the track superstar Bugatti in that year. At the Detroit Auto Show in North America in January 2006, the concept car named Rapide was launched again, and at the Frankfurt Motor Show in Germany in September 2009, this four-door four-seat car was brought with the same elegant appearance and excellent performance.

● It is still a variety of British DNA.

　　Don’t doubt that you are not mistaken, because although it looks like an enlarged two-door GT sports car at first glance, it has perfect body lines and elegance with a little domineering, but it is actually Rapide, a four-door four-seater sports car made by aston martin with the DNA of an orthodox English sports car in its blood.

　　Rapide, originally positioned as a "4D sports car", is a brand-new car series launched by aston martin after the successful launch of V8 Vantage, DB9 and other coupes. Its body length is more than 5 meters, 198mm more than DB9′ s 4710mm, reaching 5019mm, even longer than Porsche Panamera, which is positioned as a "4D sports car".

　　But what is amazing is that aston martin can faithfully preserve its family classic shoulder/waist line design and broad and powerful rear texture, and the front shape still inherits the "convex" design that has become a family feature, with a chrome-plated checkered fence built in; The engine cover embedded with two metal vents echoes the xenon headlights and the LED daytime running light group next to it, and together with the extended wheel arch, it spreads the traditional introverted atmosphere of British sports cars.

　　The same streamlined and low-stretched car side lines reflect the insistence of aston martin stylists on modeling perfection, because even if part of the back seat head space has to be sacrificed, the sharp curve that rises with the front windshield and falls sharply from the roof to the rear is as elegant as every aston martin, and also maintains the aesthetic feeling like a coupe. A slender gill hole is set on both sides of the fender to extend the visual effect.

　　As for the rear part, the Rapide has designed a left/right double "C" taillight group on both sides below the upturned duck tail, which is connected by chrome trim strips, and there are double-outlet tailpipes on both sides below to remind the oncoming car that this is a Rapide with 470 horsepower. Please weigh yourself before provoking.

　　In addition, like all aston martin cars, Rapide’s doors are also designed with swan wings, which will rise slightly by 12 degrees after opening, so as to prevent the doors from colliding with obstacles lying on the side of the car, such as sidewalks, and create a light visual sense; But the difference is that the Rapide after lengthening the car body not only has two more doors, but also adds a hatchback-like tailgate at the rear, which not only takes into account the various styles of styling design, but also creates more practicality.

● Balance between taste and practicality

　　When the swan-wing door is lifted, two hand-made independent sports car bucket seats are greeted, which can provide excellent coating and support. The special Kestrel Tan orange-brown leather coated interior is excellent in touch and texture, and it is quite matched with the dashboard and steering wheel that maintain the consistent black tone, revealing the unique taste of British gentlemen.

　　The instrument panel adopts the traditional four-ring design, the speedometer is marked to 330km/h, and the counter-clockwise tachometer is marked to 8000rpm. There are square LCD screens in the center of the instrument, which can display all kinds of information.

　　The shape of the center console follows the design similar to its sports car series, and a circle of matte metal rings is added around the knobs and buttons, which can enhance the overall visual presence and durability, seemingly simple but quite deep; At the top of the center console are four buttons related to gearbox operation, namely, P (parking gear), R (reverse gear), key insertion hole, N (neutral gear) and D (pure automatic). In the middle are various operation switches of constant temperature air conditioning and sound system, and from left to right at the bottom, in order, ADS(Adaptive Damping System) electronic suspension setting switch, Sport mode switch button, ESP system close button and rear fog light switch.

　　When coming to the back seat, although aston martin shortened the design of the rear door of Rapide and sacrificed the head space of some passengers in the back seat for styling, and widened the design of the rear axle for handling, Rapide actually provided a good back seat space, and at least an editor with a height of 174cm was not a problem to sit in. Besides having a good front view, the rear part of the central armrest also prepared an independent air conditioning operation interface, an air outlet and a cup holder for the back seat, which made passengers sit more comfortable.

　　But to tell the truth, the back seat passengers need enough space to relax their knees when traveling for a long distance, so if they really want to take a GT trip with four people fully loaded, I’m afraid it’s a better choice to go home and change to Bentley Mu Shang. However, if you want to have an 18-hole ball game with your friends, it doesn’t matter. Just press the rear seat down button next to the seat belt fixing point of the rear seat C-pillar, and the rear seat of Rapide will fall forward, forming a two-story complete storage platform, and instantly expanding the space of the luggage compartment from 301 liters to 750 liters, which can easily put in two sets of complete balls, and finding its own balance point on the balance of taste and practicality.

　　At this point, press the car key in the center of the center console, and the huge 6.0-liter V12 engine lying under the hood of the Rapide engine immediately responded with an unpretentious roar, urging: Let’s go …

● Gentle dependence of 6.0-liter V12 engine

　　As for the power system prepared by aston martin for Rapide, it is a 6.0-liter V12 naturally aspirated engine, which is also configured on DB9 and adjusted by Cosworth, a famous British F1 engine manufacturer. The engine body falls behind the front axle, which can control the distribution of the front and rear center of gravity of the car body at 51: 49, and provide the maximum horsepower of 477 horses when the engine speed is 6000rpm. At 5000rpm, it can provide the maximum torque of 600 N m. With the 6-speed Touchtronic 2 automatic manual transmission system adjusted by ZF, the Rapide, which weighs 1950kg, can complete the acceleration sprint of 0-100km/h in 5.2 seconds, and the top speed can reach 296 km/h.

　　But to be fair, Rapide’s data is not particularly outstanding according to the standard of "sports car". 0-100km/h in 5.2 seconds, and even many high-performance four-door running RVs with slightly lower prices can be easily achieved.

　　However, aston martin always pays more attention to the balance of vehicles than the pursuit of horsepower, so the data is not the key point they want to emphasize. On Rapide, you can find that the awakened engine conveys smooth operation, full power in the full speed range, and low but not arrogant exhaust sound, which is more in line with its gentlemanly image.

　　With the D gear engaged and the accelerator lightly stepped on the road, Rapide’s start was "gentle", but it made people smile easily, and you can obviously feel that the engine is always ready with sufficient strength to let you use it, so even if the "Sport" button at the bottom of the center console is not pressed, this force can still be maintained from a low speed to a super-turn-off area of nearly 7000rpm, and the process of speed increase has not hesitated. It is the kind of natural intake engine with large displacement that will make people remember it again and again. It is both linear and full. Unlike supercharged engines, you don’t have to worry about the sudden acceleration after supercharging, and you don’t have to worry about the emptiness or hysteresis before supercharging, which fully shows Cosworth’s skill.

● The car turns gorgeous and happy at will.

　　But the real drama started from the moment after the "Sport" was pressed, because at this time, Rapide, just like David Beckham who took off his suit and put on his sportswear, was still handsome, but could show all kinds of delicate football skills more calmly. At this time, Rapide, which is no longer tied with hands and feet, has the power that the engine explodes, which is not only more direct than before the switch, but also steeper in the output curve. The vigorous thrust keeps coming, constantly pushing Xiangqian Che forward, and the strong feeling of sticking to the back will be accompanied by the rapid speedometer pointer, which will make you trapped in a comfortable bucket seat until you release the throttle, which is quite enjoyable and even makes people forget that this is a four-door sports car weighing nearly 2 tons.

　　Maintain SPORT mode to conquer corners, and directly challenge the limit with the hardest setting. Although you are sitting in Rapide’s car at this time, you will obviously feel the bumps on the road surface coming from the ground directly and mercilessly through the tires and steering column, which is completely different from the previous one, but Rapide, which adopts the front/rear double A-arm suspension structure design, will also respond to a more acute dynamic response, and even let you clearly feel the relative position of the four tires. It feels like driving a V8 Vantage with a length of only 4380mm, and you won’t feel that you are driving a four-door sports car with a length of more than 5 meters.

　　Therefore, on this closed road, even if the editor tries to attack the corner at a speed of over 80km/h again and again, and even forces the tail of the Rapide to be thrown out of the corner gently due to the influence of centrifugal force, the ESP system will obediently pull the car back to the preset route before it gets out of control, and almost no tires can be heard all the time.

● Persistence in speed

　　In terms of space performance, Rapide can’t be compared with the traditional four-door RV even if the length of the car is more than 5 meters and the wheelbase is 2989mm, and aston martin, which focuses on adjusting the overall balance of the vehicle, can’t give it the upper hand in the horsepower world of "convincing people with strength".

　　However, on Rapide, even though there is no spacious interior space and we can’t see too many complicated high-tech equipment, it just insists on that kind of self-confident and calm elegance and attitude, and it always makes people forget about its excellent chassis adjustment and comprehensive dynamic performance after the actual test drive. On Rapide, we once again see aston martin’s persistence in speed.

---

◆ Related reading

The charm of aristocratic sports! Aston Martin test drive for all models.
http://www.autohome.com.cn/drive/200809/45884.html

　　Xinhua News Agency, Beijing, March 13th Title: Implement it gradually, flexibly and differently — — Authoritative experts look forward to the trend of delayed retirement reform

　　Xinhua News Agency reporter Jiang Lin

　　The 14th Five-Year Plan and the outline of the long-term goals for 2035 announced on the 12th clearly stated that the legal retirement age should be gradually delayed according to the principles of "small-step adjustment, flexible implementation, classified promotion and overall consideration".

　　What do these principles refer to respectively? How to change it next? The reporter interviewed Jin Weigang, president of China Academy of Labor and Social Security, Ministry of Human Resources and Social Security.

　　Small step adjustment — — Delay for several months every year or one month every few months.

　　Jin Weigang: The simple understanding of small-step adjustment is that the delayed retirement reform will not be "one step in place", but a gradual reform will be adopted, and it will be gradually implemented in a small range, with a delay of several months every year or one month every few months, and the overall pace is gentle.

　　In other words, after the implementation of the policy, the retirement age line will be slowly pushed back. For example, women who have retired at the age of 50 will retire at the age of 50 for one month or several months in the first year after the implementation of the policy. People of different ages have different retirement ages. By analogy, the reform will be completed after several years of transition.

　　What is certain is that in the early stage of the reform, people who are about to retire will only be delayed by one month or several months, and there will be no situation of retiring for several years at once.

　　For young people, the extended retirement age will be larger, but there will be a long transition period and adaptation period in the future.

　　On February 26th, the State Council Press Office held a press conference. You Jun (second from right), Vice Minister of Ministry of Human Resources and Social Security, revealed at the meeting that the Ministry of Human Resources and Social Security is working with relevant departments to study specific reform plans for delaying retirement. Xinhua News Agency reporter Yin Gang photo

　　Flexible implementation — — Individuals will have the freedom to choose early retirement.

　　Jin Weigang: Delayed retirement will not be "one size fits all". It is not to stipulate that everyone must reach the delayed legal retirement age before retiring, but to reflect certain flexibility and increase the space for individuals to choose early retirement independently.

　　This is the biggest and most important feature of the delayed retirement reform.

　　Objectively speaking, there are great differences in terms of employment stability and work intensity of different occupational groups and positions, as well as personal physical condition, family needs and value pursuit, resulting in different demands. Some people hope to work more, while others hope to retire early.

　　Delayed retirement reform should fully consider these diversified needs. On the basis of unified implementation, combined with China’s actual national conditions, cultural traditions and historical evolution, we will increase the flexibility factor and allow individuals to choose the specific time for early retirement according to their own conditions and conditions, which fully reflects the flexibility and inclusiveness of the reform.

　　Classification promotion — — Different groups and genders will continue to maintain the difference in retirement age.

　　Jin Weigang: Delayed retirement is not a "quick march", but a smooth connection with the current retirement policy.

　　At present, the legal retirement age in China is 60 for male workers, 55 for female cadres and 50 for female workers, and the policies are different. The implementation of delayed retirement reform will distinguish different groups, adopt appropriate rhythm, advance steadily, and gradually reach the designated position.

　　For some existing policy differences in different occupations, regions and posts, policy continuity will be maintained after the reform to ensure orderly convergence and smooth transition before and after policy adjustment.

　　Overall consideration — — Supporting policies and safeguard measures need to be promoted in coordination.

　　Jin Weigang: Delayed retirement cannot be "single-handed". Delayed retirement reform is a systematic project, and there are many supporting policies and safeguard measures related to it, which need to be planned as a whole and promoted in coordination.

　　On the one hand, some policies related to retirement age in the past should be adjusted accordingly with the delay of retirement; On the other hand, the delayed retirement reform will also bring some new problems and challenges, which need corresponding supporting measures to follow up in time.

　　For example, how to promote the employment and entrepreneurship of older workers through more targeted measures? How to give social security subsidies to people with employment difficulties, especially those with flexible employment, to help them re-employment? How to further strengthen the protection of older unemployed people and develop jobs suitable for older workers? There are also amendments to relevant laws and regulations.

　　Only by making overall plans and taking supporting measures in place can we ensure the smooth implementation of the delayed retirement reform.

Source: vision china

In 2000, 10,000, 50,000 … In just five minutes, more than 50,000 people flooded into Qier’s live broadcast room, and the number of online users continued to grow. The anchor Qier also has a louder identity, which is Viya’s assistant. She sits on the left side of Viya all the year round and is an old face in the live broadcast room of Viya.

In fact, as early as April 13th, Qier held three live broadcasts in Tik Tok one after another. "Don’t even think about it, it must be warming up for the goods," said Mumu (a pseudonym), an old powder in the live broadcast room in Viya, to Time Finance. Since the tax turmoil in Viya, Qier’s personal account in Tik Tok has been cut off for more than 160 days.

To a certain extent, Qier’s comeback borrowed the popularity of Viya, and the number of online people in the live broadcast room peaked at more than 90,000 that night, and the first broadcast was the first on the list. However, the collapse of trust caused by tax evasion is difficult to recover. At the end of the live broadcast, she said: "It will be broadcast for a long time, and I hope fans can trust the team."

Another familiar face came, and a live broadcast rose by 200,000 yuan.

After Viya disappeared for half a year, her "cronies" gradually returned to the live broadcast room.

Qier’s comeback had a clue. When Viya helped broadcast a six-member group to form the Bee Welfare Society, only Qier, the second person in the live broadcast room, was missing. At the beginning, fans asked about Qier’s whereabouts.

After this comeback, Qier’s "configuration" is much higher than that of Bee Welfare Society. She is the only protagonist in the live broadcast room, sitting in the C position of the live broadcast screen, and playing the IP of the personal live broadcast room of "Qi Miao Meeting Ceremony".

Undoubtedly, Qier’s live broadcast room gathered the common expectation of Viya fans, "Waiting for your live broadcast", "A part of my life is back" and "More maternity products" they commented in Qier’s updated short video.

"Pay attention to the live broadcast room, first draw the prize" and "I’m back" were accompanied by shouts, and Mu Mu opened the live broadcast room at the first time. "It’s the same formula as Viya’s team, and many of the selected products are explosions from the previous live broadcast room".

Time Finance found that the rhythm and style of Qier’s live broadcast are in the same strain as Viya’s, and the selection still consists of four categories: beauty and skin care, life, clothing and food, which is in line with the positioning of Viya’s live broadcast room as a large-scale lifestyle supermarket. In addition, Qier also established the official WeChat official account of Qier Surprise Club, which was used to announce live broadcast products and build a personal fan base.

A total of 85 products were put on the live broadcast that night, but the inventory of products was not too much. Most products were stocked with less than 10,000 copies, and the single product with the highest sales volume sold 15,400 pieces that night.

From Taobao to Tik Tok, the live broadcast also changed with the rules. Viya’s former home was Taobao, which meant that it was difficult for some fans to migrate, and it also made Qier, who became the protagonist in the live broadcast room for the first time, feel a little pressure.

During the five-hour live broadcast, the staff of the live broadcast room repeatedly asked the fans for the purchase steps of the popular science live broadcast room, and Qier said no less than 10 forbidden words, including "whitening special certificate" and "seconds kill". During the halftime, Qi ‘er’s voice began to hoarse. After she changed from assisting broadcasting to becoming a regular member, she was faced with a heavier workload and more intensive oral broadcasting.

"You can’t put eggs in one basket. Qianxun also has the idea of building a talent on the whole platform, which can form a more complete live broadcast matrix. For the newcomer anchor, the short video of vibrato will have better drainage effect and attract fans outside the original traffic in Viya. " An insider of an MCN organization told Time Finance.

According to the data of red people’s point set, the total sales of Qier’s live broadcast room that night was 18.2303 million yuan, the total viewing volume reached 6.0567 million, and a live broadcast rose more than 200,000. As a new anchor, this achievement is undoubtedly beyond expectations, but compared with Viya’s sales of hundreds of millions of yuan, Qier is a big gap.

The assistant turned positive, and the "body double" in the Viya live broadcast room

Qier’s bold comeback may draw lessons from the success of Bee Welfare Society.

After 85 days of debut, Bee Welfare Society has formed a stable live broadcast rhythm and audience. Time Finance found that in the past two months, the number of viewers in its live broadcast room has stabilized at 7-8 million, and it has squeezed into the top three positions in Taobao’s live broadcast room.

It is understood that the registered addresses of Viya’s husband Dong Haifeng’s Hangzhou Lanhai Enterprise Management Consulting Company and Hangzhou Fenghan Enterprise Management Co., Ltd. are on different floors in Jiangjin International Building, Binjiang District, Hangzhou, as well as the registered address of Hangzhou Baifeng Culture Media Co., Ltd., a certification company of Bee Surprise Society.

Compared with the composition of the bee welfare society, Qier’s identity is more special. During the three years that Viya was active in the live broadcast room, Qier’s schedule almost completely coincided with Viya’s, and they were inseparable. Viya once said, "I spend more time with Qier than with my husband". Another important identity of Qier is the girlfriend of Viya’s younger brother and fourth brother, and also Viya’s best friend for nearly ten years.

It can be seen that both Bee Surprise Club, which was the first to test the water, and Qier’s personal live broadcast room are inextricably linked with Viya and Qianxun Company behind it. The "women" in Viya firmly believe that Viya is responsible for their live selection and supply chain.

It is not Viya’s initiative to help broadcast hold up half the sky. The Simba family has hatched a number of popular anchors in the form of mentoring, including balls and cat sisters. Now, Simba has retired from the live broadcast of rivers and lakes, and undertaken behind-the-scenes work such as supply chain construction and anchor incubation. Simba’s apprentice Dan Zi won the baton, became the number one anchor of the family, and repeatedly topped the list of people with goods in Aauto Quicker.

With the anchor tax investigation, a cruel fact is in front of us. The relationship between the head anchor and MCN company is "one glory and one loss". If we don’t train successors, MCN company is likely to face the embarrassing situation that no one is available.

As another big traffic pool, Li Jiaqi, the first brother of Taobao, is also laying out his own help matrix.

As early as two years ago, the United States one had the consideration of righting the broadcast. At that time, Fu Peng, a little assistant with a strong sense of existence in the live broadcast room in Li Jiaqi, chose to fly solo, relying on the popularity of Li Jiaqi to quickly accumulate the first fans, and started the live broadcast with goods on the platform of Little Red Book. However, one year later, Fu Peng’s live broadcast with goods came to an end. At this time, US ONE urgently needed another IP to continue the traffic in Li Jiaqi.

Since the second half of last year, Li Jiaqi’s broadcasting assistance team has continuously expanded its enrollment, and now it has formed a 7-member broadcasting assistance group, and its influence scope is also constantly expanding. "Li Jiaqi Fashion Broadcasting Group" has its own accounts in Weibo, Tik Tok, bilibili and other platforms. At present, its little red book account has 98,000 fans and 132,000 likes.

It has become a trend in the live broadcast industry to help broadcast to become an anchor. The logic behind it is still based on the big IP effect of the head anchor, holding and expanding the original traffic disk.

But it’s also a hard road. "Viya’s red burst is the result of multiple factors, and now the combined traffic of the two teams is hard to exceed her." Mu Mu sighed to Time Finance.

　　Cctv news(Reporter Wang Xiaoying): On August 19th, the Education Department of Gansu Province issued the Notice on Making Overall Plans for the School’s Opening of Autumn Term in 2021 and the Prevention and Control of Epidemic Situation, which clearly stated that according to the work arrangement of the leading group for the joint prevention and control of epidemic situation in COVID-19 and the work requirements of the Ministry of Education, schools in various places should start classes in a classified way of "wrong area, wrong level, wrong time and wrong peak". In principle, the opening time should not be earlier than August 30th.

