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2003, 863 key topic areas of progress in new materials

Promote the move towards industrialization. There are plans for mobile communication base station test site for China to achieve superconducting filter systems used in mobile communications for the necessary conditions. 8 ion beam modified vegetation and vegetation improved ion beam combined with new materials technology has made significant progress in fixing. Through repeated ion implantation, and explore can significantly improve the licorice root, seabuckthorn seedling germination rate and shorten the process of ion implantation species, energy and dose range, the establishment of a parameter library. Initial screening of the licorice plant more drought-resistant material 10. Use of extreme conditions, microbes and plant root symbiosis with the water absorbent material composition of ecosystem models. Experimental results show that the outdoor sand in planting two months without rain and watering the outside world,[link widoczny dla zalogowanych], more than 95% germination rate. Licorice root growth experiment to the ground can be 70cm or less (to run soil). 9 carbon fibers, carbon fibers 00 to basically solve the key technology industry. Guangwei fish with an annual investment in the construction of the CCF 25t 1 strand of a pilot line has been good quality raw silk products; take CCF-3 carbon fiber and precursor technology research system of three Chinese Academy of Sciences and Ministry of Education units, in the 863 special funds and matching funds for their support, have established a high level of equipment and a good research environment, with a condition of continued research and development. Commitment to play their respective units of technology,[link widoczny dla zalogowanych], has developed a strength greater than 4.0GPa carbon fiber technology, are now the core technology around the precursor for further research and development. lO polymer optical fiber and polymer optical fiber link system and link system development success. Photon Science and Technology of China, Jiangsu Institute of Technology, Zhongshan successful joint development of the cable plant can support multiple work 1001 ~ ps polymer optical fiber switches, polymer optical fiber network card, quartz fiber wavelength conversion of a polymer optical fiber and polymer fiber optic repeater polymer optical fiber network equipment, etc., to achieve a polymer optical fiber in the LAN cabling and systems integration. Laboratory researchers are now polymer optical transmission and fiber to the home telephone, television, the Internet's \The technology in defense,[link widoczny dla zalogowanych], industrial, commercial, residential, and many other fields have a wide range of applications. l1 chip components of the key aspects of chip components breakthrough technology, developed high-frequency broadband anti-EMI components, as the world's second country with the product; for the first time developed a voltage regulation function of the chip inductor inductor; developed with independent intellectual property rights, of round covered basket indicators have reached international advanced level within the base metal electrode (BME) anti-sub-micron grain reduction MLCC materials, breaking a new generation of high performance thin layer BMEMLCC miniaturization key technologies. At present, the microwave chip inductors, high bandwidth and high sense of the amount of EMI devices chip inductor products have three types of industrialization, high levels of base metal electrode MLCC model within the production line capacity to 200 million / day, the output value of up to 300 million yuan. 12 successfully developed carbon nanotube transistors and carbon nanotube transistor radio frequency single electron devices. The new nano-electrode preparation, preparation of short cycle, low cost, and fully and the existing very large scale integrated circuit technology is compatible, by the positioning of nanowires and sorting technology, excellent performance prepared carbon nanotube transistors and radio frequency single-electron devices, sensitivity of 1.5x10e / (Hz). Resistance than the international coverage of its three orders of magnitude, the success rate of preparation of the device 6O%, and the preparation of the 6000 ring power devices. l3 based on nano-crystalline biological probes Juan inspection technology is based on immunochromatography nanocrystalline biological probes fall into plastic surface § chromatography immune detection technology breakthrough. Screening hybridoma fusion using recombinant DNA technology and anti-hepatitis B element and antibody screening. 100g monoclonal antibody has an annual production capacity to meet the annual output of 200 million immunization strip requirements. Superparamagnetic properties with a combined magnetic nanocrystals have also been small scale and scale to meet the annual output of 80 million immune strip requirements. In addition, synthesis of novel markers for immune SiOAu small scale metal nanocrystals. 2o03, China's 863 key topic areas of new materials has made significant progress, a large number of key technological breakthrough, achieved important results, which greatly promoted China's development of new materials and the industry of significant economic and social development of 2004,[link widoczny dla zalogowanych], under the guidance of the National 863 Program, China in the field of research and development of new materials will be a higher level,[link widoczny dla zalogowanych], for national economic construction and social progress and make greater contributions to the 10 ∞ Lei, using DNA recombinant technology and p Screening for hepatitis B screening hybridoma antibody fusion. Monoclonal antibody production capacity to meet the annual production of 200 million immunization requirements strips

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