China needs to adopt the measure as quickly as possible: Strengthen the intellectual property protection strategies, develop the technologies that possess independent intellectual property, speed up the adoption of international agriculture standard, and accomplishes the strategic transition of agricultural economy.
In solving the problems of locking key technology of automobile industry and upgrading technical competitive power, China's strategic choices are establishing technical frame and standards system of automobile computing platform that possesses independent property intellectual, and promoting technical innovation and industrialization.
Based on summarizing a vast amount of test and research, design and manufacture, operating experience and technical renovation, a technical scheme having self-owned intellectual property right for designing domestic 300MW CFB boilers has been developed.
It is suggested that something like C_8 aromatic hydrocarbon absorption-separation technology having self-owned intellectual property must be developed,especially an absorbent which has simultaneously high selectivity,absorbing-desorbing ability both for ethylbenzene and xylene,to achieve the goal of gaining highly pure ethylbenzene and xylene from C_8 aromatic hydrocarbons,and break down the foreign technological forestallment.
HNPC-A2005, 1-(3-fluoro-4-chlorophenyl)-2-methylthio acetyl ketone oxime-O-(2-methylbiphenyl-3-methyl) ether, is a novel oxime insecticide discovered and developed by Hunan Branch of the National Pesticide R & D South Center.
HNPC-A9908 [O- (3-phenoxybenzyl)- 2-methylmercapto- 1-(4-chlorophenyl) propyl ketone oxime] is a novel insecticide discovered by Hunan Branch of National Pesticide Research and Development South Center.
A DSP processor—MediaDSP16(MD16 for short) is developed by the Department of Information Science and Electronic Engineering in Zhejiang University, which has been successful fabricated under the condition of SMIC 0.18um, running from 0-162Mhz under 1.8V core voltage.
The author of this thesis attended the project supported by National 863 Program and the development of a media SoC namely MediaSoC3221A, which is designed by the SoC R&D Group of Zhejiang University.