Jiangsu colleges and universities borrowing technology Dongfeng "Enter the earth"

On July 19, the Ministry of Education held a "Ten Years of Education" and "1+1" series of conferences in Beijing. As the only branch venue in Jiangsu, it introduced the development results of the ten years of scientific and technological innovation in colleges and universities. The reporter learned that since the 18th National Congress of the Communist Party of China, Jiangsu University has continuously strengthened the construction of the innovation platform system, vigorously cultivated innovative talents, accelerated the gathering of innovative resources to serve economic and social development, and made new breakthroughs in the transformation and transformation of scientific and technological achievements. After the press conference, the reporter also went to Nanjing University, Nanjing University of Technology and Zijin Mountain Laboratory to learn about the scientific and technological achievements of these three universities.

Ten years of achievement:

Jiangsu's scientific and technological innovation ability has significantly improved

Xu Zimin, deputy secretary of the Education Working Committee of the Jiangsu Provincial Party Committee, introduced that in the past ten years, Jiangsu has achieved remarkable results in the construction of high -level innovative talents and improvement in scientific and technological innovation. As of the end of 2021, Jiangsu University's total scientific and technological human resources reached 92,000, an increase of 31,000 and 50.8%over 2012; 79 academicians in the two houses, more than 1,800 national high -level talents, and 10 high -level talents accounted for 10 national universities across the country. %, A large number of outstanding young scientists and high -level teams have become the main force of scientific and technological innovation.

At present, Jiangsu University has more than 7,000 various scientific research bases (platforms), including 69 key laboratories (engineering laboratories, engineering centers); 20 National University Science and Technology Parks, an increase of nearly 2 years ago, an increase of 2 years ago Note. In the past ten years, Jiangsu University's scientific and technological funds have invested rapidly, with a total of 188 billion yuan in science and technology funds, of which enterprises and institutions commissioned science and technology funds of 73.2 billion yuan, an average annual growth of 10%.

In the past ten years, Jiangsu has taken the initiative to connect with national strategic needs and regional economic and social development needs, and provides scientific and technological support. Jiangsu promoted colleges and universities in energy science, ecological sciences, environmental sciences, and exploration and research on deep -sea, deep space, and polar directions, laying a relatively solid scientific foundation for improving people's livelihood and solving major bottlenecks of sustainable development. For example, the CMOS phase control arrays chip developed by Southeast University has been applied to large -scale applications in vehicle, carrier and drone broadband satellite mobile communication and millimeter wave 5G fields. In addition, behind the major projects such as "Zhu Rong" exploration of fire, "羲” "," Dragon Dragon "to explore the sea," Tianhe "travelers such as Xingchen, Jiangsu colleges and universities have contributed.

"God" -

The goddess "” "is side by side with the sun shoulder

On October 14, 2021, the "Hehe" rose smoothly and opened the prelude to the exploration of the space in my country. "After the" Xunhe "was launched, it was the first time in the space to obtain the fine structure and spectrum imaging of the sun, SI i spectrum, and Fe i spectrum, and the information of dozens of solar spots in the space Fang Cheng, a general consultant of the academician, "Xihe" science, and a professor at the School of Astronomical and Space Sciences of Nanjing University.

The reporter learned that the "Xunhe" satellite was approved by the National Aerospace Bureau and was jointly developed by Nanjing University, Shanghai Aerospace Technology Research Institute and other units. Among them, Nanjing University is a responsible unit of satellite engineering science and application systems, and has completed satellite scientific data calibration, research and release.

"We have also started planning the three -dimensional detection of the sun, looking at the sun from different perspectives. For example, start the pre -research of 'Xiehe No. 2' ', prepare for 5 years, and transfers it to Lagram's day point. L5, the solar is equivalent to the gravity of the earth, and the satellite can observe the sun from the side. In addition, the domestic solar physics community also intends to launch the 'Xiehe No. 3' in less than 5 years to observe the Northern Polar of the Sun "Fang Cheng said.

Earlier this year, the Zijin Mountain Laboratory released the achievement of 6G core technology innovation results. Its huge spectrum resources can support the 1Tbps communication rate, which is 10 to 100 times higher than 5G, breaking the highest record of real -time transmission in the world, which can meet the holographic and "Yuan Universe "New application requirements such as communication. "The goal of 6G is to increase the transmission rate significantly, explore the transmission system of the new generation, especially the 6G mobile center system, in a higher frequency band." Director of the key laboratory, You Xiaohu, deputy director of the Purple Gold Mountain Laboratory of Internet Communications and Security, told reporters that the road of 6G is very long and the work that needs to be completed is extremely challenging. Task, strive to achieve more scientific research results.

You Xiaohu said that the results have a wide range of application prospects, which can be integrated with the existing fiber network, forming 100-1000Gbps outdoor indoor ultra-high-speed wireless access, and can also be equipped with satellite, drone, airship and other platforms. The galaxy high -speed wireless communication scenarios with a heaven and earth and a thousand kilometers or more can be achieved in an empty heaven and sea integrated communication.

"Enter the ground" -

Solve the problem of pollution of chemical enterprises

There are many types of products in the fine chemical industry, long process process, and precise production technology. Production companies often show an extensive development model of "first product dispersal production, centralized pollution centralized governance" or "heavy product production, light pollution control". The "Three Waste 'Governance and Chemical Production Coupling Key Technology" developed by Professor Qiao Xu, the School of Chemical Engineering, Nanjing University of Technology, effectively solved this problem, and achieved the production of chemical and related industries through three innovations. The source is green, process reduction, and precise governance, and won the first prize of science and technology in Jiangsu Province in 2021.

"Our team developed the" three wastes' integration of aerobic cracking integrated purification technology. Specifically, it is to use the coupling reaction mechanism of macromolecular organic matter cracking and gaseous organic small molecule deep oxidation to achieve the control system through the regulation of the heat transfer process of the aerobic fracture. Self -heating balance. "Qiao Xu explained that the large molecules were cracked under the action of oxygen to generate small molecules, and small molecules were deeply oxidized to carbon dioxide and water, and the wastewater, exhaust gas, and waste residue were discharged. In terms of talent training, Nanjing University of Technology also explores, innovates, and practices a paradigm for engineering students: with the goal of cultivating innovative engineers and science and technology entrepreneurs with "original heart, ingenuity, and heart", focusing on focusing on knowledge capabilities, focusing on knowledge capabilities On the basis of enhancing panoramic vocational ideal education, increasing the participation experience of the entire factor industry, and closely combining the three shares of "scientific research chain -industrial chain -teaching chain" to form a "three spiral" integration engineering talent training system for science and industry. "Specifically, it is to invite famous teachers and alumni to the classroom, embed the scientific research results and real industries into teaching, and extend the course from the classroom to the factory and workshop to solve the problem of engineering practice." Qiao Xu said.

(Reporter Yin Dandan)

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