　　The opening time of colleges and universities in the province is not earlier than August 30, and closed-loop management is implemented.

　　According to the requirements of the notice, colleges and universities in Gansu Province will start school no earlier than August 30th. Colleges and universities assess the conditions for starting school and returning to school according to the principle of territorial management. Colleges and universities that fail to meet the local epidemic prevention and control requirements, fail to implement various prevention and control measures, and fail to implement effective emergency plans and drills cannot start school.

　　In accordance with the principle of "universities outside Lanzhou before universities in Lanzhou, students from within the province before students from outside the province, senior students before junior students, and old students before freshmen", colleges and universities start school at different peaks. In principle, the interval between colleges and universities in each batch is at least 2 days, and there are no more than 2 colleges and universities in each county (district) in each batch. Students return to school at different peaks. Colleges and universities arrange classes and people in different grades in batches, and organize students to report back to school in an orderly manner. Students who return to school every day should not exceed the number of students in one grade. Students should return to school in strict accordance with the requirements of the school notice. Without the consent of the school, students are not allowed to return to school in advance.

　　Teachers and students in colleges and universities must hold negative proof of nucleic acid detection within 48 hours when they return to school. After the teachers and students in colleges and universities across provinces and cities arrive at school, colleges and universities will organize another nucleic acid detection, suspend off-campus offline training, and overseas teachers and students will not return to school without the consent of the school. According to the situation of epidemic prevention and control, if the opening time of colleges and universities needs to be postponed, it will be notified separately.

　　According to the notice, teachers, students and employees in high-risk areas will be suspended from returning to school. Teachers, students and employees who have lived in high-risk areas for 14 days before the start of school will be isolated by the local epidemic prevention and control leading group for 14 days. After the centralized isolation expires and the results of three nucleic acid tests are negative, they can return to school. Teachers, students and employees in low-risk areas should return to their places of residence 14 days before the start of school, continue to do a good job of personal health monitoring for 14 days in accordance with the relevant regulations of the local epidemic prevention and control leading group, and implement closed-loop management after the start of school.

　　In the notice, the proposed opening schedule of the autumn semester of 2021 for ordinary undergraduate colleges and universities in the province and the proposed opening schedule of the autumn semester of 2021 for vocational colleges in the province were clarified. Gansu Medical College, the earliest school, is scheduled to start on August 30, 2020, and Lanzhou University, the earliest college in Lanzhou, is scheduled to start on September 1. The latest is Gansu Communications Vocational and Technical College, and the planned start date is October 8, 2021.

　　Primary and secondary schools and kindergartens: the evaluation conditions are not earlier than August 30th.

　　The primary and secondary schools in the province start school at a staggered peak according to the principle of grading and classification, and the start time is not earlier than August 30. All localities assess the conditions for starting school and returning to school according to the principle of territorial management. If the epidemic prevention and control conditions fail to meet the local epidemic prevention and control requirements, the prevention and control measures are not implemented in place, and the effective emergency plans and drills are not implemented, schools cannot start school. Evaluate the conditions for starting school and returning to school one by one, report the starting time to the Provincial Department of Education seven days in advance, and suspend off-campus offline training.

　　Kindergarten opening time is not earlier than August 30th. All localities assess the conditions for opening the park and returning to school according to the principle of territorial management. If the epidemic prevention and control conditions fail to meet the local epidemic prevention and control requirements, the prevention and control measures are not implemented in place, and the effective emergency plans and drills are not implemented, kindergartens cannot open the park. After the kindergarten opening work plan and emergency response plan are evaluated by the local office of the leading group for epidemic prevention and control at or above the county level, the municipal education administrative department will co-ordinate and report the opening time to the Provincial Department of Education seven days in advance.

A few days ago, Qingdao Maker showed the elegance of the winners of the 2018 Qingdao Science and Technology Award. Just now, the 2018 Qingdao Science and Technology Award was awarded, and the chairman of Hisense Network won the highest award!

Today, Qingdao Maker will show you the list selected for the Shandong Science and Technology Award!

Spoiler, Qingdao participated in more than 90 of them.

It accounts for more than one third!

Shandong province science and technology highest award

(1 person)

Wanshubo

Wan Shubo, male, president of Shandong Academy of Agricultural Sciences, deputy secretary of Party Committee, post scientist of peanut industrial technology system of Ministry of Agriculture, director of food quality supervision, inspection and testing center (Jinan) of Ministry of Agriculture, deputy head of Shandong agricultural expert advisory group and head of peanut sub-group, and director of Shandong Key Laboratory of Crop Genetic Improvement and Eco-physiology.

Shandong Natural Science Award

First prize (3 items)

Biological Effects of ZR2019-1-1 Typical Nano-materials and Principles of Regulation Methods

Completed by: Yan Bing (Shandong University); Zhou Hongyu (Shandong University); Chen Lingxin (Yantai Institute of Coastal Zone, Chinese Academy of Sciences); Jiang Guibin (Research Center for Ecological Environment, Chinese Academy of Sciences)

Study on surface microstructure regulation and interface effect of ZR2019-1-2 titanium dioxide nanobelt

Completed by: Liu Hong (Shandong University); Sang Yuanhua (Shandong University); Zhou Weijia (Shandong University); Tian Jian (Shandong University); Li Haidong (Shandong University)

ZR2019-1-3 Key process and climate effect of heat and salt structure and variation in tropical western Pacific warm pool

Completed by: Wang Fan (Institute of Oceanography, China Academy of Sciences); Li Yuanlong (Institute of Oceanography, China Academy of Sciences); Yang Guang (Institute of Oceanography, China Academy of Sciences); Zheng Fei (lasg); Zhang Wenjun (Nanjing University of Information Science & Technology)

Second prize (18 items)

Decision and reasoning under the framework of ZR2019-2-1 fuzzy logic

Completed by: Liu Huawen (Shandong University); Xie Aifang (Shandong University); Li Gang (Shandong University)

Regulation and application of some quantum effects in ZR2019-2-2 open quantum system

Completed by Man Zhongxiao (Qufu Normal University); Xia Yunjie (Qufu Normal University); Duan Deyang (Qufu Normal University); Zhang Yingjie (Qufu Normal University)

Heat transfer mechanism, nonlinear vibration and failure analysis of ZR2019-2-3 microchannel heat exchanger

Completed by: Liu Zhigang (Institute of Energy, Shandong Academy of Sciences); Yin Shuohui (Hohai University); Gu Shuitao (Southwest Jiaotong University); Zhang Tao (Huazhong University of Science and Technology)

Green Construction of ZR2019-2-4 Pharmaceutical Intermediates with Anti-tumor Activities

Completed by: Wang Hua (Qufu Normal University); Wei Wei (Qufu Normal University); Yang Daoshan (Qufu Normal University); Wen Jiangwei (Qufu Normal University)

Synthesis and properties of ZR2019-2-5 stimulus-responsive polyamino acid polymer

Completed by: Li Zhibo (Qingdao University of Science and Technology); Sun Jing (Qingdao University of Science and Technology); Shen Yong (Qingdao University of Science and Technology); Fu Xiaohui (Qingdao University of Science and Technology)

ZR2019-2- 6 Study on a New Method of Homogeneous Allelopathy of Disease Markers Based on Nucleic Acid Signal Amplification

Completed by Feng Li (Qingdao Agricultural University); Hou Ting (Qingdao Agricultural University); Ge Lei (Qingdao Agricultural University); Liu Xiaojuan (Qingdao Agricultural University)

Fluorescence imaging study of bioactive small molecules related to oxidative stress in ZR2019-2-7

Completed by: Li Ping (Shandong Normal University); Zhang Wei (Shandong Normal University); Zhang Wen (Shandong Normal University); Xiao Haibin (Shandong Normal University)

ZR2019-2-8 photoelectric sensing strategy based on nano-materials and its application in biochemical detection

study

Completed by: Wang Zonghua (Qingdao University); Xia Jianfei (Qingdao University); Zhou Xin (Qingdao University); Bi Sai (Qingdao University); Feifei Zhang (Qingdao University)

ZR2019-2-9 Study on the Propagation and Evolution of New and Recurrent Avian Influenza Virus in China

Completed by: Shi Weifeng (Shandong First Medical University); Gao Fu (Institute of Microbiology, China Academy of Sciences); Liu Di (Institute of Microbiology, China Academy of Sciences); Bi Yuhai (Institute of Microbiology, China Academy of Sciences); Chen Quanjiao (Wuhan Institute of Virology, Chinese Academy of Sciences)

Robust adaptive control of ZR2019-2-10 nonlinear system

Completed by: Zhang Zhengqiang (Qufu Normal University); Chen Weisheng (xidian university)

Stability analysis and controller design of ZR2019- 2 -11 switching system

Completed by Zong Guangdeng (Qufu Normal University); Zhao Xudong (bohai university); Sun Haibin (Qufu Normal University); Wu Yuqiang (Qufu Normal University)

Structural analysis and distributed control of ZR2019-2- 12 multi-agent network system

Completed by Ji Zhijian (Qingdao University); Liu Kaien (Qingdao University); Yu Haisheng (Qingdao University)

ZR2019-2-13 Study on Multi-target Prevention and Treatment Strategy of Alzheimer’s Disease Based on Antioxidants

Completed by: Hongfang Ji (Shandong University of Technology); Shen Liang (Shandong University of Technology)

Molecular mechanism analysis of innate immune system of shrimp ZR2019-2-14

Completed by: Li Fuhua (Institute of Oceanography, China Academy of Sciences); Xiang Jianhai (Institute of Oceanography, China Academy of Sciences); Li Shihao (Institute of Oceanography, China Academy of Sciences); Zhang Xiaojun (Institute of Oceanography, China Academy of Sciences)

ZR2019-2- 15 Biological Treatment and Regulation Theory of Nutrients and Heavy Metals in High Saline Water

Completed by: Zhou Weizhi (Shandong University); Li Qian (Shandong University); Huang Zhaosong (Shandong University); Xu Chunhua (Shandong University)

Study on the Structure-Activity Relationship between Optimized Regulation of ZR2019 -2- 16 Ti02 Nanostructure and Visible Photocatalytic Performance

Completed by: Gao Shanmin (ludong university); Huang Baibiao (Shandong University); Wang Qingyao (ludong university); Xu Hui (ludong university); In-Sung Kim (ludong university)

Study on dealloying mechanism of ZR2019-2-17 intermetallic alloy system

Completed by: Zhang Zhonghua (Shandong University); Rebecca (Jinan University); Wang Xiaoguang (Shandong University)

Study on life history strategy of Daphnia sinensis on February 18, 2019

Completed by: Sun Song (Institute of Oceanography, China Academy of Sciences); Li Chaolun (Institute of Oceanography, China Academy of Sciences); Zhang Guangtao (Institute of Oceanography, China Academy of Sciences); Zhang Fang (Institute of Oceanography, China Academy of Sciences); Wang Shiwei (Institute of Oceanography, China Academy of Sciences)

Third prize (8 items)

Research on Theory and Algorithm of ZR2019-3-1 Tensor Optimization Problem

Completed by: Wang Yiju (Qufu Normal University); Qi Liqun (Hong Kong Polytechnic University); Ni Guyan (National University of Defense Technology)

ZR2019-3-2 Critical Point Theory and Its Application to Nonlinear Differential Equations

Completed by: Mao Anmin (Qufu Normal University); Luan Shixia (Qufu Normal University); Qian Aixia (Qufu Normal University)

External field strengthening and chaotic characteristics of ZR2019-3-3 ultrafine particles in high temperature fluidized bed

Completed by: Guo Qingjie (Qingdao University of Science and Technology); Tian Hongjing (Qingdao University of Science and Technology); Wang Cuiping (Qingdao University); Liu Yongzhuo (Qingdao University of Science and Technology)

Preparation and application of ZR2019-3-4 bioelectrochemical sensor

Completed by: Wang Huaisheng (Liaocheng University); Jia Liping (Liaocheng University)

Construction of Zr 2019-3-5 Metal Oxygen (Sulfur) Nanostructure and Its Electrochemical Energy Storage and Conversion

Completed by: Guo Jinxue (Qingdao University of Science and Technology); Zhang Xiao (Qingdao University of Science and Technology); Tang Lin (Qingdao University of Science and Technology)

Construction and structural properties of ZR2019-3- 6 magnetic and catalytic functional molecular material system

Completed by: Zhang Daopeng (Shandong University of Technology); Liu Hui (Shandong University of Technology); Jiang Jianzhuang (University of Science and Technology Beijing); Wang Ping (Shandong University of Technology); Dong Yunhui (Shandong University of Technology)

New Exploration of Chemotherapeutic Drugs for ZR2019- 3-7 Glioma and Research on Key Technologies for Reversing Chemotherapy Resistance Mechanism

Completed by: Jin Feng (Affiliated Hospital of Jining Medical College); Zhao Lei (Union Medical College Hospital affiliated to Tongji Medical College, Huazhong University of Science and Technology); Han Guangkui (Affiliated Hospital of Jining Medical College); Li Genhua (Affiliated Hospital of Jining Medical College); Feng Song (Affiliated Hospital of Jining Medical College)

Stability and global attraction set of ZR2019-3-8 state-limited system

Completed by: Shen Tao (Jinan University); lanR. Petersen (Universi tyofNewSouthWales )； Han Chunyan (Jinan University)

Shandong Technological Invention Award

First prize (3 items)

FM2019- 1-1 Real-time Measurement and Analysis Technology and Instrument Development of Broadband Signal

Completed by: Xu Jianhua (No.41 Institute of China Electronics Technology Corporation); Juck Zhang (No.41 Research Institute of China Electronics Technology Corporation); Du Huiwen (40th Institute of China Electronics Technology Corporation); Zhan Yongwei (No.41 Research Institute of China Electronics Technology Corporation); Zhou Qinshan (No.41 Research Institute of China Electronics Technology Corporation); Zhang Yazhou (No.41 Institute of China Electronics Technology Group Corporation)

FM2019-1-2 Key Technologies and Intelligent Devices of Quasi-dry Green Manufacturing Based on Nanoparticle Jet

Completed by: Li Changhe (Qingdao University of Technology); Cao Huajun (Chongqing University); Zhang Naiqing (Shanghai Jinzhao Energy Saving Technology Co., Ltd.); Lu Bingheng (Qingdao University of Technology); Zhang Yanbin (Qingdao University of Technology); Han Zhiguang (Shandong Peng ‘ao Petroleum Technology Co., Ltd.)

FM2019-1-3 Modification Technology and Clinical Application of Medical Polymer Materials

Completed by: Zhang Haijun (Shandong Ruiantai Medical Technology Co., Ltd.); Ge Junbo (Zhongshan Hospital affiliated to Fudan University); Wu Decheng, Institute of Chemistry, Chinese Academy of Sciences; Wang Luning (University of Science and Technology Beijing); Zhou Chao (Shandong Ruiantai Medical Technology Co., Ltd.); Yin Yuxia (Shandong Baiduoan Medical Equipment Co., Ltd.)

Second prize (5 items)

FM2019-2-1 Research on Key Technologies, Equipment Development and Application of Three-dimensional Monitoring and Treatment of Offshore Living Environment and Oil Spill

Completed by: Liu Guijie (China Ocean University); Sonic sound (China Ocean University); Yu Jingdong (Qingdao Senkete Intelligent Instrument Co., Ltd.); Jimson (Qingzhou Julong Environmental Protection Technology Co., Ltd.); He Rui (Qingdao Guangming Environmental Protection Technology Co., Ltd.)

FM2019-2-2 Drilling Drill String Vibration Control and ROP Improvement Technology and Its Application in Deep Drilling in Difficult-to-drill Strata

Completed by Guan Zhichuan (China Shiyou University (East China)); Liu Yongwang (China Shiyou University (East China)); Shi Yucai (China Shiyou University (East China)); Liao Hualin (China Shiyou University (East China)); Zhang Hongning (China Shiyou University (East China)); Wei Wenzhong (China Shiyou University (East China))

Structural design and key plasticizing technology of FM2019-2-3 bio-based polyester

Completed by: Gao Chuanhui (Qingdao University of Science and Technology); Wang Chuanxing (Qingdao University of Science and Technology); Wu Yumin (Qingdao University of Science and Technology); Liu Yuetao (Qingdao University of Science and Technology); Sun Changchun (Shandong Lan Fan Chemical Co., Ltd.); Chen Lizhen (Shandong Lan Fan Chemical Co., Ltd.)

FM2019-2-4 Continuous Thermal Integrated Separation and Precise Control Technology of Multi-azeotrope in the Production Process of API

Completed by: Wang Yinglong (Qingdao University of Science and Technology); Cui Peizhe (Qingdao University of Science and Technology); Zhu Zhaoyou (Qingdao University of Science and Technology); Ma Yixin (Shandong University of Science and Technology); Du Deqing (Shandong Xinhua Pharmaceutical Co., Ltd.); Gao Jun (Shandong University of Science and Technology)

FM2019-2-5 Key Technology and Application of Design and Manufacture of High-speed Railway Bridge Series Bearings

Completed by: Wang Shouren (Jinan University); Yang Xuefeng (Jinan University); Wang Gaoqi (Jinan University); Han Qingguo (Shandong Longxiang New Material Technology Co., Ltd.); Guo Peiquan (Jinan University); Wang Yanjun (Jinan University)

Third prize (5 items)

FM2019- 3-1 Stereoscopic Monitoring Technology and Equipment for Fracturing Microseismic in Deep Reservoir

Completed by: Diao Rui (Geophysical Research Institute of Shengli Oilfield Branch of China Petrochemical Company); Shang Xinmin (Geophysical Research Institute of Shengli Oilfield Branch of China Petrochemical Company); Rui Yongjun (Geophysical Research Institute of Shengli Oilfield Branch of China Petrochemical Company); Cui Qinghui (Geophysical Research Institute of Shengli Oilfield Branch of China Petrochemical Company); Li Hongmei (Geophysical Research Institute of Shengli Oilfield Branch of China Petrochemical Company); Wang Dongkai (Geophysical Research Institute of Shengli Oilfield Branch of China Petrochemical Company)

FM2019-3-2 Innovation and Application of Deep Processing Technology of Peanut Cake Protein Concentrate

Completed by: Sun Jie (Shandong Peanut Research Institute); Yu Lina (Shandong Peanut Research Institute); Yang Qingli (Qingdao Agricultural University); Gong Kuijie (Crop Research Institute, Shandong Academy of Agricultural Sciences); Yang Weiqiang (Shandong Peanut Research Institute); Hu Hui (Institute of Agricultural Products Processing, Chinese Academy of Agricultural Sciences)

Application of FM2019-3-3 New Photosensitive Materials in Detection of Organophosphorus Pesticides

Completed by: Jiang Lei (China Shiyou University (East China)); Yang Limin (China Shiyou University (East China)); Ma Hongchao (China Shiyou University (East China)); Li Jianguo (Qingdao Oddis Biotechnology Co., Ltd.); Du Xiubin (Hailier Pharmaceutical Group Co., Ltd.)

FM2019-3-4 Ultrasonic Anti-fatigue Manufacturing Technology for Difficult-to-machine Key Components and Its Application

Completed by: Zhao Xianhua (Shandong Huayun Electromechanical Technology Co., Ltd.); Fu Xiuli (Jinan University); Zhang Xiangbo (Jinan University); Pan Yongzhi (Jinan University); Jin Teng (Shandong Huayun Electromechanical Technology Co., Ltd.); Li Hongxia (Shandong Huayun Electromechanical Technology Co., Ltd.)

FM2019-3-5 100% low-floor tram hydraulic braking system

Completed by: Hao Baolei (CRRC Qingdao Sifang Vehicle Research Institute Co., Ltd.); Niu Yuguo (CRRC Qingdao Sifang Vehicle Research Institute Co., Ltd.); Cui Lei (CRRC Qingdao Sifang Vehicle Research Institute Co., Ltd.); Ma Fei (CRRC Qingdao Sifang Vehicle Research Institute Co., Ltd.); Miao Feng (CRRC Qingdao Sifang Vehicle Research Institute Co., Ltd.); Zhang Xiaowei (CRRC Qingdao Sifang Vehicle Research Institute Co., Ltd.)

