China Instrument Network Instrument Research and Development On May 23, 2017, the National Key Scientific Research Instrument Development Project led by Bao Weimin, Academician of Xidian University, was held in Xi’an, Shaanxi Province. Start the conference.
Academician Gao Wen, Deputy Director of the National Natural Science Foundation of China, Director Zhang Zhaotian of the Information Center, Deputy Director Li Jianjun of the Information Science Department, and Wang Fangzhan, Deputy Director of the Basic Department of the Science and Technology Department of the Ministry of Education attended the kick-off meeting. Academician Deng Xiaogang, Vice President of the National University of Defense Technology and Academician Fang Jianjian, Vice President of the Beijing University of Aeronautics and Astronautics, and five supervisors, including Professor Liu Jiaqi, Professor Dai Qionghai and Professor Wang Junhong appointed by the Committee, attended the meeting. Academician Zheng Xiaojing, Secretary of the Party Committee and President of Xidian University, Academician Bao Weimin from Xidian University, and Plasma Physics from Xidian University, Zhejiang University, Harbin Institute of Technology, Air Force Engineering University, Beijing Institute of Telemetry Technology, and Chinese Academy of Sciences More than 80 representatives of research institutes, including 6 research institute leaders and research backbones, attended the conference. The meeting was chaired by Li Jianjun, deputy director.
Zheng Xiaojing first extended a warm welcome to the leaders and experts on behalf of the school and expressed sincere gratitude to the Committee of Funds and experts for their continuous concern and support. She pointed out that the national major scientific research instrument development project is an important measure for the National Natural Science Foundation of China to support and promote the original innovation of scientific research. Can be approved in 2016 and the only project approved by the Department of Informatics, the school feels happy and feels great responsibility. This project revolves around the major needs of the national aerospace development, continuing the advantages and foundations of the school's information disciplines, and targeting scientific frontiers based on scientific frontiers, irreplaceable outputs, and high levels of display, in line with the development strategy of Xidian aimed at the country's major needs. Leading and demonstrative significance. She said that the school will provide guarantees on the project management system mechanism and incentive policies to ensure that the project is successfully completed according to high standards.
Academician Gao Wen expressed congratulations on the initiation of the project on behalf of the fund committee and also requested the project. He said that because of the "successful and not allowed to fail" in the development of major scientific instruments, it is very difficult to establish projects and there is a turnaround every year. Therefore, it is not easy for a project to stand out in many projects. He pointed out that due to the strict project requirements and management, the organization of the project will be very hard. From the proposal, to the mid-term project, to the acceptance, the indicators will only increase unabated. The project team needs to plan in advance, actively coordinate, guarantee Progress, the Fund Committee follow the node check.
Wang Fangzhe, on behalf of the Ministry of Education Science and Technology Department, expressed his congratulations to Xidian and Bao Weimin academicians, and expressed sincere gratitude to the Committee of the Committee for their concern and support for universities. He emphasized that the national major scientific research instrument project is one of the projects with the largest volume, the highest funding support, and the most difficult application in all projects of the Committee. The Ministry of Education, as the recommendation department and organization management department of the project, makes two requirements: First, it strengthens the legal person responsibility of the project lead unit and the task unit, speeds up the establishment of the internal control system for scientific research management, and the assistant system for scientific research and financial assistance, giving the project multiple protections and support. The second is to give full play to the role of various types of experts in the supervision and consultation and promptly detect and reflect problems.
Bao Weimin Academician represented the overall unit and made a project report from six aspects: project background, instrument development goals and content, research plan and technical route, project setting and plan arrangement, innovation point and scientific significance, project management and expenditure of funds. Experts at the meeting put forward positive opinions and many valuable suggestions on the research content, program design, interface standards, engineering development, and key technologies for diagnostic measurement.
Zhang Zhaotian and the person in charge of the relevant section of the fund committee separately put forward requirements for the project. He hoped that the project team would effectively assume the responsibilities and obligations imposed by the state, strengthen the management of funds and nodes, define goals and tasks, and work together to ensure that the project is on schedule. Succeeded in project completion and coordinated innovation with other fund projects.
At the subsequent topical argumentation meeting, the participating units reported on the research content, overall plans, key technologies, feasibility plans, and annual plans of the project they were undertaking. They listened to comments from the participating experts and conducted in-depth discussions. Discussions and topics were fully exchanged. Academician Bao Minmin made a concluding speech. He first thanked the experts and research institutes for their great support. He proposed the requirements for “functional closed loop, mechanical closed loop, and electrical closed loop†for the development of the instrument. He hoped that the overall design of a unified interface standard, Each topic will improve its research plan, review it one by one, timely review the opinions and suggestions put forward by experts, and give feedback and absorption. I hope that everyone will remove all difficulties and focus on key technologies to ensure the smooth implementation of the project.
It is reported that Xi’an University of Electronic Science and Technology “proximity space high-speed target plasma electromagnetic scientific experimental research device†is one of the four projects approved by the fund committee in 2016, and has received funding of 75.87 million yuan. The success of the project was approved to achieve zero breakthrough in the major scientific research instrument projects of the West Power. The project will be led by Academician Bao Weimin, the Dean of the School of Space Science and Technology of West China University. He will open up multi-disciplinarity research capabilities in plasma physics, aerodynamics, electromagnetics, control, and information transmission to reveal high-speed target plasma. The new mechanism of interaction with electromagnetic waves, the development of new ways to electromagnetically modulate plasma characteristics, and breaking through the theoretical bottleneck of high-speed target plasma information transmission and target detection. The project is of great significance for solving the “blackout†problem, realizing the full-range observation and control and reliable detection of high-speed vehicles in the near space, promoting the development of the adjacent space, and improving the space exploration capabilities.
(Original title: Xideng takes the lead to undertake the launch of a national major research instrument development project)
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