2017 annual seminar on the development of the hott

The 2017 annual seminar and exchange meeting for the development of major scientific research instruments and equipment was held. On January 5, the 2017 annual seminar and exchange meeting for the development of national major scientific research instruments and equipment special energy chemistry research large experimental device based on tunable infrared laser (felichem), hosted by academician sun Shigang of Xiamen University, the Collaborative Innovation Center for energy and material chemistry, was held in an on January 5, The 2017 annual seminar and exchange meeting of the national major scientific research instrument and equipment development special project "large experimental device for Energy Chemistry Research Based on tunable infrared laser" (felichem), chaired by academician sun Shigang of Xiamen University of energy and material chemistry Collaborative Innovation Center, was successfully held in the National Synchrotron Radiation Laboratory of China University of science and technology in Hefei, Anhui Province

the picture shows a group photo of the participants

president Bao Xinhe of the University of science and technology of China, vice president Zhu Changfei, executive deputy director of the chemical science department of the National Natural Science Foundation of China, deputy director Gao Feixue, director Lei Jinglei of the mobile project, Planning Bureau Zhang Xiaobin, Professor Lin Jinming and deputy director Yang Lingli of the project supervision group of the Ministry of education, academician Chai Zhifang and academician he Duohui of the expert group of the National Science Foundation of China More than 60 people, including 8 experts and project team members including Bao Xin and academician, attended the meeting

Zhu Changfei, vice president of the University of science and technology of China, first welcomed and thanked the leaders and experts of the NSFC for coming to attend the annual summary and exchange meeting of major instrument projects of the NSFC and for their care and support for the project. The large-scale experimental device project for Energy Chemistry Research Based on tunable infrared laser was led by Xiamen University, and the instrument was finally settled in China University of science and technology. It is the crystallization of the collective wisdom of Xiamen University, China University of science and technology, Fudan University, and the Institute of chemistry of the Chinese Academy of Sciences. Thank you for your trust and support. The prospect is very decadent and supportive. China University of science and technology will continue to work hard, as always, to strive for the smooth implementation of the project and achieve practical results

academician sun Shigang, the general director of the project, and Professor Wang Lin, the general manager of the project's infrared free electron laser light source engineering headquarters, respectively reported on the main contents of the project, the overall progress of the project, the financial situation, the current problems and solutions, and the 2018 work plan. Subsequently, all the experts and leaders attending the meeting inspected the instrument placement site and the main body of the infrared free electron laser instrument that has entered the site. The experts expressed satisfaction with the progress of the project. For the project funding gap, personnel training, equipment transfer involving customs supervision of imported equipment in the experimental station, as well as the operation, maintenance and opening management after the completion of the instrument, the experts actively gave advice and suggestions on the problems that may be faced in the next development

academician sun Shigang said that the major project is to develop three kinds of experimental methods of optical detection, photodissociation and optical excitation, and develop a large experimental device for Energy Chemistry Research Based on tunable infrared laser, starting from the scientific frontier research orientation, aiming at the needs of solving the key scientific problems of energy chemistry, combined with the latest achievements in the current free electron laser and other technical fields. The infrared free electron laser light source and five experimental line stations developed by the scientific development of the project are unique and progressiveness, and also face many challenges. It is hoped that all researchers will work together to build a world-class scientific research device. At the same time, for some gradually emerging management problems, the price of each bag should be increased by at least 0.5 yuan. It is suggested that the National Natural Science Foundation of China and experts should take this project as an example to gradually explore the need to make special samples and establish a long-term mechanism for the R & D, operation and maintenance of large-scale experimental equipment

Bao Xinhe, President of the University of science and technology of China, pointed out that whether the development of experimental devices can reach the world-class level, we should take the ability to solve scientific problems as the most important indicator. It is suggested to establish a user committee and plan out scientific problems first by holding domestic and international seminars. In addition, Bao Xinhe suggested that the Ministry of education and the Foundation Commission consider integrating the existing, under construction and planned large-scale instruments and devices on the basis of the co creation center, so as to facilitate overall management and sustainable development. Bao Xinhe said that we must do everything possible to build first-class instruments and devices, and the University of science and technology of China will, as always, be duty bound to support it

Chen Yongjun, executive deputy director of the chemical science department of the NSFC, thanked all members of the project team for their dedication and the University of science and technology of China for its support for the development of major instruments. The NSFC will continue to pay attention to the innovation and R & D of scientific instruments, support the cultivation and cultivation of talents, and hope that more young scientific research talents will be involved in the innovation and R & D of scientific instruments. The NSFC has provided them with a better platform to pay attention to this issue from the macro perspective of the future development of China's science and technology. At the same time, the NSFC will continue to work with the project team to jointly solve various challenges in the development of large-scale experimental devices