Shandong province science and technology progress award

First prize (25 items)

JB2019-1-1 Key Technology and Application of Reducing Fertilizer Application and Increasing Efficiency in Shandong Province

Completed by: Shandong Agricultural University Fertilizer Technology Co., Ltd.; Shandong Soil and Fertilizer Station; China Agricultural University; China Academy of Agricultural Sciences Institute of Agricultural Resources and Agricultural Regionalization

Completed by: Liu Yansheng, Li Ji, Ding Fangjun, Guo Yuesheng, Zhao Bingqiang, Ma Ronghui, Yuan Liang, Ma Xuewen, Wen Yanchen, Dong Yanhong, Ren Li and Chen Shigeng.

JB2019-1-2 Key Technologies and Applications of Nitrogen and Phosphorus Non-point Source Pollution Prevention and Control in Huang-Huai-Hai Intensive Agricultural Area

Completed by: Institute of Agricultural Resources and Environment, Shandong Academy of Agricultural Sciences; Ministry of Agriculture and Rural Affairs Environmental Protection Research and Monitoring Institute; Institute of Plant Nutrition, Resources and Environment; Henan Academy of Clothing Industry; Institute of Plant Nutrition and Resources; Beijing Academy of Agriculture and Forestry Sciences; Shandong lihaoyuan biology engineering co., ltd

Completed by: Li Yan, Zhang Yingpeng, An Zhizhuang, Feng Wang, Wang Yanqin, Kou Changlin, Liu Zhaohui, Jing Yongping, Li Peng, Bo Luji, Zhang Keqiang and Guo Zhanling.

JB2019-1-3 Mechanized Production Technology and Equipment of Main Rhizome Crops

Completed by: Qingdao Agricultural University; Zhongji Meinuo Technology Co., Ltd.; Qingdao Hongzhu Agricultural Machinery Co., Ltd.; Henan Wozheng Industrial Co., Ltd.; Qingdao hongsheng automobile parts co., ltd

Completed by: Shang Shuqi, Wang Dongwei, Yang Ranbing, Wang Jiasheng, Yin Yuanyuan, Li Jiandong, Liu Junfeng, Guo Ning, Yang Deqiu, Wu Hongzhu and He Xiaoning.

JB2019-1-4 Development and Application of New Technologies for Prevention and Control of Four Important Diseases in Pigs

Completed by: Animal Husbandry and Veterinary Research Institute of Shandong Academy of Agricultural Sciences; Qilu Animal Health Products Co., Ltd.; Yantai lvye animal health care products co., ltd

Completed by: Wu Jiaqiang, Li Jun, Wei Lianguo, Lv Shurong, Yu Jiang, Wang Zhao, Zhang Yuyu, Shi Jianli, Chen Zhi, Tian Ye, Jia Lihua, Xu Shaojian.

JB2019-1-5 Key Techniques and Demonstration of Multi-nutrient Green Culture of Shrimp and Crab

Completed by: Huanghai Fisheries Research Institute, Chinese Academy of Fishery Sciences; China Ocean University; Qingdao Agricultural University; Yancheng Tianbang Feed Technology Co., Ltd.; Guangdong hengxing feed industry co., ltd

Completed by: Li Jian, Wang Fang, Ma Sheng, He Yuying, Li Yuquan, Chang Zhiqiang, Gao Baoquan, Li Jitao, Shan Hongwei, Zhang Zhendong, Lu Yuxiao and Li Sedong.

JB2019-1-6 Key Technologies and Applications of Intelligent Heterogeneous Computing System Oriented to Artificial Intelligence Acceleration

Completed by Inspur Electronic Information Industry Co., Ltd.

Completed by: Li Rengang, Li Peng Zhang, Wang Endong, Zhao Yaqian, Li Tuo, Lin Kaizhi, Wang Hongli, Gong Weifeng, Zhao Kun, Zhang Feng, Liu Jun and Zhang Chuang.

JB2019 -1-7 Research on Key Technologies and Industrial Application of New Intelligent Human-computer Interaction and Fusion Computing

Completed by: China Ocean University; Shandong Computing Center (National Supercomputing Jinan Center); Qingdao haigao design and manufacturing co., ltd; Qingdao National Laboratory Development Center for Marine Science and Technology; the institute of oceanology, chinese academy of sciences

Completed by: Wei Zhiqiang, Pan Jingshan, Jia Dongning, Feng Zhiqun, Wang Lei, Tang Ruichun, Guo Meng, Ren Xinmin, Liu Hao and Gui Lin.

JB2019-1-8 Key Technology and Engineering Application of Construction and Utilization of Coal Mining Subsidence Land

Completed by: Shandong University of Science and Technology; Tangshan Research Institute Co., Ltd. of China Coal Science and Technology Group; Shandong Geology and Mineral Engineering Group Co., Ltd.; Shandong province geology and mineral engineering survey institute

Completed by: Chen Shaojie, Guo Weijia, Jiangning, Teng Yonghai, Gao Huanyi, Yin Dawei, Chang Xikun, Gao Zhiyou, Feng Wang, Zhao Jinhai, Song Enwu, Zhu Wei.

JB2019-1-9 Theoretical and Technical Breakthrough of Geothermal Resource Detection and Industrial Application of Clean Heating

Completed by: Second Hydrogeological Engineering Geological Brigade of Shandong Geological Exploration Bureau (Shandong Lubei Geological Engineering Survey Institute); Beijing Hydrogeology Engineering Geology Brigade (Beijing Geological Environment Monitoring Station); Tianjin Geothermal Exploration and Development Design Institute; Shandong Bureau of Geology and Mineral Exploration and Development; Shandong University of Science and Technology; Shandong Lunan Geological Engineering Survey Institute (Second Geological Brigade of Shandong Geological Exploration Bureau); Shandong province geology and mineral exploration and development bureau Baoyi hydrogeology engineering geological corps

Completed by: Kang Fengxin, Qin Yaojun, Pingping Zhang, Shi Qipeng, Zheng Tingting, Liu Jiurong, Zhao Sumin, Zhou Qun Road, Zhao Jichu, Bai Tong, Tan Xianfeng, Gao Zongjun.

JB2019 -1-10 Genetic Mechanism, Evaluation Technology and Application of High-quality Clastic Reservoir in Low Permeability Reservoir of Continental Lake Basin

Completed by: China Shiyou University (East China); China Petrochemical Co., Ltd. Shengli Oilfield Branch

Completed by: Cao Yingchang, Song Mingshui, Wang Jian, Wang Yongshi, Yuan Guanghui, Qi Kelai, Wang Yanzhong, Liu Huimin, Li Youqiang, Li Zhaoyi, Yang Tian and Ma Benben.

JB2019-1-11 Key Technology Innovation and Industrialization of Intelligent Healthy Eating Electrical Appliances

Completed by Jiuyang Co., Ltd.; China Household Electrical Appliances Research Institute; Tsinghua University Tianjin High-end Equipment Research Institute

Completed by: Wang Xuning, Xu Hong, Wang Keke, Chai Jianyun, Cecilia Han, Liu Ting, Ma Dejun, Zhang Dai, Wang Zhiwei, Liu Chao.

JB2019-1-12 carpet industrialization integration technology without latex environmental protection mechanism

Completed by Binzhou Oriental Carpet Co., Ltd.; Qingdao University; Tianjin polytechnic university Hong Kong Polytechnic University

Completed by: Dong Weiguo, Han Hongliang, Zhang Yuanming, Hu Hong, Liu Yanhui, Wang Shudong, Liu Yihai, Chen An, Wang Qimei, Wu Lifen, Su Yong and Xianglin Li.

JB2019-1-13 Key Resin for Hydration of Surface Materials and Its Application Solution

Completed by Wanhua Chemical Group Co., Ltd.; Wanhua Chemistry (Ningbo) Co., Ltd. Wanhua Chemistry (Guangdong) Co., Ltd.

Completed by: Sun Jiakuan, Ji Xueshun, Deng Junying, Zhang Jie, Wang Haimei, Qiao Yitao, Zhao Weiguo, Wang Wenxue, Feng Bingzhe, Hongwu Wang and Qiu Zhongtang.

JB2019-1-14 Construction and application of key technology system for industrialization of green synthesis of high-purity epirubicin hydrochloride

Completed by: Shandong New Age Pharmaceutical Co., Ltd.; Shandong University; Lunan pharmaceutical group co., ltd

Completed by: Zhang Guimin, Shi Jianghua, Yang Jiasen, Jia Chunjiang, Zhu Guo, Wang Ru, Liu Depeng, Cui Shimi, Lv Yongchao, Cheng Guoliang, Xia Yan, Su Qinyong.

JB2019-1-15 Key Technologies of Total Recycling of Waste Concrete and Its Application.

Completed by: Qingdao University of Technology; Qingdao Agricultural University; Tongji University; China Construction Eighth Bureau Second Construction Co., Ltd.; Shandong University; Linyi Lantai Environmental Protection Technology Co., Ltd.; Qingdao Beiyuan concrete co., ltd

Completed by: Xiao Jianzhuang, Li Qiuyi, Ge Zhi, Pan Yupo, Vencent Yang, Luo Jianlin, Quan Hongzhu, Wang Changqing, Ma Jing, Qin Jifeng, Liu Qiong and Gao Song.

JB2019-1-16 New Clean Gold Smelting Technology for Copper Smelting

Completed by Dongying Fiona Fang Nonferrous Metals Co., Ltd.; shenyang institute of automation chinese academy of sciences

Completed by: Cui Zhixiang, Wang Zhi, Wei Chuanbing, Wang Haibin, Zhuo Wang, Du Wuzhao, Cui Wenzhao, Hou Peng, Sun Yunqiang, Bian Ruimin, Wang Bin and Zheng Juntao.

JB2019-1-17 High-stability staged combustion technology and its application under extreme conditions.

Completed by: Zhongke Hangxing Technology Co., Ltd.; institute of engineering thermophysics,chinese academy of sciences

Completed by: Xu Gang, Zhu Junqiang, Mu Yong, Liu Fuqiang, Liu Cunxi, Yang Jinhu, Ruan Changlong, Gong Jianbo, Guo Lei, Hu Chunyan, Yang Xiaojie and Zhang Wei.

Development and industrialization of key technologies of JB2019-1-18 diesel engine efficient aftertreatment system

Completed by: Weichai Power Co., Ltd.; Shandong University; Wuxi Weifu Environmental Protection Catalyst Co., Ltd.; Weichai power air purification technology co., ltd

Completed by: Wang Yibao, Bai Shuzhan, Han Feng, Wang Gang, Zhang Xiaoli, Zhang Jun, Wang Dongsheng, Li Jianwen, Li Ming, Wang Fengshuang, Zhang Jianhua, Chu Guoliang.

JB2019-1-19 Key Techniques and Clinical Application of Precise Radiotherapy for Esophageal Squamous Cell Carcinoma

Completed by: Shandong Institute of Cancer Prevention and Treatment; Cancer Hospital Affiliated to Fudan University; Southeast University; Shanghai Chest Hospital; The first affiliated hospital of Nanjing medical university

Completed by: Baosheng Li, Huang Wei, Zhao Kuaile, Yang Chen, Fu Xiaolong, Sun Xinchen, Zhu Jian, Gong Guanzhong, Li Zhenjiang, Zhang Jian, Bai Tong and Ding Xiuping.

JB2019 -1-20 Development and popularization of key technologies for identification of molecular markers of glioma immune microenvironment.

Completed by: Qilu Hospital of Shandong University

Completed by: Li Gang, Xue Hao, Deng Lin, Wang Juntao, Guo Xing, Liu Qinglin, Zhang Ping, Yuan Guang, Xu Shugang, Guo Xiaofan, Qiu Wei, University.

JB2019-1-21 Establishment and application of laparoscopic sleeve gastrectomy for obesity and diabetes.

Completed by: Qilu Hospital of Shandong University

Completed by: Hu Sanyuan, Zhang Guangyong, Liu Shaozhuang, Mingwei Zhong, Feng Li, Wang Chao, Wang Kexin, Sun Dong, Han Haifeng, Guo Wei, Wu Dong and Xin Huang.

JB2019 -1-22 Systematic TCM diagnosis and treatment system for cervical spondylosis and research and application of key technologies.

Completed by: Shandong Medical Biotechnology Research Center; Southern Medical University; Qianfoshan Hospital; Shandong Province; Wangjing Hospital of Chinese Academy of Traditional Chinese Medicine

Completed by: Shi Bin, Liu Fangming, Liu Chunshan, Li Yikai, Feng Minshan, Wang Dandan, Sun Guodong, Yu Jie, Wang Cong ‘an, Zhang Bo, Liu Fanjie and Cao Shengnan.

JB2019-1-23 Key Technology Innovation and Production System Construction of Traditional Chinese Medicine Granule Industrialization Based on Modernization of Traditional Chinese Medicine

Completed by: Lunan Pharmaceutical Group Co., Ltd.; Shandong University; Lunan Houpu Pharmaceutical Co., Ltd.; Shandong new age drug co., ltd

Completed by: Guan Yongxia, Jianwei Fan, Yuan Shiling, Li Yanfang, Li Weiqun, Gao Yanhong, Yang Mei, Yan Guangjun, LAM Raymond, Wang Yonggang, Zhang Wei, Zhuang Huifang.

JB2019-1-24 Research and development and industrialization of key technologies of drug crystallization based on high-end raw materials and preparations.

Completed by: Disha Pharmaceutical Group Co., Ltd.; Weihai disen pharmaceutical co., ltd

Completed by: Wang Guan, Cong Rigang, Li Jing, kai jiang, Yu Zhongwen, Gao Yongji, Li Guangsheng, Fu Yumai, Xiao Chuan, Liu Qingchun, Yang Debin and Wang Chao.

Application of JB2019-1-25 IS019699-1 and IS019699-2 series of international standards.

Completed by Shandong Haoyue New Materials Co., Ltd.; Qilu University of Technology; China National Institute of Standardization

Completed by: Yang Zhiliang, Yao Meiqin, Wang Yiyi, Zhu Xianghua, Yao Jinshui, Yang Yang, Han Dandan and Du Xiaoyan.

Second prize (69 items)

Development and Application of JB2019-2-1 Key Technologies for Precise Regulation of Water, Fertilizer and Gas Integration

Completed by: ludong university; North China University of Water Resources and Hydropower; Laiwu Chunyu Drip Irrigation Technology Co., Ltd.; Yantai Agricultural Technology Popularization Center

Completed by: Zhang Zhenhua, Lei Hongjun, Yang Runya, Sun Junna, Sean Li Song, Pan Hongwei, Pan Yinghua, Zhu Jinjin.

JB2019-2-2 Key Technology and Application of Rapid Improvement of Saline Soil Fertility in Coastal Farmland

Completed by: binzhou university; Institute of Geographical Sciences and Resources, Chinese Academy of Sciences; China Agricultural University; Shandong Sike Biology Science and Technology Co., Ltd.

Completed by: Xie Wenjun, Wu Lanfang, Chong Wang, Li Xueping, Wang Zhenhua, Yao Haiyan, Zhao Jian, Zhang Yanpeng and Li Binbin.

JB2019-2-3 Creation and Industrial Application of High Affinity Microbial Fertilizer for Economic Crops

Completed by: Shandong Agricultural University; Jin Zhengda Ecological Engineering Group Co., Ltd.; Shandong Academy of Forestry Science; Heze Jin Zhengda ecology engineering co., ltd

Completed by: Du Binghai, Ma Hailin, Chen Hongkun, Ding Yanqin, Liu Fangchun, Xu Shuban, Zou Peng, Yao Liangtong and Liu Xinghong.

JB2019-2-4 Development and application of key technologies for green control of Bemisia tabaci, a heavy vegetable pest.

Completed by: Qingdao Agricultural University; Institute of Plant Protection, Chinese Academy of Agricultural Sciences; Institute of Vegetables and Flowers, Chinese Academy of Agricultural Sciences; Northwest A&F University; Shandong plant protection main station

Completed by: Chu Dong, Wan Fanghao, Wang Shaoli, Zhang Shize, Sun Zuowen, Guo Lei, Liu Tongxian, Liu Wanxue and Guo Dong.

JB2019-2- 5 Key Techniques and Application of Mechanized Potato Planting

Completed by: Shandong Xicheng Agricultural Machinery Technology Co., Ltd.; Shandong University of Technology Zhejiang Agriculture and Forestry University; Shandong province agricultural machinery science study institute

Completed by: Li Xueqiang, Wang Xiangyou, Liang Xicheng, Sun Chuanzhu, Yang Zidong, Wang Linlin, Wang Faming, Sun Yongjia, Yang Zhenyu.

JB2019-2- 6 New Drug Development and Bacterial Disease Prevention in Dairy Cows

Completed by Qilu Animal Health Products Co., Ltd.; Shandong Zengyao Quality Inspection Institute Qilu Shenghua Pharmaceutical Co., Ltd.; Qingdao weilan biology co., ltd

Completed by: Li Youzhi, Wu Lianyong, Wei Xiuli, Wang Haiting, Tian Yuzhu, Liu Quancai, Jiang Yihai, Chen Ling and Cui Jin.

JB2019-2-7 Key Technology Innovation and Application of Prevention and Control of Diarrhea in Fur Animals

Completed by: Shandong Animal Disease Prevention and Control Center; China Agricultural University; Qingdao agricultural university

Completed by: Wang Guisheng, Liu Weiquan, Ma Zefang, Fu Tian Lin, Sun Shengfu, Wang Jigui, Cui Kai, Zhang Dong, Xu Yangguang.

JB2019-2-8 Cultivation and Application of Dwarf Rootstock and High-quality New Varieties of Pear

Completed by: Qingdao Agricultural University; Tarim university

Completed by: Wang Ran, Wang Caihong, Chunhui Ma, Song Jiankun, Li Dingli, Yang Yingjie, Zhao Ruixue, Huang Xiaosan and Liu Jianping.

JB2019-2-9 New Chestnut Variety Breeding, Key Technology Innovation and Application of Improving Quality and Increasing Efficiency

Completed by: shandong institute of pomology

Completed by: Shen Guangning, Tian Shoule, Sun Xiaoli, Wang Jinping, Xu Lin, Ai Chengxiang, Qi Xuelong, Zhao Chunlei, Ming Guidong.

JB2019-2- 10 Molecular Mechanism of Peanut Oil Quality Formation and Creation of New Varieties with High Oil Content

Completed by: Biotechnology Research Center of Shandong Academy of Agricultural Sciences; Shandong Weifang Academy of Agricultural Sciences

Completed by: Shan Lei, Fu Chun, Peng Zhenying, Lu Chengkai, Tang Guiying, Xu Pingli, Song Xiaofeng, Jiang Yansheng and Liu Zhan.

JB2019-2-11 Collection, Preservation and Innovative Utilization of Soybean Germplasm Resources in Shandong Province

Completed by: Shandong Agricultural Germplasm Resource Center; Linyi Academy of Agricultural Sciences; Shandong Weifang Academy of Agricultural Sciences

Completed by: Ding Hanfeng, Li Nana, Liu Yuqin, Cao Qicong, Gong Yongchao, Pu Yanyan, Zhang Sumei, Chen Xue and Wang.

JB2019-2-12 Establishment and Application of Multi-trophic Multi-level Comprehensive Aquaculture Model in Shallow Sea

Completed by: Huanghai Fisheries Research Institute, Chinese Academy of Fishery Sciences; Rongcheng Jundao Aquatic Products Co., Ltd.; Weihai Changqing Marine Science and Technology Co., Ltd.; Shandong Hongye Food Co., Ltd.; Qingdao longpan marine ecological aquaculture co., ltd,

Completed by: Jiang Zengjie, Fang Jianguang, Mao Yuze, Fang Jinghui, Wang Junwei, Chang Lirong, Sun Qiqing, Guo Hongqiang and Du Meirong.

JB2019-2-13 Formation Mechanism and Key Protection Technologies of Jinan Spring Water

Completed by: Shandong Institute of Geology and Mineral Engineering; Jinan university

Completed by: Li Changsuo, Xing Liting, Xu Junxiang, Bin Sun, Peng Yuming, Qin Pinrui, Zhao Zhenhua, Chen Huanliang, Song Guangzeng.

