闈掑矝縐戞妧澶у紜曞＋鐢熷甯堜粙緇?鏉庤懗_璺ㄨ€冪綉

瀵煎笀濮撳悕

鏉?钁?/p>

鎬у埆

鐢?/p>

鍑虹敓騫存湀

1965騫?鏈?1鏃?/p>

鑱岀О

鏁欐巿

瀛﹀巻錛堝浣嶏級(jí)

鍗氬＋

鎵€灞為櫌緋?/p>

楂樺垎瀛愮瀛︿笌宸ョ▼瀛﹂櫌 瀹夊叏宸ョ▼緋?/p>

瀵煎笀綾誨埆

紜曞＋鐮旂┒鐢熸寚瀵兼暀甯?/p>

琛屾斂鑱屽姟

銆€

鎷涚敓涓撲笟

鏉愭枡瀛?/a>

浜?004騫村湪緹庡浗鐨勯樋鑲壊澶у灝忕煶鍩庡垎鏍＄殑搴旂敤縐戝緋誨彇寰?a target="_blank">搴旂敤鍖栧鍗氬＋瀛︿綅錛屼簬1998騫翠簲鏈堝湪鍚屼竴鎵€澶у鑾峰彇鍒嗘瀽鍖栧紜曞＋瀛︿綅銆傛潕钁沖湪1988姣曚笟浜?a target="_blank">鍚夋灄澶у錛岃幏寰楁満鍖栧瀛﹀＋瀛︿綅銆俉hen he was doing his PhD work at the University of Arkansas at Little Rock, his research was on the kinetics study of the combustion of hybrid rocket fuel and was to do some instrumental analysis of the combustion products. He now is an expert in the hybrid rocket fuel combustion study. He knows how to build a lab-scale hybrid motor, how to setup the data acquisition system and the computer control system. He knows how to manufacture hybrid rocket fuels. His research project is part of NASA鈥檚 program. He gave a few presentations about his research at the university.

He did some stability study of a novel lignosulfonic acid-doped poly aniline using UV-Visible spectrometer and fluorescence spectrometer. He got a research reward for this work at the school. He did a very good work on the study about the effects of lifetime consumption of diets containing soy protein isolate on expression and glucocorticoid-inducibility of CYP3A and CYP2B enzymes in male rat liver. He built a mercury plasma detector with very good sensibility, which can not only detect mercury metal, but also mercury compounds. He now intends to make a portable mercury plasma detector based on this study.

After he got a MS degree in Analytical Chemistry, I got a QC Chemist position at Ameron International in Little Rock, Arkansas. The instruments he used were FTIR, GC/MS, TGA to study the physical and chemical properties of the polymer protective coatings. Before he went to the US, he worked as a Chemist doing some research on waste water treatment. He is also quite knowledgeable on hazardous waste treatment and disposal.

?闈掑矝縐戞妧澶у