1. Special chemistry teacher in middle school, 10th national inspector, specially invited inspector of the Ministry of Education, expert enjoying special government allowance of the State Council, representative of the 4th Party Congress in Chongqing, special researcher of the government counselor's office.
2. He has successively won the National Youth Chemistry Award, the first prize of Chongqing teaching achievement and the first prize of national teaching achievement. He has won the honors of national excellent educators, Chongqing excellent party member, Chongqing excellent educators and Chongqing May 1st Labor Medal.
Tian Xiangping,1born in April 1963, was born in Nanchuan, Chongqing. Graduate student, doctor of science, researcher. /kloc-0 joined the work in July, 1983, and/kloc-0 joined the China * * * production party in February, 1985. He is currently the Standing Committee Member and President of the Party Committee of Chongqing Normal University.
Tian Xiangping devoted himself to the research of materials science, especially in the field of light alloy materials and their molding and processing, and won the second prize of national scientific and technological progress 1 item, 3 first prizes at provincial and ministerial levels and 4 second prizes as the first finisher. Published more than 200 SCI papers and authorized more than 30 invention patents. He was awarded the title of national outstanding scientific and technological worker and Chongqing model worker.
Tian Xiangping has made the following outstanding achievements in basic research and application technology development related to solid state forming of light alloy materials:
1. According to the comprehensive requirements of strength, toughness and corrosion resistance of Al-Li alloy, a new method of multiple strengthening and isotropic protection was invented, and a new type of Al-Li alloy material with independent intellectual property rights of medium strength, high toughness, isotropy and excellent corrosion resistance was developed, which filled the blank of a new generation of high-performance light alloy materials for aerospace in China.
2. In view of the toughness and biomedical requirements of magnesium alloys, a variety of new methods for strengthening and toughening magnesium alloys have been invented, and high-strength magnesium alloys, magnesium-based composite materials and biomedical magnesium alloys with independent intellectual property rights have been developed, which have been successfully applied to the manufacture of key components in aerospace, medical devices and other fields in China.