JB2019 -2-14 Key Technology and Application of Constrained Concrete Support in Tunnel (Lane) with Complex Conditions

Completed by: China Construction Shandong Investment Co., Ltd.; Shandong University; First Construction Co., Ltd. of China Construction Eighth Bureau; Shandong Tianqin Mining Machinery Equipment Co., Ltd.; Shandong Provincial Transportation Planning and Design Institute; Jinan University; Yanmei Heze nenghua co., ltd

Completed by: Wang Qi, Sun Zhi, Dong Wenxiang, Wanli, Jiang Bei, Li Yanpei, Guo Nianbo, Qi Xiangcheng, Fan Xiangxi.

JB 2019-2-15 Development of Noise Coefficient Testing Technology and Serialized Instruments in 10 MHz ~ 110 GHz Ultra Wide Band

Completed by: No.41 Research Institute of China Electronics Technology Corporation

Completed by: Liang Shengli, Zheng Liying, Song Qinge, Xue Long, Wei Liancheng, Cheng Shoumei, Li Wenjun, An Shuaiwei, Pan Meng.

JB2019-2- 16 Research, Development and Industrialization of Key Technologies of High Performance Single Fiber 8kW All-fiber Laser

Completed by Shandong Haifu Photonics Technology Co., Ltd.; Tianjin University

Completed by: Shi Wei, Fang Qiang, Sheng Quan, Li Jinhui, Xu Yang, Qin Yuguo, Zhang Qihang, Zhao Yizhu and Yao Jianquan.

JB2019 -2-17 Research and Development of Key Supporting Technologies for Controllable Content Dissemination and Credibility Assurance for the Healthy Development of the Internet

Completed by: Shandong Computing Center (National Supercomputing Jinan Center); China Internet Information Center; Qufu normal university

Completed by: Zhang Xinchang, Wang Maoli, Geng Guanggang, Theway, Yan Zhiwei, Wang Lu, Li Hongtao, Zhao Yanling and Shi Huiling.

JB2019-2-18 Research and Application of Key Technologies of Intelligent Image Recognition under Precision Medicine

Completed by: Shandong University; Shandong University of Finance and Economics; Shandong province qianfoshan hospital

Completed by: Yin Yilong, Nie Xiushan, Xi Xiao Ming, Zhang Guang, Yang Gongping and Meng Xianjing.

JB2019-2- 19 Supply Chain Collaborative Cloud Service Platform Based on Enterprise Relationship Network and Its Application

Completed by: Shandong University; Shandong Shanda Huatian Software Co., Ltd.; Jinan university

Completed by: Liu Shijun, Pan Li, Tian Yuhui, Chen Zhenxiang, Wu Lei, Ma Shuai, Ma Kun, Li Zhi and Jingshan.

JB2019-2-20 Software Intelligent Production Platform and Environment for Cloud Applications

Completed by: Shanda Diwei Software Co., Ltd.; Shandong University

Completed by: Li Qingzhong, Zheng Yongqing, Zhao Yongguang, Gao Yongchang, Qian Jin, Zhang Guirong, Kong Lanju, Yu Qiubo and Xiao Zongshui.

JB2019-2- -21-21 Complete set of technology and key equipment for prevention and control of dynamic disasters in deep mining field

Completed by: Shandong University of Science and Technology; Guizhou University; Shandong University; China University of Mining and Technology (Beijing); Chongqing University; Shandong Lineng Luxi Mining Co., Ltd.; Shandong university of science and technology Zhongtian electronics co., ltd

Completed by: Wen Zhijie, Zuo Yujun, Shi Shaoshuai, Zhao Hongbao, Chen Jie, Li Yangyang, Zhang Guangchao, Zhang Tao and Tang Jianquan.

JB2019-2- 22 Integrated Key Technology and Engineering Application of "Enhanced Permeability and Efficient Drainage" in Deep Coal Seam

Completed by: Shandong University of Science and Technology; China University of Mining and Technology; Shaanxi Zhengtong Coal Industry Co., Ltd.

Completed by: Wang Gang, Ni Guanhua, Zhang Jinkui, Liu Zhen, Yang Yongliang, Sun Lulu, Liu Yixin, Jiang Chenghao and Li Zhao.

JB2019-2- 23 High-precision seismic imaging technology for deep oil and gas reservoirs and its industrial application

Completed by: China Shiyou University (East China); Geophysical Research Institute of Shengli Oilfield Branch of China Petrochemical Company

Completed by: Li Zhenchun, Huang Jianping, Song Jianguo, Zhang Kai, Qu Yingming, Cao Wenjun, Sun Xiaodong, Li Zhina and Qin Ning.

Development and application of key technologies of JB2019 -2-24 jack-up gas compression platform

Completed by: Yantai CIMC Raffles Offshore Engineering Co., Ltd.

Completed by: Fu Qiang, Zhang Jianxiao, Song Shuzhan, Du Zhifu, Wang Ruzhuang, Han Huawei, Sun Yuhai, Zhang Gong and Yin Xiufeng.

JB2019-2- -25-25 High-value Comprehensive Utilization and Industrialization of Several Edible Bacteria by-products

Completed by: Institute of Agricultural Products, Shandong Academy of Agricultural Sciences; Shandong Yuhuang Cereals, Oils and Foods Co., Ltd.; Shandong Agricultural Technology Extension Station; Shandong Feida Group Biotechnology Co., Ltd.; Shandong tianqing biology science and technology co., ltd

Completed by: Wang Wenliang, Yueming Wang, Cui Wenjia, Gong Zhiqing, Jia Fengjuan, Wang Yansheng, Chen Xiangyan, Zhang Yonghu and Gao Xia.

Development and application of JB2019-2- 26 refrigerator based on MSA oxygen control and fresh-keeping technology

Completed by Qingdao Haier Co., Ltd.

Completed by: Zhu Xiaobing, Chloe Wang, Liu Zhijun, Chen Jianquan, Liang Xing, Lou Xicai, Li Shidong, Ji Lisheng, Liu Peng.

JB2019- 2-27 Innovation and Industrialization of Micro-steam Air Cleaning Mode

Completed by: Qingdao Haier Gunjian Washing Machine Co., Ltd.

Completed by: Lu Peishi, Jiang Yuliang, Fan Jingen, Huang Shikun, Chen Chao, Su Risheng, Xu Yonghong, Cheng Baozhen, Jiang Wenfeng.

JB2019-2- -28-28 Research and Development of Key Production Technologies for Water-saving and Energy-saving Ecological Dyeing and Finishing

Completed by Huafang Co., Ltd.

Completed by: Limin Wang, Luo Weixin, Li Chunguang, Yan Yingshan, Lu Jianpin, Liu Yuexia, Yang Yuhua, Zhao Chengwei, Wang Lugang.

JB2019-2-29 Removal Technology and Application of Mercury Pollutants in Gas/Natural Gas at Room Temperature

Completed by: Shandong University of Science and Technology

Completed by: Zhang Huawei, Liang Peng, Tian Yuanzi, Wang Li, Jiao Tiantian, Zhang Wenrui, Zhang Yaqing.

Development and industrialization of JB 2019-2-30 silicon-based flame retardant for environmental protection textiles

Completed by: Changyi Longgang Inorganic Silicon Co., Ltd.

Completed by: Wang Jingwei, Feng Shouhua, Jian Xigao, Lu Anhui, Huang Keke.

JB2019-2- 31 Development and Industrialization of Precise Control Preparation Technology of Fine Aluminum Oxide

Completed by: Chinalco Shandong Co., Ltd.; Central South University; Chinalco Shandong new material co., ltd

Completed by: Du Shanguo, Zhao Shanlei, Liu Guihua, Song Guowei, Dong Xiaohui, Feng Xiaoming, Ren Minglin, Li Guangzhan and Liu Yandong.

JB2019-2- 32 FRP waste treatment and key technologies for efficient utilization of resources in wood-plastic composites.

Completed by: Shandong Xiaguang Group Co., Ltd.; Jinan university

Completed by: Zhao Yueying, Ge Yiyi, Yang Ming, Chen Juan, Wang Dongzhi, Wang Jianrong, Li Sukun, Wang Shiyong, Gu Yuanzhe.

JB2019-2- 33 Research on Key Technologies and Industrialization of Hot-rolled H-beam for Electric Contact System of High-speed Railway

Completed by Shandong Iron and Steel Co., Ltd.

Completed by: Wang Zhongxue, Yuan Pengju, Zhao Xinhua, Wang Peiwen, Huo Xiwei, Han Leilei, Fu Changwei and Li Chao.

JB 2019-2-34 Key Technology Innovation and Industrialization of Green Manufacturing of Large Wind Turbine Blades

Completed by: Shandong University of Technology; Lianyungang Zhongfu Lianzhong Composite Materials Group Co., Ltd.; Shandong University; Shandong zhongche wind power co., ltd

Completed by: Zhang Leian, Wei Xiuting, Jia Yuxi, Huang Xuemei, Qiao Guanghui, Liu Wei, Su Zhiyong, Yuan Guangming, Guo Yunli.

JB 2019-2-35 Key Technology and Application of Design and Manufacture of Nano-micro Composite Gradient Self-lubricating Tool

Completed by: Qilu University of Technology

Completed by: Xu Chonghai, Yi Mingdong, Xiao Guangchun, Chen Zhaoqiang, Zhang Jingjie and Fang Bin.

JB2019-2-36 Key Technologies and Devices for Intelligent Control of Wind Energy Storage Connected to Distribution Network

Completed by: State Grid Shandong Electric Power Company Qingdao Power Supply Company; State Grid Shandong Electric Power Company Electric Power Research Institute; Siyuan Qingneng Electric Electronics Co., Ltd.; Shanghai Jiao Tong University

Completed by: Yan Aoyang, Li Guojie, Li Guanglei, Sun Xuri, Zhang Song, Zhenhai Sun, Jiang Xiuchen, Yan Li.

JB2019 -2 -37 Key Technologies for Control and Operation of High-proportion Renewable Energy Microgrid

Completed by: Electric Power Research Institute of Shandong Electric Power Company of State Grid; Shandong University of Science and Technology; State Grid Shandong Electric Power Company Yantai Power Supply Company; Shandong Jianzhu University; China Electric Power Research Institute Co., Ltd.; Shanghai Jiao Tong University; North China Electric Power University

Completed by: Sun Shumin, Su Jianjun, Yu Peng, Wen Yan, Xin Zheng, Li Sun, Cao Lianmin, Sun Yanxia, Wei Dajun.

JB2019-2- 38 Pollution Characteristics of DC Equipment and Integrated Prevention and Control Technology of Pollution Flashover and Its Application

Completed by: Electric Power Research Institute of Shandong Electric Power Company of State Grid; State Grid Shandong Electric Power Company Maintenance Company; Shandong University; Shenzhen Graduate School of Tsinghua University; Shandong Shenye Electric Technology Co., Ltd.; Qingzhou Liwang Electric Power Technology Co., Ltd.; Zibo Taiguang electric power equipment factory

Completed by: Liu Hui, Shen Qinghe, Yao Jinxia, Li Qingquan, Liu Rong, Zhang Yang, Yong Jun, Meng Hailei and Zhang Yan.

JB 2019-2-39 Key Technologies and Engineering Application of Intelligent Relay Protection for UHV AC/DC Hybrid Power Grid

Completed by: State Grid Shandong Electric Power Company; Nanjing Nanrui Jibao Electric Co., Ltd.; Shandong University; State Grid Shandong Electric Power Company Electric Power Science Research Institute

Completed by: Wang Yong, Fang Guanghua, Li Lei, Li Naiyong, Liang Jun, Tang Yi, Zhu Qianru, Liu Meng and Yang Gui.

JB2019-2-40 Research and Application of Key Technologies of On-demand Lighting for Urban Roads Based on TPO

Completed by: Taihua Smart Industry Group Co., Ltd.; Shandong Province Computing Center (National Supercomputing Ji ‘nan Center)

Completed by: Hao Jingquan, Ma Shujie, Wang Shuping, Ding Qingyan, Deng San, Liu Fei, Zhang Kun, Yu Tao and Xu Wenpeng.

JB2019- 2-41 Intercity EMU with a speed of 160 kilometers per hour

Completed by CRRC Qingdao Sifang Locomotive & Rolling Stock Co., Ltd.

Completed by: Liang Junhai, Wang Xueliang, He Danlu, Sun Ning, Feng Yonghua, Haixia Guo, Li Wenchao, Zhang Feng and Hu Xueyong.

JB2019- -2 -42 Research and Application of Dynamic Control Technology for On-line Monitoring of Pollution Source Emissions

Completed by: Shandong Environmental Monitoring Center; Jiangsu Sanxi Technology Co., Ltd.; Yantai university

Completed by: Xu Yang, Shi Jinghua, Liu Changyong, Fan Sufang, Liu Zhaowei, Yu Yanwei, Zhang Tongxing, Wang Zengguo and Wang Lei.

JB2019-2-43 Construction of industrialization key technology system and demonstration of clean energy supply based on organic solid waste mass energy conversion

Completed by: Institute of Energy, Shandong Academy of Sciences; Jinan Shanyuan Environmental Protection Technology Co., Ltd.; Shandong baoli biomass energy co., ltd

Completed by: Hua Dongliang, Zhao Baofeng, Chen Lei, Zhang Yuancheng, Han Shuyuan, Sun Laizhi, Zhang Xiaodong, Yan Li, Zhao Yuxiao.

JB2019 -2-44 Key Technologies, Demonstration and Effect of Hepatitis B Prevention and Control in Shandong Province Based on Epidemic Prevention Strategy

Completed by Shandong Provincial Center for Disease Control and Prevention.

Completed by: Zhang Li, Xu Aiqiang, Yan Bingyu, Lu Jingjing, Liu Jiaye, Feng Yi, Wu Wenlong, Xu Qing.

JB2019-2-45 Research and application of field molecular detection method and biological control for insecticide resistance of vector mosquitoes.

Completed by: Shandong Institute of Parasitic Disease Prevention and Control; Nanjing medical university

Completed by: Gong Maoqing, Shen Bo, Liu Hongmei, Cheng Peng, Zhang Benguang, Zhang Chongxing, Wang Haifang, Guo Xiuxia, Wang Huaiwei.

JB2019-2- 46 Basic and Clinical Application Research on Precise Treatment of Lung Cancer

Completed by: Shandong Institute of Cancer Prevention and Treatment; Shandong provincial hospital

Completed by: Meng Xiangjiao, Xing Ligang, Huang Zhaoqin, Shi Huan, Feng Rui, Ma Changsheng, Wang Zhiqi, Wen Qiang and Li Bobo.

JB 2019-2-47 Study on New Mechanism of Malignant Progression of Prostate Cancer and Molecular Markers for Prognosis Evaluation

Completed by: Shandong University; Second Hospital of Shandong University; Shandong Medical Biotechnology Research Center; Shandong provincial hospital

Completed by: Han Bo, Yuan Huiqing, Wang Lin, Zhang Jing, Chen Weiwen, Yang Xiaoqing, Tian Keli, Wei Mei and Liu Zhiyan.

JB 2019-2-48 Regulatory mechanism and application of directional differentiation and function of bone marrow-derived stem cells

Completed by Weifang Medical College.

Completed by: Cheng Min, Li Hong, Cui Xiaodong, Zhang Xiaoyun, Guan Xiumei, Xu Donghua, Yan Shushan and Li Xin.

JB 2019-2-49 Application of Multiomics Technology in the Study of Metabolic Disease Mechanism and Functional Structure Characterization of Biological Macromolecules

Completed by: Shandong Provincial Hospital

Qilu Hospital of Shandong University; Shandong University

Completed by: Wang Zhe, Zhang Qunye, Chi Lianli, Chen Haiyan and Zhou Jie.

JB2019-2- 50 Exploration of New Targets for the Treatment of Diabetic Nephropathy

Completed by: Shandong Qianfoshan Hospital; qilu hospital of shandong university

Completed by: Liao Lin, Dong Jianjun, Zhou Xiaojun, Zhang Zhongwen, Zhao Junyu and Zhang Xiaoqian.

JB2019-2- 51 Establishment and Clinical Application of Anatomy of Cranial Nerve and Related Skull Base Structure and Imaging Diagnosis System of Lesions

Setting: Shandong Institute of Medical Imaging; xuanwu hospital capital medical university

Completed by: Liang Changhu, Liu Cheng, Li Kuncheng, Wang Daocai, jing wong, Huang Jie and Wu Dawei.

JB2019-2- -52-52 Research on Development and Application of Multimodal Key Technologies for Accurate Diagnosis and Treatment of Chronic Liver Diseases

Setting: Shandong Institute of Medical Imaging; Weifang Medical College; Southern Medical University School of Biomedical Engineering

Completed by: Yuan Zhenguo, Wang Guangzhi, Chen Zhifeng, Wang Gang, Wang Xizhen, Guo Lingfei, Zhu Xiangyu, Liu Shaoling and Zhang Guodong.

Study on the Pathogenesis and Clinical Application of Inherent Immunity Mediated by JB JB2019-2- -53 Dectin-1-1 in Fungal Keratitis

Completed by: Qingdao University

Completed by: Zhao Guiqiu, Lin Jing, Li Cui, Che Chengye, Peng Xudong, Wang Qian, Hu Liting, Jiang Nan and Zhang Lili.

JB2019-2-54 Mechanism Study and Clinical Intervention Strategy of Ovulation Disorder in Polycystic Ovary Syndrome

Completed by: Yantai Yuhuangding Hospital

Completed by: Hao Cuifang, Wang Meimei, Liu Zhenteng, Zhao Dongmei, Xin Huang, Zhang Ning and Wei Lina.

Expression and clinical significance of calcium-binding protein S100 family in JB2019- 255 female genital tumors

Completed by: Qingdao University; Chinese Academy of Medical Sciences

Completed by: Cui Zhumei, Chen Hongyan, Hua Zhen, Wang Xiangyu, Tian Tian, Liu Zhihua and Yang Jing.

JB2019-2-56 Molecular Mechanism of Gastric Cancer Occurrence and Metastasis and Its Application

Completed by: Shandong Provincial Hospital

Completed by: Li Leping, Jing Changqing, Guo Xiaobo, Shang Liang, Shi Yulong, Wang Jinshen, Chen Yuezhi, Peng Lipan, Dan Keshu.

JB2019- 2-57 Mechanism and Clinical Application of Orthodontic Bone Reconstruction

Completed by: Shandong University

Completed by: Wei Fulan, Liu Dongxu, Liu Yi, Wang Chunling, Guo Jie and Yang Shuangyan.

Establishment and application of JB2019- 2-58 periodontal tissue regeneration treatment strategy

Completed by: Shandong University

Completed by: Ge Shaohua, Yang Pishan, Ma Baojin, Shan Zhang, Liu Hongrui and Han Jing.

JB2019-2-59 Series Study on Microenvironment and Metabolic Pattern of Urinary Tumors

Completed by: Qingdao University

Completed by: Niu Haitao, Wang Yonghua, Liang Ye, Cao Yanwei, Yang Xuecheng, Chen Yuanbin, Liang Zhijuan, Wang Liping and Li Dan.

JB2019-2- 60 Prognostic Mechanism and Clinical Application of Renal Cell Carcinoma

Completed by: Shandong Provincial Hospital

Completed by: Fu Qiang, Niu Zhihong, Liu Shuai, Liu Zheng, Lu Jiaju, Cao Qingwei, Bi Dongbin, Wang Facheng.

JB2019-2-61 Key Technology and Clinical Application of Prevention and Treatment of Delayed Fracture Healing and Nonunion with Integrated Traditional Chinese and Western Medicine

Completed by: Wendeng osteopathy hospital of Shandong province; Zhejiang Xingyue Biotechnology Co., Ltd.; Wangjing Hospital of Chinese Academy of Traditional Chinese Medicine

Completed by: Jiang Hongjiang, Tan Xunxiang, Yan Wei, Zou Xiaohui, Song Xiugang, Cheng Yongzhong, Ju Changjun, Zou Debao, Tan Yonghai.

JB2019-2- 62 Umbilical Therapy for Disease Prevention and Clinical Application

Completed by: Shandong University of Traditional Chinese Medicine; Affiliated Hospital of Shandong University of Traditional Chinese Medicine; The Second Affiliated Hospital of Shandong University of Traditional Chinese Medicine; Beijing University of Chinese Medicine; qilu hospital of shandong university

Completed by: Ma Yuxia, Gao Shuzhong, Yu Yan Waterfall, Liu Cunzhi, Guo Gang, Ju Hongmei, Han Xingjun, Liu Xiaolan and Ma Fengjun.

