On October 25th, the Ministry of Science and Technology organized experts to inspect and evaluate the research project of 130lm/W semiconductor white light illumination integration technology for the major project of semiconductor lighting project in the new material field of 863 Program. The leaders of the Ministry of Science and Technology who attended the evaluation included Zhang Xinmin, Director of the Materials Division of the Ministry of Science and Technology, Li Baoshan, Director of the Materials Department of the Ministry of Science and Technology, and Tang Qing, Deputy Director of the Materials and Chemicals Division of the High Technology Bureau of the Academy of Sciences, and a major project of the National Semiconductor Lighting Project. Director Wu Ling of the Management Office, Deputy Director of the National Semiconductor Lighting Project Major Project Management Office, and Assistant Director Zibo. Nine experts, scholars and companies from the national semiconductor industry have carefully evaluated the project.
First, Prof. Yang Fuhua gave a report on the progress of the project. Researcher Wang Guohong introduced the project to promote the construction of the project. Li Jinqi, director of the Institute of Semiconductors, answered questions from various experts and scholars. Experts asked questions and on-site inspections, and finally formed expert opinions. The experts at the meeting agreed that the research project of 130lm/W semiconductor white light illumination integration technology has made a series of progress in theory, materials and devices, and some key technologies have made breakthroughs. The developed high-power LED device realizes the luminous efficiency of 80lm/W, which lays a solid foundation for the development of semiconductor lighting frontier technology and has carried out extensive cooperation with the industry, through sapphire pattern substrate and epitaxial technology, new transparent electrode technology, etc. In the application of enterprises, the company's product level and market competitiveness have been improved, and the industrialization of research and development results has been accelerated. It has carried out extensive international cooperation and talent exchange, and signed cooperation agreements with major R&D institutions of semiconductor lighting such as the United States, Japan and South Korea, and carried out substantive cooperation. Established a team of innovative talents. Through the project to promote the construction of the conditions, relying on the semiconductor lighting research and development center of the Chinese Academy of Sciences, the hardware platform construction has taken shape, forming a sound management framework, which has promoted the development of China's semiconductor lighting industry. In order to enhance the platform innovation capability and accelerate the development of core technologies, it is recommended that the Ministry of Science and Technology give further strong support.
On behalf of the Semiconductor Institute, Li Jinxi expressed his gratitude to the Ministry of Science and Technology for supporting the semiconductor lighting research and development platform. He said that he will actively take advantage of the research and development advantages of national scientific research institutions, improve the platform construction, and extensively carry out cooperation with enterprises in production, education and research to enhance the international competitiveness of China's LED industry. The leaders of the semiconductor industry include Assistant Director Chen Hongda, Researcher Wang Liangchen, Chief Engineer Ji An, and Dr. Wang Junxi.
About the 863 Program
The 863 Program is a national high-tech research and development plan that is of strategic importance to the long-term development of the country and is extremely important in the development of China's science and technology industry during the critical period of high-tech development and increasingly fierce international competition. The important position is shouldering the important historical mission of developing high technology and realizing industrialization. According to the spirit of the "High-tech Research and Development Program (863 Program) Outline of the Central Committee of the Communist Party of China, the 863 Program starts from the trend of high-tech development in the world and China's needs and actual possibilities, adheres to limited goals, highlights key guidelines, and selects biotechnology and aerospace. Seven high-tech fields of technology, information technology, laser technology, automation technology, energy technology and new materials are the focus of high-tech research and development in China (in 1996, the field of marine technology was added). Its overall goal is to focus on a small number of elites, aim at the world's frontiers in selected high-tech fields, narrow the gap with developed countries, promote scientific and technological progress in related fields, and create a new generation of high-level technical talents for the future. The conditions for the preparation of high-tech industries have created conditions for China's economy and society to develop at a higher level and national defense security at the end of the 20th century, especially at the beginning of the 21st century. To this end, the country invests hundreds of billions of yuan in capital for the 863 program every year.
The 863 program is mainly led by the government and encourages the participation of enterprises. Among them, state-level scientific research institutions and colleges and universities are the leading force of scientific research, and enterprises must participate in the 863 program through strict screening by the government and relevant departments, and more importantly, the strength and development potential of the enterprise itself, so there is very little A company with strength can be the undertaker of the plan.
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