JB2019 -2- 63 Integrated Innovation and Application of Spectrum-Effect Correlation Evaluation Technology for Salvia Miltiorrhiza, Lonicera japonica and Scutellaria baicalensis Georgi Series Products

Completed by: Shandong Institute of Traditional Chinese Medicine; Institute of Automation, Shandong Academy of Sciences

Completed by: Zhao Bonian, Gao Yan, Ding Xiaoyan, Wang Ping, Li Ke, Qing Liu, Lv Ling, Wang Bianli, Cui Ning.

JB2019-2- 64 Technological Innovation System of New Epidemic Vaccines of Livestock and Poultry (Enterprise Technological Innovation)

Completed by: Qingdao Yibang Bioengineering Co., Ltd.

JB2019-2- 65 Preparation, Quality Control System Construction, Industrial Development and Application of Active Components in Pig Intestinal Mucosa

Completed by: China Ocean University; Chenxin Pharmaceutical Co., Ltd.; Beijing Shuanglu Pharmaceutical Co., Ltd; Nantong Tianlong livestock products co., ltd

Completed by: Yu Guangli, Li Guoyun, Cai Chao, Lv Youjing, Sun Xuechao, Xu Hao, Wei Yangang, Korea Building.

JB2019-2-66 Application of Key Technologies and Standard System in Life Cycle of Green Building in Typical Climate Zone

Completed by: Shandong Institute of Building Science; China Institute of Building Science Co., Ltd.; Shandong Institute of Urban and Rural Planning and Design; China Construction Eighth Bureau Second Construction Co., Ltd.; Lushang Real Estate Co., Ltd.; Shandong Jianzhu University; Shandong jianke architecture design co., ltd

Completed by: Song Yizhong, Wang Zhao, Lu Bin, Sun Xiaobing, Li Di, Han Yawei, Cui Hongtao, Tang Jianping and Wang Tao.

JB2019-2- 67 Key Technology and Application of Series National Reference Materials in Environment and Safety Field

Completed by: Shandong Institute of Metrology; Shandong Institute of Nonmetallic Materials; Qingdao University of Science and Technology; Ji’ nan Deyang special gas co., ltd

Completed by: Guo Bo, Xun Qining, Xu Sisi, Sun Qianyun, Sui Feng, Hu Dedong, Wang Lijian, Yu Qing.

JB2019 -2- 68 Formulation of Core Technical Standards for Packaging Reuse and Application Demonstration of Representative Packaging

Completed by: Shandong Institute of Product Quality Inspection; Qingdao Yongtai New Energy Development Co., Ltd.; Shandong jiaotong university

Completed by: Su Benyu, Wang Weishan, Wang Jun, Xu Chao, Zhou Yang, Zhang Intelligence, Li Linlin, Sun Xiaochen, Wu Jiwei.

Development and industrial application of inspection and defect diagnosis robot series standards for power transmission and transformation equipment such as JB2019-2- 69 DL/T 1610-2016.

Completed by: State Grid Shandong Electric Power Company; Shandong Luneng Intelligent Technology Co., Ltd.; State Grid Shandong Electric Power Company; Electric power research institute

Completed by: Zhang Bin, Ye Fei, Mu Shiyou, Ren Jie, Zhou Dazhou, Han Lei, Lv Juntao, Liu Xian, Jia Yonggang.

Third prize (104 items)

JB2019-3-1 Bio-remediation and High Efficiency Fertilization Techniques for Peanut Continuous Cropping Obstacles

Completed by: Qingdao Agricultural University; Shandong Peanut Research Institute; Qingdao lilihui biotechnology co., ltd

Completed by Cui Dejie, Wang Yuefu, Xian Hongquan, Fang Zengguo, Chen Mingna, Zou Xiaoxia.

Research and application of JB 2019-3-2 organic slow-release irrigation liquid fertilizer

Completed by: Heze Development Zone Cao Zhou Agricultural Chemistry Co., Ltd.

Completed by: Wang Lianxiang, Zhang Xuejie, Xing Jidong, Zhang Xuefeng, Chen Erjin and Li Jinfeng.

JB2019-3-3 Application Technology of New Additives and Its Industrialization Demonstration in Environmental Protection Formulations

Completed by: Hailier Pharmaceutical Group Co., Ltd.; Beijing Guangyuan yinong chemistry co., ltd

Completed by: Ge Yaolun, Si Guodong, Lu Zhongli, Ge Jiacheng, Zhang Zongjian and Han Xianzheng.

JB2019-3-4 Key Technologies and Applications of Identification and Invasion Risk Prevention and Control of Important Quarantine Weeds Intercepted at Entry

Completed by: Qingdao Customs Technology Center; Chinese Academy of Inspection and Quarantine; Nanjing customs animal and plant Yu food testing center

Completed by: Shao Xiuling, Fan Xiaohong, Fu Jianguo, Liao Fang, Xu Han and Yu Wentao.

JB2019-3-5 Research and Application on Identification, Detection and Precise Prevention and Control Technology of New Vegetable Diseases

Completed by: Institute of Plant Protection of Shandong Academy of Agricultural Sciences; Nanjing Agricultural University; Ji’ nan agricultural science study institute

Completed by: Qi Junshan, Duan Yabing, Zhang Yueli, Jaco, Ma Liguo and Chen Changjun.

JB2019 -3-6 Research on Key Technologies and Equipment Application of Computer Vision Inspection for Agricultural Products

Completed by: Qingdao Agricultural University

JB2019-3-12 Technological Innovation of Sweet Potato Breeding and Breeding of New Varieties in Taizhong Series

Completed by: Tai ‘an Academy of Agricultural Sciences; Shanghai Institute of Life Sciences, Chinese Academy of Sciences; Shanghai Chenshan Botanical Gardens

Completed by: Zhang Peng, Sun Zhe, Zheng Jianli, Zhao Fengling, Yang Jun and Tian Changgeng.

JB2019-3-13 Development and application of green and efficient compound premix feed for abalone.

Completed by: Qingdao Master Biotechnology Co., Ltd.; Chinese Marine University

Completed by: Wei Wanquan, Zhang Wenbing, Zhou Yi, Ni Mengli, Guo Benyue and Liu Guang.

JB2019 -3-14 Research and application of kelp seed cultivation and efficient propagation technology.

Completed by: Shandong Oriental Ocean Technology Co., Ltd.; China Ocean University; Haodangjia group co., ltd

Completed by: Li Xiaojie, Zhang Zhuangzhi, Pan Jinhua, Yang Guanpin, Sun Juan and Liang Guangjin.

JB2019-3-15 Development and application of resources and key technologies of fishing equipment for saury in North Pacific high seas.

Completed by: Penglai Zhongbai Jinglu Shipbuilding Co., Ltd. Shanghai Ocean University; Penglai jinglu fishery co., ltd

Completed by: Zhu Qingcheng, Wang Hong, Hua Chuanxiang, Liu Yuchuan, Xu Wei and Zhang Yandong.

JB2019-3-16 Research and Application of Key Technologies for Efficient Construction of Super-long Concrete Structure by Intermittent Method

Completed by Qingjian Group Co., Ltd.; Qingdao University of Technology; Qingdao Qingjian New Materials Group Co., Ltd.,

Completed by: Zhang Tongbo, Wu Shuyi, Li Cuicui, Xu Weixiao, Wang Yufei and Sheng Wang.

JB2019 -3-17 Ecological airbag support dam

Completed by: Yantai Sunny Rubber Co., Ltd.

Completed by: Xiao Dexuan, Gao Weimin, Fan Ke, Liu Xiaokun and Li Ling.

JB2019- 3-18 Research and Application on Key Technologies of Mountain Torrential Disaster Monitoring and Early Warning in Shandong Province

Completed by: Jinan University; China Water Resources and Hydropower Research Institute Shuifa Planning and Design Co., Ltd.; Langchao software co., ltd

Completed by: Liu Changjun, Sang Guoqing, Li Qingguo, Zhang Qiyi, Huang Linxian and Yan Chengshan.

JB2019-3-19 Supercomputing Application Optical Module Based on Passive Coupling Technology

Completed by: Qingdao Hisense Broadband Multimedia Technology Co., Ltd.

Completed by: Yang Sigeng, He Peng, Zheng Long, Liu Xuxia, Shao Gan.

JB2019- 3 -20 Research, Development and Industrialization of Key Technologies of TV LCD with Low Energy Consumption and High Dynamic Range

Completed by Qingdao hisense electric Co., Ltd.

Completed by: Liu Weidong, Zhang Yuxin, Guo Haolei, Xu Aichen, Li Fulin and Gao Shang.

JB2019-3-21 RFID security traceability Series Products Based on Internet of Things Technology

Completed by Shandong Taibao Anti-counterfeiting Technology Products Co., Ltd. 。

Completed by: Shi Na, Gong Kun, Zhang Xiaoli, Tian Shaoliang, Mou Xiaohui and Meng Yanjun.

JB2019-3-22 Research, Development and Industrialization of Key Technologies for System-in-Package of Intelligent Transducer

Completed by Shandong Shengpin Electronic Technology Co., Ltd.

Completed by: Liu Zhaolin, Xing Guangjun, Cui Guangjun, Li Zhenchao, Wang Qian and Wang Yong.

JB2019 -3-23 Key Technologies of High-precision Seamless Positioning Based on Multi-source Information Fusion in Complex Environment and Its Large-scale Application

Completed by: China Shiyou University (East China); China Communications Information Center; Beijing Zhongdou Technology Co., Ltd.; Taidou micro-electrons technology co., ltd

Completed by: Cui Xuerong, Li Juan, Li Jing, Li Zhongwei, Zhang Yong and Xu Xiangbin.

JB 2019-3-24 Key Technologies and Applications of Ubiquitous Energy Internet of Things Platform

Completed by: Jicheng Electronics Co., Ltd.

Completed by: Diao Pengfei, Xu Jun, Fan Dejun, Du Xiaobing, Xu Yan and Wang Aijie.

JB2019-3-25 Wheel Alignment Instrument Based on Vision Measurement Technology

Completed by: Yantai University; Yantai development zone haide technology co., ltd

Completed by: Bi Yuanwei, Hu Xiaokun, Zheng Xiaopeng, Li Ruixu, Tong Xiangrong and Meng Zhenhua.

JB2019- 3 -26 Dust Pollution Mechanism in Coal Mine Production Area and Key Technologies of Moisturizing and Coagulation-promoting Wet Dust Removal

Completed by: Shandong University of Science and Technology; Hunan University of Science and Technology; Shandong weite nippon mine equipment co., ltd

Completed by: Nie Wen, Wang Pengfei, Yang Jing, Cheng Weimin, Liu Qiang and Peng Huitian.

JB2019-3-27 High-efficiency energy-saving cooling and heating system in mine-key technology of integration

Completed by: Yankuang Group Co., Ltd.; Jiangnan University; Yanzhou coal industry co., ltd; Xi ‘an University of Science and Technology; Yanmei Heze nenghua co., ltd

Completed by: Wang Zhenping, Feng Xiaoping, Wang Hongquan, Wang Baoqi, Sun Xuefeng and Xin Yi.

JB2019 -3-28 Application Demonstration of Jinan Urban Geology and 3D Visualization Model in Urban Rail Transit Construction

Completed by: Shandong Geological Survey Institute; Jinan Rail Transit Group Co., Ltd.; Wuhan zhongdi digital science and technology co., ltd

Completed by: Yang Lizhi, Zhu Henghua, Shang Hao, Liu Chunhua, Wei Zhengrun and Liu Zhongye.

JB2019- 3-29 Innovation and Major Achievements of Shandong Eco-geological Survey and Evaluation Technology System

Completed by: Shandong Geological Survey Institute; Shandong Normal University

Completed by: Dai Jerry, Pang Xugui, Lv Jianshu, Liu Huafeng, Yu Chao, Zhao Xiqiang.

Innovation and application of key technologies for accurate prediction of deep gold resources in JB2019- 3 -30

Completed by: Shandong Geological Survey Institute; Shandong Institute of Geological Sciences; Shandong province 6 th geology mineral exploration institute

Completed by: Tian Jingxiang, Ni Zhenping, Liu Fukui, Li Xiuzhang, Wang Laiming, Zhu Decheng.

Development and industrialization of JB2019- 3 31 3000 shale gas large-scale fracturing equipment

Completed by: Yantai Jerry Petroleum Service Group Co., Ltd.; China Shiyou University (East China); Yantai Jierui Petroleum Equipment Technology Co., Ltd.

Completed by: Li Shouzhe, Dong Xiangwei, Wang Jixin, Liu Yanxin, Pang Han, Zhang Shuli.

JB2019-3-32 Development and Application of Key Technologies for Beer Flavor Preservation Based on Lipid Metabolism

Completed by Tsingtao Brewery Co., Ltd.

Completed by: Yu Junhong, Yin Hua, Dong Jianjun, Huang Shuxia, Hu Shumin and Liu Jia.

JB2019- 3 33 Key Technologies and Industrialization of Green Manufacturing System Integration in crystalline fructose

Completed by: Shandong Xiwang Sugar Co., Ltd.; Xiwang drug co., ltd

Completed by: Sun Xueqian, Wang Di, Yang Rongyu, yan wang, Tao Xingfa and Cui Qiang.

JB2019- 3 -34 Key Technology and Application of Chicken Efficiency and Value-added Processing

Completed by: Qingdao Agricultural University; Zhucheng foreign trade co., ltd; Qingdao Institute of Animal Husbandry and Good Medicine; Qingdao Santong Wanfu Food Technology Co., Ltd.; Shandong Xinhe sheng agriculture group co., ltd

Completed by: Sun Jingxin, Xiao Junxia, Huang Ming, Huang Guoqing, Hao Xiaojing and Qiao Changming.

JB2019-3-35 Research, Development and Industrialization of Key Technologies of New Generation Pasta Processing Equipment

Completed by Shandong Yinying Cooking Machinery Co., Ltd.; shandong jianzhu university

Completed by: Zheng Minggang, Li Zhongmin, Jiao Nianlei, Jiao Feng, Qiao Weifang and Liu Xinhua.

JB2019- -3 -36 Home Multi-dimensional Air Quality Intelligent Management System

Completed by: Qingdao Hisense Hitachi Air Conditioning System Co., Ltd.

Completed by: Jiao Xiaolong, Ren Zhaoting, Gao Ling, Sun Pengfei, Liu Kun and Hou Lei.

JB2019- 3 -37 Research and Industrialization of Key Technologies for High-efficiency Silence of Large-capacity Multi-system Refrigerator

Completed by Hisense (Shandong) Refrigerator Co., Ltd.; Xi’an Jiaotong University

Completed by: Han Lili, Yang Dahai, Pu Liang, Pan Yiguang, Li Chengwu and Wang Guoqing.

JB2019-3-38 Key Technology and Application of High-clean Non-slurry Medical Disinfection Spunlaced Material

Completed by: Shandong Yongxin Nonwovens Co., Ltd.; Donghua University; Shandong Haiyan medical material manufacturing co., ltd

Completed by: Shi Chengyu, Huang Chen, Liu Shuangying, Xia Lunquan, Li Haiyan and Li Junhua.

JB2019-3-39 Development and application of complete sets of technologies for resource utilization and clean emission of sulfur-containing gas.

Completed by: Qilu Branch of China Petrochemical Company Limited; Shandong Qilu Keli Chemical Research Institute Co., Ltd.; China Petrochemical Company Limited; Zhongyuan oilfield puguang branch

Completed by: Liu Aihua, Liu Jianli, Wang Jiping, Shang Jianfeng, Luo Baojun and Gao Buliang.

JB2019 -3-40 Industrialization Key Technology Innovation and Quality Control System Construction Based on Automobile Gasoline and Diesel Quality Improvement

Completed by: Shandong Institute of Product Quality Inspection; China Shiyou University (East China); Shandong Jincheng Petrochemical Group Co., Ltd.; Ji’ nan development zone xinghuo science and technology research institute

Completed by: Zou Huiling, Xia Climbing, Zheng Jinfeng, Chen Xiaobo, Guo Xiuxue, Che Chunling.

JB2019-3-41 Key Technology and Industrialization of Preparation of New Polyurethane Elastomer with Controllable Properties

Completed by: Shandong Yinuowei Polyurethane Co., Ltd.; Qingdao university of science and technology

Completed by: Chen Hailiang, Liu Fusheng, Han Jingjie, Liu Zhaoyang, Chen Shuhai, Dai Jin Hui.

JB 2019-3-42 Technical development and industrial application of producing high-end products from naphthenic heavy crude oil

Completed by: CNOOC Asphalt Co., Ltd.

Completed by: Yu Enqiang, Zhang Dongchun, Deng Wenguang, Zhang Ling, Li Jun and Feng Tao.

JB2019-3-43 Development and industrial application of key technologies for preparation of antibacterial and pollution-resistant hollow fiber ultrafiltration membrane

Completed by: Jinan University; Shandong Jinhui Membrane Technology Co., Ltd.; Shandong University of Science and Technology

Completed by: Wang Xiuju, Wang Liguo, Ma Zhun, Song Yuzhi, Wang Zhongpeng and Liu Siquan.

Development and application of JB2019-3-44 diffusion dialyzer

Completed by: Shandong Tianwei Membrane Technology Co., Ltd.

Completed by: Liu Zhaoming, Lian Wenyu, Li Xiaoyu, Lou Yufeng, Zhang Xianmiao and Li Zhigang.

JB2019- 3 -45 Key technologies and equipment for risk management and control of chemical plant construction and maintenance.

Completed by: Qingdao Safety Engineering Research Institute of China Petrochemical Company Limited; Shandong Qiwangda Petrochemical Co., Ltd.; Qingdao nuocheng chemicals safety technology co., ltd

Completed by: Wang Tingchun, Xin Ping, Mu Bo, Liu Yang, Su Guosheng and Shi Hongxun.

JB 2019-3-46 Development and application of green and high-purity paraffin-burning refrigerants based on naphtha hydrogenation and deep refining.

Completed by: Dongying Junyuan Petroleum Technology Development Co., Ltd.

Completed by: Miao Guangfa, Wang Bingjie and Yu Rui.

Development and industrialization of key technologies of JB2019- 3 47 high performance hexagonal boron nitride powder

Completed by Shandong Yasai Ceramic Technology Co., Ltd.; Shandong University of Technology; Shandong University

Completed by: Sun Haibin, Zhang Zhenhao, Gong Hongyu, Zhang Yujun, Li Qisong, Sun Li.

JB2019-3-48 Chemical film-forming solar heat collection technology based on ultra-pure ferritic stainless steel

Completed position: Shandong Sang Le Solar Energy Co., Ltd.; Jinan University; Institute of Energy, Shandong Academy of Sciences; Beijing University of Technology; Sang Le Yaqi (Shandong) New Energy Co., Ltd.

Completed by: Yu Hongwen, Ding Haicheng, Liu Zongming, Gao Lifeng, Li Guangyuan and Duan Guangbin.

Development and industrial application of key technologies of JB2019- 3-49 puncture-resistant flame retardant tire

Completed by Qingdao Shuangxing Tire Industry Co., Ltd.; Qingdao university of science and technology

Completed by: Li Yong, Wang Chuansheng, Zhang Dewei, Huang Yigang, Wang Yang and Li Shaoming.

Key technology innovation and industrial application of JB2019-3- 50 high temperature composite filter material

Completed by Shandong Xinli Environmental Protection Material Co., Ltd.

Completed by: Qi Guishan, Song Chuanbo, Jiang Shujun, Shen Zhaoxu, Li Yuanbin, Duan Liangguo.

JB2019- 3-51 New technology and application of green and intelligent low-temperature one-time mixing based on high molecular cracking mechanism.

Completed by: Shandong Fengyuan Tire Manufacturing Co., Ltd.; Tetuo (Qingdao) Tire Technology Co., Ltd.; Qingdao university of science and technology

Completed by: Wang Zhongjiang, Du Yunfeng, Li Hongwei, Jiang Yanhua, Pan Chao and Wang Kun.

Research and application of key technologies of JB2019- 3-52 high-strength thin energy-saving aramid conveyor belt

Completed by: Yankuang Group Tangcun Industrial Co., Ltd.; Yanzhou coal industry co., ltd

Completed by: Sun Guimei, Li Xingqiang, Ma Gang, Huang Xiaoting and Wang Guangliang.

JB2019-3-53 Key Technology Innovation System of 3D Printing Manufacturing for High-end Personalized Customized Household Appliances

Completed by: Qingdao University of Science and Technology; Haier group technology research and development center; Qingdao New Materials Science and Technology Industrial Park Development Co., Ltd.; Qingdao ximaike automatic molding system co., ltd

Completed by: Liu Yonghui, Li Wei, Li Rongxun, Li Sheng, Song Xiuqiang and Jiang Jianliang.

JB 2019-3-54 Preparation and Industrialization of Bio-silicon Carbon/Zinc Monomethacrylate Synergistic Reinforced Hydrogenated Nitrile Rubber

Completed by: Qingdao University of Science and Technology; Dongying Baihua Petroleum Technology Development Co., Ltd.

Completed by: Li Zaifeng, Wang Guanzhong, Xiao Jianbin, Wang Ming, Cheng Weihai and Jiang Yuxiang.

Development and industrialization of JB2019- 3 55 magnetic viscoelastic materials with special functions

Completed by: Qingdao University of Science and Technology; Qingdao Shengke Material Co., Ltd.; Qingdao New Materials Science and Technology Industrial Park Development Co., Ltd.; Qingdao Changyu seal co., ltd

Completed by: Li Liu, Sun Lishui, Zhang Baogang, Liu Guangye, Ding Naixiu and Du Sheng.

JB2019- -3 -56 Research and Application of Manufacturing Technology for Core Components of Ultra-low Temperature and High Toughness High Cold High Speed Rail

Completed by Laizhou Xinzhongyao Machinery Co., Ltd.

Completed by: Yang Zhongyao, Yang Jinming, Tian Xuelei, Xu Rongfu, Liang Anqi, Qi Xuezhong.

JB2019- 3-57 Technology Development and Industrialization Based on Special Welding Materials with High Strength and Toughness

Completed by: Shandong Suolide Welding Material Co., Ltd.; Shenyang Aerospace University

Completed by: Guan Changyong, Guo Xuming, Qu Chuansong, Wang Dezhu and Sun Honggang.

JB2019-3-58 Independent development and innovation of new argon blowing metallurgical technology for slab continuous casting tundish

Completed by: Laiwu Iron and Steel Group Yinshan Section Steel Co., Ltd.

Completed by: Guo Weida, Wu Guangjun, Li Qiang Du, Yuan Benming, Ren Keshe, Lu Bo.

JB2019-3-59 New High Frequency Coupled Pulse TIG Welding Equipment

Completed by: Shandong Aotai Electric Co., Ltd.

Completed by: Zhang Guangxian, Chang Xingguo, Li Peng, Jason Yuan Zhiyong, Zhang Liguo.

JB2019-3-60 Gear Alignment Technology Innovation and Key Structure Research and Development and Industrialization of Heavy Truck Helical Double-countershaft Transmission

Completed by: China National Heavy Truck Group Co., Ltd.

Completed by: Hu Kai, Yang Weiling, Wang Hui, Wei Yanjie, Pan Shujun and Ouyang Ping.

JB2019-3-61 Digital Complete Equipment for Manufacturing Stator Winding of Vehicle High Power Density Drive Motor and Its Application

Completed by: Shandong Zhongji Intelligent Equipment Co., Ltd.; Qingdao University of Science and Technology; Shandong province machinery design & research institute

Completed by: Wang Xiaodong, Wang Jin, Li Qingdang, Wang Cesheng, Wang Dongming, Cheng Xuehu.

JB 2019-3-62 600 ~ 800 meters high lift high-power mine explosion-proof sand-discharging submersible pump

Completed by Jining Antai Mine Equipment Manufacturing Co., Ltd.; Jiangsu University; Shandong Anlitai Pump Industry Co., Ltd.; Yangzhou University

Completed by: Cao Weidong, Hao Fuhe, Wang Chuan, Lu Weigang, Cheng Yongxi and Song Wei.

JB2019-3-63 Key Technology Development and Industrialization of Aircraft Ground Mobile Equipment

Completed by Weihai Guang Tai Airport Equipment Co., Ltd.; National construction machinery quality supervision and inspection center

Completed by: Wu Xiangming, Liu Yanbo, Gao Chao, Xu Qiang, Fang Yanfeng and Xia Peng.

JB2019-3-64 Industrialization and demonstration application of complete sets of CNC equipment for efficient and green production of stone products

Completed by: Rizhao Haien Saw Industry Co., Ltd.; Shandong University

Completed by: Zhang Jinsheng, Wang Yongan, Ju Junwei, Bo Huang, Niu Pingping and Li Lei.

Development and industrialization of key technologies of JB2019 -3-65 bus series retarder

Completed by: Shandong Jiaotong University; Jiangsu University; Yantai Shuchi Bus Co., Ltd.; shandong jianzhu university

Completed by: Yi Fengyan, Hu Donghai, Zhou Jiaming, Yi Jie, Wang Jian and Yang Jun.

Numerical simulation design and industrialization of electromagnetic thermal field of JB2019- 3 66 inductance device

Completed by: Qingdao University; Qingdao Yunlu new energy technology co., ltd

Completed by: Wang Chunfang, Zheng Jianfen, Wang Shiwei, Wang Jiangang, Ping Zeng and Li Xuehua.

JB2019- 3- 67 Multi-meter open access acquisition and comprehensive energy service key technologies and engineering deepening application.

Completed by: Electric Power Research Institute of Shandong Electric Power Company of State Grid; State Grid Shandong Electric Power Company; Jicheng Electronics Co., Ltd.; State Grid Shandong Electric Power Company Jining Power Supply Company Network; Shandong province electric power company economic technology research institute

Completed by: Yang Jian, Du Yan, Guo Liang, Wang Yuqi, Yvonne Wang and Song Zhongqiang.

JB2019- 3 68 Key Technology and Application of Power Grid Accurate Planning Adapting to Diversified Development of Source and Load

Completed by: Economic and Technological Research Institute of Shandong Electric Power Company of State Grid; Shandong University; Shandong Zhiyuan Electric Power Design Consulting Co., Ltd.; State Grid Shandong Electric Power Company Rizhao Power Supply Company State Grid; Shandong electric power company electric power science research institute

Completed by: Li Xueliang, Zhao Long, Tian Xin, Han Xueshan, Jason and Sun Donglei.

JB2019- 369 New High Efficiency and Clean Combustion Technology of Circulating Fluidization of Water-Coal Slurry

Completed by Qingdao Telier Environmental Protection Group Co., Ltd.

Completed by: Sun Yunguo, Yang Cheng, Li Bin, Shang Guixin, Hao Yuping and Shi Yong.

JB2019-3-70 Wide-temperature-range air source heat pump system with adaptive capacity of reserve refrigerant.

Completed by: Qingdao Hisense Hitachi Air Conditioning System Co., Ltd.

Completed by: Wang Yuanpeng, Deng Yuping, Lin Wentao, Liang Aiyun, Li Xizhi and Cao Peichun.

Green manufacturing and industrialization of JB2019- 3 71 energy-saving and fresh-keeping series refrigerators

Completed by: Qingdao Haier Special Electric Freezer Co., Ltd.; Qingdao university of science and technology

Completed by: Xie Yugang, Yin Fengfu, Ding Jianbo, Song Jianlin, Gao Fuzheng and Ren Kailong.

Development and application of JB 2019-3-72 motor parameter self-identification technology and PWIM carrier frequency synchronization technology

Completed by Hisense (Shandong) Air Conditioning Co., Ltd.

Completed by: Zhang Yongliang, Liu Xiaofei, Rong Xiaoming, Dr. Jianbing Chen, Yin Xianxin and Sun Jiangtao.

JB2019-3-73 Key Technology Construction and Industrial Application of Image Guided Accelerator Intensity Modulated Radiotherapy System

Completed by: Shandong xinhua medical Instrument Co., Ltd.; Sichuan University

Completed by: Cheng Xige, Wu Zhangwen, Che Yongxin, Ren Qi, Jun Yingchang, Liang Haipeng.

JB2019-3-74 Passive entity fire protection structure

Completed by Yantai Jin Run Nuclear Power Materials Co., Ltd.

Completed by: Guan Xiaobo, Jiang Zhenliang, Men Shuhui

Network control system of JB JB2019- -3-75 CRH5 EMU

Completed by CRRC Qingdao Sifang Vehicle Research Institute Co., Ltd.

Completed by: Li Guoping, Xu Yanfen, Yin Peiqiang, Wang Wei, Wang Kai and Tian Xuewen.

Brake system of JB JB2019- -3-76 CJ-1-1 intercity EMU

Completed by CRRC Qingdao Sifang Vehicle Research Institute Co., Ltd.; Qingdao sirui technology co., ltd

Completed by: Sai Huasong, Wang Zhen, Wang Fei, Meng Qingyu, Wang Lingjun, Li Peishu.

JB2019-3-77 CRH3 EMU front-end module

Completed by CRRC Qingdao Sifang Vehicle Research Institute Co., Ltd.; Qingdao sirui technology co., ltd

Completed by: Liu Hui, Kun Wang, Zhang He, Liu Jia, Liu Xudong and Huang Hui.

JB2019-3-78 High-speed Train Comprehensive Energy Saving Key Technology and Integrated Application Demonstration

Completed by CRRC Qingdao Sifang Locomotive & Rolling Stock Co., Ltd.

Completed by: Li Shudian, Xu Gang, Lin Peng, Liu Xiankai, Yang Zeyun and Li Hengkui.

Research and application of harmless utilization technology of cyanide residue in JB2019-3-79 gold concentrate

Completed by Zhaoyuan Zhaojin Jinhe Technology Co., Ltd.; Zhaojin mining co., ltd

Completed by Weng Zhanbin, Wen Yongjie, Yang Hongzhong, Dong Xin, Xu Xuejia, Wu Feng.

JB2019-3-80 Treatment and transmission blocking of high-risk sexually transmitted diseases

Completed by: Shandong Institute of Dermatology and STD Prevention and Treatment.

Completed by: Tian Hongqing, Liu Dianchang, Li Zhen, Shan Xiaofeng, Xiao Hailu and Jiang Hongwei.

JB2019-3-81 Pathogenic gene mutation in children with congenital hypothyroidism and its prevention and treatment

Completed by: Qingdao University; Qingdao Women and Children Hospital

Completed by: Liu Shiguo, Yan Shengli, Zhang Liqin, Wang Fang, Li Li and Kong Bin.

New genetic mechanism of JB2019- 3 82 Alzheimer’s disease and construction of its clinical prediction model.

Completed by: Qingdao Municipal Hospital

Completed by: Tan Chenchen, Wei Xu, Li Jieqiong, Lu Ruichun, Song Jinghui and Hou Xiaohe.

JB2019-3-83 New Discovery of Pathogenesis and Prevention Strategies of Parkinson’s Disease and Sports Complications

Completed by: Yantai Yuhuang Xiang Hospital; Yantai mountain hospital, Yantai

Completed by: Ba Maowen, Kong Min, Ren Chao, Liang Hui, Yu Ling and Ding Weifang.

JB2019-3- 84 Molecular mechanism and related application of limbic forebrain in long-term memory storage and memory impairment.

Completed by: Qingdao University

Completed by: Yu Zhou, Kong Qingwen, Guo Zongjun, Yu Ming, Li Nan, Cui Lin.

JB2019-3- 85 Study on Inflammatory Mechanism of Atherosclerotic Cerebral Infarction

Completed by: Qingdao University

Completed by: Ma Aijun, Pan Xudong, Zhu Xiaoyan, Wang Kun, Li Hong and Wang Jing.

JB2019- -3- 86 The basis and clinic of inflammation-related mechanism of acute coronary artery syndrome

Completed by: Jinan Central Hospital

Completed by: Su Guohai, Wang Guangxin, Li Li, Zhang Dan, Zhao Zhuo and Li Yueyan.

JB2019-3- 87 Beta2 glycoprotein I mediates the activation of nuclear factor kB of hepatocellular carcinoma by hepatitis B virus.

Completed by: Qingdao University

Completed by: Jing Xue, Tian Zibin, Kong Xinshuai, Liu Hua, Ding Xueli, Yu Yanan.

JB2019 -3- 88 Ultrasound-guided percutaneous in-situ thermal ablation for thyroid nodules: a clinical study.

Completed by: Binzhou Medical College

Completed by: Wang Shurong, Xu Qingling, Yu Shoujun, Zhang Yonglin, Yue Wenwen and Wang Xiju.

JB2019 -3-89 Study on the Mechanism of Malignant Cross-Dialogue between Invasion and Metastasis of Pancreatic Cancer and Tumor Microenvironment and Its Clinical Application

Completed by: Qingdao University

Completed by: Pan Xinting, Zhu Qingyun, Zuo Jianxin, Wang Xinsheng, Zhao Zhihui and Zhu Yunpeng.

JB2019- 3 -90 Innovation and Application of Key Surgical Techniques for Thoracic Intervertebral Disc Herniation

Completed by: Weifang People’s Hospital; Tianjin Tianjin Hospital; Sir run run shaw hospital; Shandong hangwei orthopedics medical equipment co., ltd

Completed by: Xu Zhaowan, Lun Dengxing, Hu Yongcheng, Fan Shunwu, Zhuang Qingshan, Sun Dexiu.

JB2019- 3-91 Micro-dialectical Correlation Research and Clinical Application of Fingerprint Images of Children Pneumonia

Completed by: Shandong University of Traditional Chinese Medicine; Qilu University of Technology (Shandong Academy of Sciences); Qilu Children’s Hospital of Shandong University

Completed by: Wei Benzheng, Li Yanning, Peng Xin, Zhang Kuixing, Zhou Peng and Ren Xiaoqiang.

JB2019-3-92 Study on Key Technologies of Preparation and Industrialization of Xiaoer Jiegan Granules

Completed by: Shandong Mingren Freda Pharmaceutical Co., Ltd.; Shandong University of Traditional Chinese Medicine; Shandong Academy of Pharmaceutical Sciences

Completed by: Wu Shide, Zhang Ling, Jia Meichun, Wu Weiqun, Liu Jie, Hou Lin.

JB2019-3-93 Research and Application on Key Technologies of Intelligent Manufacturing of Sterile Preparations

Completed by Shandong Lvye Pharmaceutical Co., Ltd.

Completed by: Xue Yunli, Li Shixu, Zuo Ai Xia, Lin Tonghui, Zhang Lin and Fan Yanli.

JB2019 -3-94 Key purification technology and industrial application of low molecular weight heparin

Completed by: Yantai Dongcheng Pharmaceutical Group Co., Ltd.; Yantai dongcheng north pharmacy co., ltd

Completed by: Yang Zhenqiu, Lv Huizhong, Wang Jianqiang, Shan Yi, Zou Wenhui, Zhang Liyong.

Application of JB2019-3-95 GB 4706. 12- 2006 and IEC 60335-2-21:2009 in the storage electric water heater industry.

Completed by: Qingdao Economic and Technological Development Zone Haier Water Heater Co., Ltd.; Qingdao Haier intelligent technology research and development co., ltd

Completed by: Sun Jingyan, Cao Guanzhong, Wang Shengxian, Wang Binhou, Sun Qiang and Chen Bingquan.

JB2019- 3-96 Typical Hazardous Chemicals Accident Research and Emergency Key Technologies

Completed by: Chemical Registration Center of Emergency Management Department of Qingdao Safety Engineering Research Institute of China Petrochemical Co., Ltd.; Qilu Branch of China Petrochemical Company Limited

Completed by: Yuan Jiwu, Wang Zheng, Wang Chun, Gong Qinyue, Li Lei and Zhao Xiangdi.

Development and application of JB2019- 3 -97 series standard "Stainless steel for EMU"

Completed by CRRC Qingdao Sifang Locomotive & Rolling Stock Co., Ltd.

Completed by: Tian Honglei, Teng Kelei, Zhang Yinhe, Liu Longxi, Ye Jiehe

Development and popularization of JB2019-3-98 series standard "Aluminum and aluminum alloy for EMU"

Completed by CRRC Qingdao Sifang Locomotive & Rolling Stock Co., Ltd.

Completed by: Chen Wenbin, Xu Shidong, Wu Peipei, Han Decheng, Meng Lichun and Li Wenxia.

Application of national standards such as JB2019-3-99 GB/T 21910 test method for relative grip performance of passenger car tires on wet road surface.

Completed by: Shandong Linglong Tire Co., Ltd.

Completed by: Chen Shaomei, Wang Feng, Wei Sheng, Chen Xuemei and Wang Lin.

JB2019- 3-100 Coordinated Deformation Mechanism and Key Technologies of Prevention and Control of Filling and Mining System in Water-rich Mine

Completed by: Qingdao University of Technology; China Shiyou University (East China); China Academy of Water Resources and Hydropower Research; Shandong Iron and Steel Group Mining Co., Ltd.; Laiwu iron and steel group Laiwu mining co., ltd

Completed by: Zhang Liming, Cong Yu, Wang Zaiquan, Zhang Yu, Liu Lipeng and Dong Junling.

Application of JB2019- 3-101 series of national standards for withstand voltage tester in high-end manufacturing and testing fields.

Completed by: Shandong Institute of Metrology; China Institute of Metrology; Qingdao ainuo intelligent instrument co., ltd

Completed by: Wang Xinjun, Zhang Qin, Shao Haiming, Wang Yansong, Chen Zhixiong, Cao Ruiji.

Research and application of JB JB2019- -3-102 key measurement technology of liquid and gaseous resources and energy

Completed by: Shandong Institute of Metrology; Weihai Tiangang Instrument Co., Ltd.

Completed by: Gao Jinsheng, Yao Yiguo, Zhu Jiang, Fu Tao, Cheng Linlin and Ji Jianying.

JB2019- 3- 103 Key Technologies of Quality and Safety Evaluation of High-performance Packaging Materials for Food and Drug and Its Industrial Application

Completed by: Shandong Institute of Product Quality Inspection; Jinan Languang Electromechanical Technology Co., Ltd.; Qilu University of Technology (Shandong Academy of Sciences)

Completed by: Zhou Jiayan, Gao Cuiling, Chen Shuxiang, Jiang Yunzhong, He Xiangke and Chen Xin.

JB2019-3-104 Prevention and control technologies and standards of important pests in cross-border agricultural products

Completed by: Qingdao Customs Technology Center

Completed by: Zhang Chengbiao, Wu Xinghai, Wei Xiaotang, Zhang Jingyi, Ni Xiumei, Wang Yingchao.

JB2019-3-105 Shandong Provincial Public Security * * * * * * *

Completed by: Shandong Provincial Public Security Bureau * * * * *

Yantai * * * * * * * * *

Completed by: omitted

Shandong International Science and Technology Cooperation Award

Peter Tenberge, male, German, professor at Ruhr University in Bochum, Germany, cooperative unit: Sheng Rui Transmission Co., Ltd.

Svetlana Lazaro Lazarova, female, French national, professor of French National Academy of Sciences, cooperative unit: China Shiyou University (East China).

Michael J. Chantler, male, British, professor at Herry Watt University, UK, co-operated by China Ocean University.

　　"In the New Year, we wish to sing aloud, and the balance of happiness will be more and more. All the troubles will be turned into beautiful clouds, and the picture book &hellip will be painted with sunshine and warmth; …”

　　With the cheerful rhythm, the "Win Together in 2020" opening gesture dance challenge launched by the Central Radio and Television General Station in the 2020 Internet Spring Festival Evening (hereinafter referred to as "Internet Night") has been eagerly participated by many netizens, especially young users, since it was launched on January 15th.Hands than v, dancing and blessing, will sweep away the "difficulties" of the past year!

　　After preheating, a "youth carnival" officially struck! At 19: 30 on January 17th, the evening broadcast was synchronized on CCTV Variety Channel, CCTV video client, CCTV multi-terminal and CCTV news client.

　　On the occasion of New Year’s Eve, this year’s online night has carefully prepared a lively and warm-hearted "Youth Carnival" for the majority of young people. The party was co-chaired by Nigmat, Long Yang, Gao Bo and Yu Xiwen.In a young voice, the audience paid tribute to the era of running and the youth of chasing dreams with young friends from all walks of life, and created a carnival that truly belongs to the younger generation.

　　 Talk with the times and struggle for youth

　　Stepping into 2020 means that a new decade has begun. The first batch of "post-00 s" ushered in a beautiful 20-year-old, and the first batch of "post-90 s" entered the threshold of their thirties.Just as they are young, they are also taking over the baton of the times, gradually standing on the center of discourse and expressing their confidence.

　　When we bid farewell to the old and welcome the new, we will drink to the past and the future, and use a "Youth Carnival" to connect the preceding with the following.

　　In the past 2019, too many unforgettable things happened, such as the 70th National Day military parade, which made the whole world see the power of China. For example, the precise poverty alleviation that entered the final battle has written a magnificent epic of "decisive victory"; For example, Chang ‘e IV took the first step of mankind on the back of the moon, the world-famous Beijing Daxing Airport was unveiled, and the 52nd and 53rd global networking stars of Beidou were successfully launched at Xichang Satellite Launch Base & HELIP; …

　　At the party, a group of "the most beautiful strugglers" were invited to the scene: Yang Changfeng, the chief designer of Beidou satellite navigation system engineering, his team with an average age of 31, the national emergency rescue professional team wearing "Flame Blue", and the "Song Rong Xi Shi" and "Poverty Alleviation Secretary" who fought in the front line of poverty alleviation; There is also a 20-year-old cyclist who travels around China, a 25-year-old member of the 5G project, and a 21-year-old winner of the first world Albert Skills Competition & HELIP; …They will warmly share the youth stories behind the miracles of China, pride of chinese and China, and reflect the life attitude and mental outlook of young people in the new era.

　　Youth should be a struggle, and struggle is youth. Riding the song of the theme song "Set out for Dreams", the sonorous melody of the theme song "Up Light" of China’s YOUNG project, and "The Brightest Star in the Night Sky" & HELIP; …All the voices will converge into "I Love You China" which can’t be sung many times, surging into the same passionate symphony and composing the background music of this "Youth Carnival".

　　 Using creativity to "string-burn" the popular colors of youth

　　Every generation of young people has its own unique cultural pop paradigm. Knowing the voice of young people, we catch up with the annual focus, hot spots and tide points, and at the same time listen carefully to the voices of netizens, burning the popular symbols of the past year with creative brain holes, and strive to make every program become the "heart love" of the audience, so that the majority of young users can have a good time and enjoy themselves in this "Youth Carnival".

　　Fox Xia, Henry Lau, Daxun Wei, Fei Qiming, Liu Yuning, Timmy Xu, Jacky, Yisa and other popular star lineups staged the whole party. At the same time, network users such as positive energy short video creators and amateur online celebrity gathered together to bring a variety of programs such as song and dance shows, kung fu shows and talk shows.

　　Xiamen Police Choir, Luzhou Doctor Choir and Beijing Vocational Education Choir will sing professional pride in the form of three songs.The "railway couple" who proposed at the railway station and the archaeological couple who are both "the fourth generation of Liangzhu archaeologists" declared "love you love you" with "2020" and made happy expectations on the spot … …

　　"The Chinese New Year is coming soon, and everyone is shouting ‘ Cctv boys’ Debut in cross talk, is the leader Kang Shuai ready? "In 2019, the collective outing of CCTV anchors became a bright color. Netnight decided to meet the expectations of netizens — — 36-year-old Nigmat, 40-year-old Zhu Guangquan and 50-year-old Kang Hui appeared in the new combination of "CCTV boys" and made a year-end summary of 2019 in the form of talk show.

　　 Connect the common aspirations of young people through interaction

　　As a brisk overture to CCTV Spring Festival Evening on New Year’s Eve, Internet Night not only becomes more "online" in temperament, but also opens up online and offline, runs through small screens and big screens, and promotes a variety of media-integrated products. I hope that in a unique way,Build a communication bridge between network culture and variety show, build a fresh landscape in the new media era, and create a "youth carnival" with great participation.Really let young users join in and get a deeper sense of immersion.

　　The biggest interactive highlight of this web night is the innovative introduction of "digital portrait" big data inventory, which was announced by the witty virtual host "Xiaoyang".Interpret all aspects of China’s Internet life in 2019 through fun, and capture the collective memory and hot spots of China youth. It is worth noting that,The "Digital Portrait of New Year’s New Year’s Wish" with the participation of the whole people presents the 50 hottest new wish keywords in interactive collection.At the same time as the evening broadcast, the audience participated in the network night.#2020 My New Year’s resolution #Discussion on the topic page may make your new year’s resolutions appear on the screen at night.

　　Prior to this, Yuan Longping and Fan Jinshi, the national treasures of the post-90s generation, had sent full blessings to young friends through vlog.

　　Netnight also launched a special interaction of "Bring Home New Year’s Goods". 2020 is the year of decisive victory in building a well-off society in an all-round way and fighting against poverty. Dulongjiang Township poverty alleviation representatives will come to the party with villagers full of new year’s goods. Together with several frontline poverty alleviation representatives, they will recommend the authentic new year’s goods and tastes of their hometown to the national audience on the "New Year Street".

　　This grand "Youth Carnival" depicts a beautiful picture of the times, conveys the high-spirited elegance of young people, and accumulates upward enterprising energy.Let’s meet young people, have a vision and live up to the years!

Cao Jianming: Resolutely support the CPC Central Committee’s major decision on constitutional amendment
Unswervingly Be a Believer, Practitioner and Defender of the Constitution

　　On January 25th, Cao Jianming, Party Secretary and Procurator-General of the Supreme People’s Procuratorate, presided over a party meeting to convey the spirit of studying the Second Plenary Session of the 19th CPC Central Committee and study and implement measures. Cao Jianming emphasized that under the guidance of the Supreme Leader’s Socialism with Chinese characteristics Thought in the new era, the vast number of prosecutors in procuratorial organs throughout the country should thoroughly study and implement the spirit of the 19th National Congress of the Communist Party of China and the Second Plenary Session of the 19th Central Committee, deeply understand and resolutely support the major decision of the CPC Central Committee with the Supreme Leader as the core on constitutional amendment, unswervingly be the defenders of constitutional believers and practitioners, and make new contributions to promoting the comprehensive rule of law and building a socialist country ruled by law in the new era. [detailed]

Cao Jianming: Keep in mind the new mission and strive to open up a new situation in the people’s procuratorate in the new era

　　On January 24th, the National Procurator-General’s Conference was held in Beijing. Cao Jianming, Party Secretary and Procurator-General of the Supreme People’s Procuratorate, stressed at the meeting that the procuratorial organs in China should fully implement the spirit of the 19th National Congress of the Communist Party of China, the Second Plenary Session of the 19th National Congress, the Central Conference on Political and Legal Work and the Central Economic Work Conference, adhere to the guidance of Socialism with Chinese characteristics Thought of the Supreme Leader in the New Era, thoroughly study and implement the important instructions of the General Secretary of the Supreme Leader on political and legal work, and uphold the Party’s absolute leadership over procuratorial work. Adhere to the people-centered development thought, adhere to the general tone of striving for progress while maintaining stability, keep in mind the new mission, strive to open up a new situation in the people’s procuratorial work in the new era, and create a good environment for winning the battle to build a well-off society in an all-round way and win the great victory of Socialism with Chinese characteristics in the new era. [Detail] [Highlights Interpretation: Embrace the new era
Take on a new mission] [Representatives of the National Procurator-General’s Conference discuss the spirit of the important instructions of the Supreme Leader General Secretary on political and legal work]

Zhang Xueqiao: Promoting the in-depth development of procuratorial supervision with wisdom procuratorial affairs

　　On the afternoon of January 18th, Zhang Xueqiao, Deputy Procurator-General of the Supreme People’s Procuratorate, investigated the wisdom procuratorial work in Tai ‘an. He demanded that we should take the Supreme Leader’s Socialism with Chinese characteristics Thought in the New Era as the guide, give full play to the role of smart procuratorial science and technology in strengthening procuratorial work, and realize the deep integration of informationization and procuratorial supervision. [detailed]

Weibo, the highest inspection official, won four awards, including "Weibo, the top ten central institutions in China"

　　On January 23rd, at the "Initial Heart, Mission and New Journey-2018 V-Influence Summit of Government Affairs" jointly sponsored by People’s Daily, Weibo and Sina.com, the Supreme People’s Procuratorate official Weibo won three awards: "Weibo, the top ten central institutions in China", "Weibo, the top ten procuratorate systems in China" and "Top ten cases of government affairs publicity in 2017". On the same day, the Supreme People’s Procuratorate was awarded the Innovation Award of New Era Government Communication by Sina. com. [detailed]

The "Rule of Law Lecture Hall" of the Supreme Inspection Film and Television Center will be launched.

　　On January 22nd, the column "Lecture Hall on the Rule of Law" sponsored by the Supreme People’s Procuratorate Film and Television Center will be officially launched. "Lecture Hall of Rule of Law" invites legal experts and related professionals to analyze and interpret law-related events that are hot topics in society, and to explain newly revised and promulgated laws and judicial interpretations. [detailed]

The Procuratorate of Inner Mongolia Autonomous Region transferred Yan Hongbo’s case of suspected bribery and huge amount of property with unknown source for examination and prosecution according to law.

　　A few days ago, the case of Yan Hongbo (deputy department level), a member of the former party group and deputy director of the Transportation Department of Inner Mongolia Autonomous Region, was suspected of accepting bribes and the crime of huge amount of unidentified property. After investigation by the People’s Procuratorate of Inner Mongolia Autonomous Region, it was transferred to the public prosecution department for review and prosecution. [detailed]

Hubei: "Ten Rules of Hubei Inspection" Supporting the Legal "Umbrella" for Non-public Enterprises

　　On March 9, 2016, the Supreme People’s Procuratorate issued the Opinions on Giving Full Play to the Procuratorial Function to Guarantee and Promote the Healthy Development of the Non-public Economy according to Law. On March 20th of the same year, Hubei Provincial Procuratorate issued ten hard measures to guarantee and promote the healthy development of non-public economy according to law, which was called "Ten Measures for Hubei Inspection" by non-public economic people. Since the promulgation of the "Ten Rules of Hubei Inspection", the procuratorial organs of the whole province have not approved the arrest of 793 people and decided not to prosecute 172 people for the "four types of personnel" such as legal representatives, actual controllers, main management leaders and key positions of non-public enterprises involved in the case after examination. [detailed]

Jiangsu: Liang Jiadi, Procurator-General of 13 Municipal Institutes, said that short-term comments were made.

　　A few days ago, 13 city court procurators from Jiangsu Provincial Procuratorate gathered at Jiangsu Provincial Prosecutor College and held a special retreat. [detailed]

Shandong: Guiding docking mechanism to promote public interest litigation in an all-round way

　　From July to December 2017, the procuratorial organs of Shandong Province closely focused on the core of "public interest", and found 824 clues of public interest litigation cases, handled 620 cases of pre-litigation procedures, and urged administrative organs to correct illegal acts or perform their duties in 548 cases. From the field of cases, ecological environment and resource protection are the most, with 373 cases, accounting for 60%. [detailed]

Gansu: Actively carry out the education and correction of minors involved in crimes.

　　In recent years, the procuratorial organs in Gansu Province have actively carried out the education and correction of minors involved in crimes, adhered to the principle of "two-way protection", promoted the establishment of a "one-stop" evidence collection and protection system for juvenile victims, and always paid attention to the judicial assistance for juvenile victims to help them out of their predicament. [detailed]

Shaanxi: Strengthening the Integration of Public Interest Litigation Handling

　　Recently, the Shaanxi Provincial Procuratorate formulated the Opinions on Strengthening the Integration of Public Interest Litigation, further integrating the resources for handling cases, effectively improving the working ability of public interest litigation, strengthening the handling efforts and improving the quality and efficiency of handling cases. [detailed]

Shaanxi: Strengthening the Integration of Public Interest Litigation Handling

　　Recently, the Shaanxi Provincial Procuratorate formulated the Opinions on Strengthening the Integration of Public Interest Litigation, further integrating the resources for handling cases, effectively improving the working ability of public interest litigation, strengthening the handling efforts and improving the quality and efficiency of handling cases. [detailed]

Hubei: Listen to the debriefing and honesty of the heads of various offices.

　　Recently, the heads of the offices of the Hubei Provincial Procuratorate took the stage in turn to report to the police in the hospital and accept democratic evaluation. Within the specified 6 minutes, each office summarized the work in the past year. [detailed]

Qinghai: A symposium on civil administrative procuratorial work was held.

　　On January 17, Qinghai Provincial Procuratorate held a symposium on civil administrative procuratorial work in this province. The meeting stressed that it is necessary to continue to strengthen the supervision of the judgment results, strengthen the supervision of execution activities and trial activities, and continue to strengthen public interest litigation. [detailed]

Zhejiang: 220 cases of public interest litigation were filed in half a year.

　　The procuratorate of Xiacheng District, Hangzhou, Zhejiang Province initiated the pre-litigation procedure of public interest litigation according to law, issued a procuratorial proposal to the District Health Planning Bureau, and urged the health administrative department to carry out special rectification of medical beauty institutions, and successively investigated and dealt with three illegal medical beauty institutions. This reporter learned from the recent press conference on public interest litigation held by the Zhejiang Provincial Procuratorate. [detailed]

Chongqing: Carry out special training on studying and implementing the spirit of the 19th National Congress.

　　From January 8th to February 2nd, the Chongqing Municipal Procuratorate held a special training course on studying and implementing the spirit of the 19th National Congress of the Communist Party of China at the Chongqing Branch of the National Prosecutor’s College and the Procuratorial Branch of the Party School of Chongqing Municipal Organs. [detailed]

Yunnan: Joint efforts to crack down on crimes endangering food and drug safety

　　Recently, the Investigation and Supervision Department of the Yunnan Provincial Procuratorate, the Inspection Bureau of the Provincial Food and Drug Administration, the Food and Drug Crime Investigation Corps of the Provincial Public Security Department and the Yunnan Pu ‘er Tea Association held a joint anti-counterfeiting conference of Yunnan Pu ‘er tea and a signing ceremony of a memorandum of cooperation in Lijiang City to further deepen the cooperation mechanism for jointly preventing and cracking down on crimes involving Pu ‘er tea and Pu ‘er tea brands. [detailed]

Tianjin: Team building ranks first in the national satisfaction survey.

　　A few days ago, Tianjin Procuratorate won the first place in the "2016 National Provincial Procuratorate Team Construction Satisfaction Survey" conducted by the Supreme Inspection Organization. [detailed]

Guizhou: New media construction achieved good results.

　　On January 18th, the Network Information Office of Guizhou Provincial Party Committee held a new media promotion work meeting in the province, and the meeting announced the 2017 Guizhou new media rankings. Guizhou Provincial Procuratorate WeChat WeChat official account "Guizhou Procuratorate" and the official Weibo "Guizhou Provincial People’s Procuratorate" were respectively awarded the annual top ten most influential government affairs WeChat in Guizhou and the top ten most influential government affairs Weibo in Guizhou. The number of official Weibo fans in the hospital has exceeded 100,000, and WeChat WeChat official account only published 1,956 messages in 2017. [detailed]

Inner Mongolia: Holding a dispatch meeting for public interest litigation.

　　Recently, the Procuratorate of Inner Mongolia Autonomous Region held a public interest litigation work dispatch meeting of procuratorial organs in the whole region through online presentation. The meeting pointed out that procuratorates at all levels in the region should attach great importance to the procuratorial work of the people’s bank of China, especially the public interest litigation work, and comprehensively plan the public interest litigation work in 2018 and beyond. [detailed]

Shanghai: 41 systems to create a business environment ruled by law

　　Shanghai procuratorial organs actively integrate into the overall situation of Shanghai’s economic and social development, based on procuratorial functions, start with innovating working mechanism, improving specialized case handling mechanism and speeding up the training of procuratorial professionals, implement the procuratorial plan of the national strategy of service guarantee, and strive to create an open and fair business environment ruled by law. A few days ago, the city procuratorate informed the media about the situation. [detailed]

　　On March 11th, in the zero-carbon factory in fengcheng city, Jiangxi Province-Faurecia Gele Electronics (Fengcheng) Co., Ltd., the staff rushed to produce automotive electronic products in the production workshop.
　　Photo by Zhou Liang (people’s picture)

　　On March 19th, employees maintained the hydraulic safety valve and mechanical breathing valve at the top of the oil storage tank at Haisi United Station in Shengli Oilfield, Dongying City, Shandong Province, to avoid air pollution caused by methane and other gases. Shengli Oilfield has implemented the special rectification measures for ecological environment protection in the Yellow River basin with high standards, and established a "waste-free oilfield" and a green factory, thus realizing green and clean production in the whole process of oil exploitation, pipeline transportation and storage.
　　Photo by Wang Guozhang (people’s picture)

　　On March 21st, in Hongde Primary School, Qingdao, Shandong Province, the narrator of the sewage treatment plant instructed the students to do experiments to cultivate children’s environmental awareness of saving water and protecting water in love the water.
　　Zhang Yingshe (Xinhua News Agency)

　　On March 15th, researchers conducted a liquid dye synthesis experiment at Zhejiang Modern Textile Technology Innovation Center (Jianhu Laboratory) in Keqiao District, Shaoxing City. In recent years, new green equipment and advanced technology have been introduced to promote the transformation and upgrading of textile printing and dyeing industry to low pollution, high technology and high added value.
　　Xinhua News Agency reporter Weng Yushe

　　Since 2022, the treatment of new pollutants has been written into the work report of our government for three consecutive years.

　　With the deepening of the construction of beautiful China, China’s ecological environment protection work is developing from the treatment of sensory indicators such as "smog" and "black odor" to the treatment of new pollutants with long-term and hidden hazards.

　

　　"Hard bones" that must be chewed.

　　What are new pollutants?

　　At present, the new pollutants widely concerned at home and abroad mainly include persistent organic pollutants, endocrine disruptors and antibiotics controlled by international conventions. The production and use of toxic and harmful chemicals are the main sources of new pollutants.

　　The reason why new pollutants are called "new" is that on the one hand, compared with conventional pollutants such as sulfur dioxide, nitrogen oxides and PM2.5; on the other hand, there are many kinds of new pollutants, and the number of new pollutants that can be identified will continue to increase. At present, there are more than 20 categories of new pollutants of global concern, and each category contains dozens or hundreds of chemicals.

　　Jiang Guibin, an academician of the China Academy of Sciences and dean of the School of Resources and Environment of the University of Chinese Academy of Sciences, believes that "unconscious contact, persistence, and imperceptible harm to human health and environmental systems constitute the common characteristics of new pollutants". With the deepening of understanding and the continuous development of environmental monitoring technology, the types and quantities of new pollutants will continue to change.

　　Literature shows that high levels of environmental endocrine disruptors, antibiotics, microplastics and other new pollutants have been detected in air, water and soil in some areas of China. It is generally believed that new pollutants are gradually becoming a new difficulty that restricts the continuous and in-depth improvement of the environmental quality of the atmosphere, water and soil, and it is also a "hard bone" that ecological environmental protection must tackle after smog and black and smelly water bodies.

　　The treatment of new pollutants is not easy.

　　At present, China is the largest producer and user of chemical products in the world, and also the main supplier of chemical raw materials, with more than 50,000 kinds of chemical substances in production and use. These chemicals are consumed and used in many industries, and some chemicals are closely related to agricultural production, daily necessities, aerospace products and other important fields.

　　Hu Jianxin, a professor at Peking University Institute of Environmental Science and Engineering, wrote that China’s annual production of short-chain chlorinated paraffins can reach millions of tons, and chlorpyrifos (note: a pesticide) involves agricultural production and food security. It is difficult to develop their substitutes, and there may be conflicts in availability, performance, cost, environment and safety, so it is difficult to achieve perfection, which brings great challenges to the treatment of new pollutants in the future.

　　The treatment of new pollutants mainly involves the chemical industry and its downstream industrial chain. In recent years, China’s industrial technology and management level have greatly improved as a whole, but some enterprises are still at the low end of the industrial chain, and their technical level and management ability are uneven. In cities with rapid industrial development and urbanization, improper waste treatment will lead to organochlorine compounds residues, and industrial activities such as mining and smelting will lead to heavy metal emissions and residues. Frequent use of pesticides and fertilizers in some agricultural areas will cause the emission and residue of organophosphorus compounds.

　　The weak foundation of detection is also a difficult problem to be solved urgently. Jiang Guibin found that the key point of new pollutant control is "newness" and the difficulty is "newness". Because it is "new", there are some problems, such as the monitoring method can’t keep up, the pollution base is unclear, the environmental process is unclear, the environmental hazards are not mastered, and the conventional prevention methods don’t work.

　　The unclear toxic mechanism of new pollutants and the lack of efficient purification technology also hinder the treatment process of new pollutants. Jiang Guibin suggested that the establishment of "Science and Technology Special Project for New Pollutant Control" should be accelerated, interdisciplinary integration and high-tech application should be promoted, theoretical and technical systems for prevention and control of new pollutants and risk early warning should be developed, and technical support for new pollutant control should be strengthened.

　　China is also facing the outstanding problem of coexistence of new pollutants and traditional pollutants.

　　There is a clear deployment

　　The CPC Central Committee and the State Council attached great importance to the treatment of new pollutants.

　　In November 2021, the Opinions of the State Council City, the Central Committee of the Communist Party of China on Deepening the Fight against Pollution made clear arrangements for the treatment of new pollutants, requiring the formulation and implementation of an action plan for the treatment of new pollutants. Half a year later, in May 2022, the General Office of the State Council issued the Action Plan for New Pollutant Control (hereinafter referred to as the Action Plan). This plan puts forward requirements for the treatment of new pollutants from the aspects of overall requirements, action measures and safeguard measures.

　　What are the goals for the treatment of new pollutants?

　　According to the Action Plan, by 2025, China will complete the environmental risk screening of chemicals with high concern and high yield (use), complete a batch of environmental risk assessment of chemicals, dynamically release the list of new pollutants to be controlled, and implement environmental risk control measures such as prohibition, restriction and discharge restriction on new pollutants to be controlled. The regulatory system and management mechanism for environmental risk management of toxic and harmful chemicals have been gradually established and improved, and the ability to control new pollutants has been significantly enhanced.

　　How to deal with new pollutants?

　　The Action Plan has made 18 specific arrangements from six aspects: improving laws and regulations, conducting investigation and monitoring, strictly controlling the source, strengthening process control, deepening terminal governance and strengthening capacity building. For example, in terms of improving laws and regulations and establishing a sound new pollutant control system, the Action Plan proposes to improve laws and regulations, establish a sound technical standard system, and establish and improve a new pollutant control management mechanism. It is required to establish an inter-departmental coordination mechanism for new pollutant control led by the ecological environment department, with the participation of development and reform, science and technology, industry and information technology, finance, housing and urban construction, agriculture and rural areas, commerce, health, customs, market supervision, drug supervision and other departments, so as to promote the new pollutant control work as a whole.

　　In terms of investigation, monitoring and assessment of environmental risks of new pollutants, the Action Plan proposes specific measures such as establishing an environmental information investigation system for chemical substances, establishing an environmental investigation and monitoring system for new pollutants, establishing an environmental risk assessment system for chemical substances, and dynamically publishing a list of new pollutants under key control. It is explicitly required to formulate "one product, one policy" control measures for chemicals listed in the priority control chemicals list, antibiotics, microplastics and other key new pollutants, carry out technical feasibility and economic and social impact assessment of the control measures, identify the main environmental emission sources of the priority control chemicals, formulate and revise the emission standards of relevant industries in a timely manner, and dynamically update the list of toxic and harmful air pollutants, the list of toxic and harmful water pollutants and the list of toxic and harmful substances in the soil under key control.

　　The "Action Plan" proposes to carry out pilot projects for the treatment of new pollutants. It is required to focus on petrochemical, coating, textile printing and dyeing, rubber, pesticide, medicine and other industries in the Yangtze River and Yellow River basins and around key drinking water sources, key estuaries, key bays, key mariculture areas, Beijing-Tianjin-Hebei, Yangtze River Delta and Pearl River Delta regions, and select a number of key enterprises and industrial parks to carry out pilot projects for the treatment of new pollutants, thus forming a number of demonstration technologies for the green substitution of toxic and harmful chemicals, the reduction of new pollutants and the treatment of new pollutants in sewage sludge, waste liquid and waste residue. Encourage qualified places to formulate incentive policies, promote enterprises to try first and reduce the generation and discharge of new pollutants.

　　Overall, the Action Plan has designed a "three-step" governance work path. The first step is "screening", which screens out pollutants with high potential environmental risks and puts them into the scope of priority environmental risk assessment; the second step is "evaluation", and for the screened chemicals, the new pollutants with high risks to the environment and health are taken as key control objects; the third step is "control", and comprehensive control measures are implemented for the key control objects determined in the previous two steps.

　　The Action Plan defines several key time nodes for the treatment of new pollutants.

　　For example, in 2022, the first list of new pollutants under key control was released. During the "14 th Five-Year Plan" period, special treatment was carried out for a number of key new pollutants. By the end of 2025, a number of high-toxic and high-risk pesticide varieties will be re-evaluated. Local people’s governments at all levels should strengthen the organization and leadership over the control of new pollutants, and provincial people’s governments are the main bodies to organize the implementation of this action plan. Before the end of 2022, they should organize the formulation of the work plan for the control of new pollutants in their own regions, refine the objectives and tasks, clarify the division of labor among departments, and do a good job in implementation. All relevant departments in the State Council should strengthen the division of labor and cooperation, jointly do a good job in the treatment of new pollutants, and evaluate the implementation of this action plan in 2025.

　　In the year when the Action Plan was published, the work report of the Chinese government proposed to strengthen the management of solid waste and new pollutants, and promote garbage classification, reduction and recycling. The following year, the government work report of our country proposed to strengthen the treatment of solid waste and new pollutants. In this year’s government work report, the relevant statement is to strengthen the treatment of solid waste, new pollutants and plastic pollution.

　　At the beginning of this year, Xinhua News Agency published "Opinions of the Central Committee of the Communist Party of China and the State Council on Promoting the Construction of Beautiful China in an All-round Way", which called for strengthening the control of solid waste and new pollutants. Accelerate the construction of a "waste-free city", continue to promote the action of controlling new pollutants, and promote the realization of "waste-free" and environmental health in urban and rural areas. Strengthen the comprehensive management of solid waste, limit excessive packaging of commodities, and control plastic pollution through the whole chain. We will deepen the comprehensive ban on the entry of "foreign garbage" and strictly guard against the smuggling and disguised import of various forms of solid waste. Strengthen the supervision, utilization and disposal capacity of hazardous wastes, and strengthen the pollution control of tailings ponds with emphasis on the Yangtze River Economic Belt and the Yellow River Basin. Formulate regulations on environmental risk management of toxic and harmful chemicals. By 2027, the proportion of "waste-free cities" will reach 60%, and the intensity of solid waste generation will drop significantly; by 2035, the construction of "waste-free cities" will achieve full coverage, and the eastern provinces will take the lead in building "waste-free cities" in the whole region, and the environmental risks of new pollutants will be effectively controlled.

　　Also this year, many provinces in China mentioned the treatment of "new pollutants" in their government work reports. It is the common goal of many places to promote the construction of a "waste-free city" and strengthen the treatment of new pollutants.

　　Strengthen collaborative governance

　　The characteristics of new pollutants determine that coordinated treatment is needed.

　　The environmental risk of new pollutants is an environmental problem faced by all countries in the world.

　　DDT mentioned in Silent Spring is one of the chemicals with typical new pollutant characteristics. Its harm spans half a century and spreads to every corner of the world, and it is impossible to control it by one country alone. Professor Hu Jianxin pointed out: "The treatment of some new pollutants requires global action. In addition to being persistent, bioaccumulative, carcinogenic and teratogenic, some new pollutants also have the potential of long-distance migration, which can be transported across international boundaries with air, water or migratory species and deposited in areas far from their discharge points, causing worldwide environmental pollution problems. "

　　In terms of new pollutant treatment, China has an inter-departmental coordination mechanism.

　　Report to the 20th CPC National Congress of the Communist Party of China clearly put forward the important task of "developing new pollution control". Shortly after the closing of the 20th National Congress, on November 4th, 2022, the first meeting of the Inter-Ministerial Coordination Group for New Pollutant Control was held in Beijing. The leader of the coordination group is Huang Runqiu, Minister of Ecology and Environment. In addition to the Ministry of Ecology and Environment, the members of the Inter-Ministerial Coordination Group include the National Development and Reform Commission, the Ministry of Science and Technology, the Ministry of Finance, the Ministry of Housing and Urban-Rural Development, the Ministry of Agriculture and Rural Affairs, the Ministry of Commerce, the Health and Wellness Commission, the General Administration of Customs, China Banking and Insurance Regulatory Commission and other departments.

　　On February 2, 2024, the second meeting of the group was held. The meeting pointed out that it is necessary to give full play to the role of the new pollutant control promotion mechanism, strengthen cross-departmental joint actions, increase guidance and assistance to local counterpart departments and enterprises, strengthen supervision and law enforcement, and track down the effectiveness, and systematically promote the key tasks of new pollutant control to make breakthroughs. In addition, it is mentioned that it is necessary to speed up the legislation on the control of new pollutants, promote the implementation of major scientific and technological special projects, plan and lay out a number of major projects, strengthen fiscal, taxation, finance, price and other policy support, and lay a good combination of the rule of law, science and technology and policy.

　　In addition to inter-ministerial coordination, there is also inter-provincial cooperation.

　　For example, Sichuan and Chongqing have jointly promoted the treatment of new pollutants. On March 14th this year, the first joint meeting of new pollutant control in Sichuan and Chongqing was held in Chongqing. The meeting reported the development of new pollutant control work in 2023 and the work plan for 2024 in the two places. The meeting proposed to carry out joint investigation and monitoring of new pollutants in Sichuan and Chongqing, focus on finding out the current situation of new pollutants such as antibiotics and perfluorochemicals, jointly promote the risk assessment of chemical substances in Chengdu and Chongqing, and provide a basis for issuing a supplementary list of key new pollutants in Chengdu and Chongqing.

　　Some provinces are carrying out pilot work.

　　For example, Jiangsu is a pilot province for environmental monitoring of new pollutants. The province monitors pollution points in water sources and air in two pilot industrial development zones. Hubei, Hunan, Jiangxi and other provinces carried out pilot investigation, monitoring and evaluation of new pollutants in key industries. Anhui province has focused on the whole process monitoring and environmental information investigation, conducted law enforcement inspection on the production, processing and use of new chemical substances, and carried out pilot investigations on basic environmental information of chemical substances. Inner Mongolia Autonomous Region has launched a pilot project of investigation and risk assessment of new pollutants in the Yellow River Basin and "one lake and two seas" in the whole region, and carried out non-targeted screening and quantitative monitoring of new pollutants. Shaanxi Province launched a pilot project of compensation for ecological and environmental damage involving new pollutants, which provided guarantee for promoting clean production and green manufacturing.

　　At present, various localities have carried out pilot projects in key industries, key fields, key river basins, process monitoring and result guarantee, forming a multi-level and multi-dimensional pilot network. These pilot projects are part of the work of controlling new pollutants. Some places also focus on improving legal protection, issuing regulations on the prevention and control of soil pollution, and clearly implementing and strengthening the control of new pollutants such as persistent organic pollutants.

　　According to the plan, in 2025, Jiangsu will initially establish a new pollutant environmental investigation and monitoring system, Shandong will initially establish a new pollutant control system, and Liaoning’s new pollutant control capacity will be significantly enhanced …

　　Time is tight and the task is heavy.

On November 15th, at Guangzhou International Auto Show, the 2025 Grand Hyatt Plus was officially launched at a price of 103,800.

In terms of design, Yueye Plus has a five-door design, and the wheelbase of the car body has been extended from 2110mm to 2560 mm. In terms of interior, Baojunyue Plus is equipped with a 10.1-inch suspended central control panel, an 8.8-inch full LCD instrument panel and a three-position multi-function steering wheel, and adopts a gear shifting mechanism.

In terms of design, the current Baojun Yueye Plus adopts the design language of "Square Box+", and the rear of the car body adopts the classic urban zebra headlights and the rear taillights of the track, and continues the family layout of four horizontal and four vertical shapes. At the same time, the trunk door is side-open, and the classic side-open tailgate design is adopted, which provides 12L storage space and can also expand the rear-mounted small table board.

In terms of intelligent driving, it is equipped with Lingmu Intelligent Driving, which is deeply developed by Baojun Automobile and Zhuoyu Technology (formerly DJI Vehicle-mounted). It is the first "end-to-end model" with strong vision and no map in China, and it is the first and only "end-to-end model" with "strong perception, light map and actuarial power".

In terms of power, Baojun Yueye Plus is driven by a front-mounted single motor. The maximum power of the motor is 75 kW, the maximum speed is 150km/h, the full-load ground clearance is 150mm, and the turning radius is only 5.35m m. In terms of battery life, Baojunyue Plus is equipped with a lithium iron phosphate battery pack with a capacity of 41.9 kWh, and the CLTC has a pure battery life of 401km. At the same time, it supports fast charging and maximum external discharge power of 3.3 kW.

At present, online ordering can enjoy the rights and interests worth 40 thousand yuan, which is quite sincere in a 100 thousand yuan car.

The film reviews the life of Robert Oppenheimer, the "father of the atomic bomb" in the United States, and focuses on his experience of commanding and manufacturing the first atomic bombs that can be used in actual combat in human history and his political persecution at the beginning of the Cold War.

Generally speaking, biographical films are based on historical events and the life experience of the protagonist, and adopt a straightforward narrative method. However, Nolan, the director who is known as "the contemporary genius of Hollywood", obviously doesn’t want to fall into such a trap, but chooses the post-modern expression mode of double-line narration and disrupting the timeline. The film is launched from the dual perspectives of Oppenheimer and his political enemy Strauss. In order to distinguish them, the story line of Oppenheimer’s perspective uses color pictures, while Strauss’s perspective uses black and white pictures to show the opposition between the protagonist and the villain in the simplest and most direct way. Combined with the avant-garde film narrative technique, full-film shooting and real-life shooting replace the unique picture texture of computer special effects, which brings a kind of "immersive" feeling to the audience in front of the screen, which not only highlights the absolute control of Nolan, the director of the film, but also shows the highly mature execution of Hollywood film industry.

However, compared with the exquisite aestheticism in form, the shallowness in the ideological core of the film is also obvious — — The whole film tries its best to portray Oppenheimer as a "scientific martyr" who suffers from internal suffering and external slander at the same time, and constantly swings between adhering to his own principles and compromising the environment. After repeated "trials", he finally becomes a god. Such characterization does increase the artistic appeal of the film, but its side effects are also quite obvious, that is, while trying to exaggerate the tragedy of Oppenheimer’s personal experience, it ignores and even deliberately hides the social and historical motivation that really caused his life tragedy.

Although Oppenheimer was born in the United States in history, his family came from the upper class in Europe and received a complete European education since childhood. As an adult, Oppenheimer received higher education in the top universities in Europe and became a famous physicist with international influence at a young age. After returning to the United States, he was hired to teach at the University of California, Berkeley, and founded the Oppenheimer Center for Theoretical Physics named after him. He is a pioneer of quantum mechanics in the United States, and this alone is enough to make him famous in the history of American science. By the first half of the 20th century, with the subversion of the traditional Newtonian mechanical system by the theory of relativity and quantum mechanics, physics, as the cornerstone of the human science building, is facing an unprecedented revolution. Although the center of theoretical science was still in "old Europe" at that time, the United States, located in the New World, was trying to catch up from the field of experimental science by taking advantage of its national strength and technology. In the film, Oppenheimer’s university "neighbor" — — Ernest Lawrence, an experimental physicist and inventor of cyclotron, can be regarded as a concrete representative of this trend. Oppenheimer’s birth experience naturally made him a bridge between the scientific circles of old Europe and the New World. However, it was his strong spiritual temperament of European liberal intellectuals that had a fundamental conflict with the conservative ideology based on Puritan ethics in mainstream American society at that time.This cultural conflict is actually the real source of Oppenheimer’s life tragedy.

The film attributed the conflict between Oppenheimer and Strauss to Strauss’s "eating the belly of a gentleman with the heart of a villain", which was a personal feud between them. But in real history, the conflict between them stems from the opposition of different values. Oppenheimer, based on the tradition of humanism formed in Europe since the Renaissance and the Reformation, believes that people and countries can reach a consensus through communication, without resorting to force. People like Strauss, who struggled all the way from the bottom of society to the upper class, can be said to be a vivid example of the "American Dream", but it is also because of his complicated life experience that it is difficult for him to have absolute trust in others, and his style is introverted and sensitive, and he is conservative in his ideas and believes in the supremacy of strength. Therefore, in Oppenheimer’s view, calling Strauss a "shoe dealer" and pointing out his misunderstanding of the use of isotopes only tells the truth, and the joking tone is just a harmless humor. However, for Strauss, Oppenheimer is using the prestige of his scientific community to try to ruin his hard-won bright future, so his persecution of Oppenheimer is just a kind of legitimate defense. On a deeper level, Strauss is the embodiment of the extremely pragmatic philosophy believed by the young "industrial empire" of the United States — —In order to achieve the goal ("making an atomic bomb"), a scientist with a "stain" can be entrusted with a heavy responsibility, and once he loses the use value, he will be abandoned as a lost piece of clothing immediately, and there is no moral burden.

However, as shown in the film, Oppenheimer’s real pain does not come from external persecution, but from his contradictory mentality after Prometheus. Prometheus in western mythology was originally a member of the Titan God. Out of pity for mankind, he stole the sacred fire from the sacred land to bring warmth to the world and taught all kinds of "magic skills" originally belonging to the gods to mankind. This angered Zeus, the king of the gods, and as a punishment, he imprisoned him on the top of the mountain and let the giant eagle peck at his liver every day. In reality, western scientists are often promoted by the media as the contemporary Prometheus. Some great scientists who are now in the history books did not bother to make their scientific research achievements public before their death, but only as a pastime to meet their own spiritual pleasure needs. With the outbreak of the industrial revolution, the influence of scientific research achievements on technological progress has become more and more obvious, and the social status and social reputation of scientists have been improved. However, with the deepening of scientific research, the former scientific research model of "Frankenstein on an isolated island" is becoming more and more unsustainable. To achieve a major breakthrough in scientific research, scientists must try to use more social resources, and even the power of the whole country. It is impossible to build an atomic bomb only by the intelligence of scientists, without the cooperation of American national will and super national strength. Therefore, if Oppenheimer really thinks that he created the atomic bomb on his own and is condemned by his conscience for the uncontrolled use of the atomic bomb,It can only be said that his understanding of human history and real politics is too naive, and he is a kind of bourgeois-like moaning.

Back to the film itself, Oppenheimer is easily associated with the domestic film "Born Out" with similar themes. Objectively speaking, from the perspective of film technology and artistic expression, Oppenheimer is indeed slightly better. But this comparison is meaningless. Born Out is a main theme film of China, while Oppenheimer is a typical Hollywood commercial blockbuster. The different positioning of the two naturally brings completely different presentation methods. What’s more, when we rise to the ideological level, the two judge each other — — Scientists in Oppenheimer are lonely and don’t understand the world, but they are determined to act as fire thieves and show miracles to the ignorant world, while ordinary people become background boards; In Born Out, the intelligence of intellectuals is closely bound with the will of the country and the wishes of the people. They give up their personal honor and disgrace and devote themselves to the great rejuvenation of the nation. The two reflect the fundamental differences between the founding spirits of contemporary China and the United States.

Today’s world is in a great change that has never happened in a hundred years, and international relations are in an unprecedented great change. In the past, the myth of "science has no borders" and "global scientific community" constructed in the context of western-led globalization narrative is being shattered. On the other hand, mankind has been in the field of basic science for more than half a century, and there has been no revolutionary progress by leaps and bounds like that in the first half of the 20th century. The development dividend brought by scientific development to all mankind is drying up. The fundamental reason is that the drooping fruits on the "tree of science" have been picked up, and to pick the fruits on the high places, we must raise the strength of all mankind and continuously invest human, material and financial resources. To truly realize this, we must truly make the "community of human destiny" become the ideological consensus of all mankind. For artists and science communicators in contemporary China, this is an unshirkable historical responsibility. To achieve this goal, we must first strengthen the "four self-confidences" ideologically, strive for perfection in artistic creation, and try our best to be close to the needs of the overwhelming majority of the people in terms of communication methods. Only by truly treating the people as masters of history, combining scientific theory with people’s social practice, and closely linking the development of science and technology with people’s well-being can science become a torch to illuminate the direction of human progress.(Author: Liu Jian, Associate Professor of Tianjin Art Vocational College and Director of Tianjin Popular Science Writers Association)