晶体学报的老二也是来自马来 (1742 bytes) Posted by: tom Date: December 30, 2009 04:17PM FUN HOONG KUN 他在2009年有215篇发表在晶体学报（E）, 不过在2008年他是老大，有155篇. 伍锡荣在2008年也有148篇. 把所有年份都算上, 老大伍锡荣在晶体学报（E）一共有1017篇， 老二FUN HOONG KUN略逊风骚， 有819篇。奇怪的是, 两人合作的文章只有11篇， 都是在2001-2002其间发表. 另外， 伍锡荣的大多数文章似乎都是挂名的， 以中国来的作者为主， FUN的挂名文章也不少， 其合作者主要来者印度, 马来, 泰国, 土耳其, 伊郎等, 难怪排老二啊, 显然是没有学过市场营销吗 :-） Prof. Fun has published over 1555 Science Citation Index (ISI) papers and is the top and most productive scientist in Malaysia (Period 1955-2002) as reported in Science and Technology Knowledge Productivity in Malaysia, Bibliometric Study 2003? (ISSN1823-1012), a study commissioned by Malaysian Science and Technology Information Center (MASTIC), Ministry of Science , Technology and Innovation (MOSTI), Malaysia. He is also the top and most productive scientist in OIC member states (Period 1995 朖une 2005) as reported in 揝tatus of Scientific Research in OIC Member States? published by COMSTECH Secretariat published by COMSTECH Secretariat on November 2005. In the latest online publication by COMSTECH entitled Leading Scientists and Engineers of OIC Member States, Prof. Fun is listed as the top and foremost Physicist of the OIC Member States. This publication is now available at Prof. Fun's current h-index is 33. Detials of Prof. Fun's Researcher ID can be found at :- URL: Full list of publications can be requested from Prof. H. K. Fun through his email address hkfun@usm.my . 。。。 Edited 3 time(s). Last edit at 2009-12-30, 04:36PM by tom.
http://www.starlakeporch.net/bbs/read.php?1,59514,59514#msg-59514 马来人伍锡荣 (4576 bytes) Posted by: tom Date: December 30, 2009 03:56PM 根据SCIFINDER数据, 2009年在Acta Crystallographica, Section E上面一共有4163篇文章， 排名第一的不是井冈山上的任何人, 也不是黑龙江大学的高山, 而是马来人伍锡荣，他署名的文章有251篇. 此人的网页也富含信息: Professor Dr Ng Seik Weng Phone no: 603-79676778/ Fax:603-79674193 Email: seikweng@um.edu.my Education: 1983 University Of Oklahoma Ph.D. 1978 University of Malaya M.Sc. 1975 National University of Singapore B.Sc. (Hons.) Biodata: I joined the University of Malaya in 1978 and began research on organotin chemicals. I won the Third World Academy of Science Young Scientist Prize in 1990 for work in this field. My contribution to the research revolves around my discovery that the biocidal activity of such chemicals was significantly improved by the introduction of a 'spacer' unit between the organotin portion and the anionic portion of the molecule. I also addressed the problem of the solubility of bioactive chemicals in water: to render them more soluble, I converted them into an anionic form, and used an ammonium cation as counter-ion to balance the charge. The synthesis led to a new class of monomeric and oligomeric polyanionic organotin carboxylates. From anti-fungal chemicals, I extended my research to anti-tumor chemicals, and a similar method was used to confer higher aqueous solubility of the diorganotin class of compounds. In vitro tests of these compounds showed that their anti-tumor activity exceeded that of neoplastic drugs against cancer cell lines. In collaboration with crystallographers from abroad, I began publishing the crystal structures of organotin chemicals. My work in organotin chemistry won me the Malaysia Toray Science Foundation prize in 2000. I have published some work on laser dyes. After 2000, I left the chemical laboratory as well as organotin chemistry behind and turned to crystallography. I concentrated on the publication of crystal structures in collaboration with chemists from China who provided the diffraction measurements. Some of the results are reported in high impact-factor journals. The year that I spent a year in China (April 2003 to March 2004 as foreign professor in Xiamen and Sun Yat-Sen Universities) allowed me to establish extensive collaborative linkages with several universities. During this period, I was appointed as Co-Editor of Acta Crystallographica Section E. Perhaps the most visible acknowledgment of my contribution to crystallography are the awards of honorary professorships by universities there. I am certain that through my publications, a number of Chinese chemists now hold the University of Malaya in high regard. In my opinion, my most valuable contribution to crystallography in China is my manuscript on how to deal with disorder in the analysis of crystal structures. -------------------------------------------------------------------------------- Publications -------------------------------------------------------------------------------- Citations: Fulbright Scholar (1979 1984) Third World Academy of Sciences Young Scientist (1991) Malaysia Toray Science Foundation Prize (2000) Main Group Metal Chemistry, Editorial board membe Applied Organometallic Chemistry, Editorial board member Co-Editor, Acta Crystallographica Section E (from 2003) Honorary professor, Fuyang Normal College (2004) Honorary professor, Xianning College (2005) Honorary professor, Central China Normal University (2005) Honorary professor, Guangxi Normal University(2005） Honorary professor, Harbin Normal University (2006) Honorary professor, Heilongjiang University (2004) Honorary professor, Luoyang Normal University (2005) Honorary professor, Northwest University (2006) Honorary professor, Qingdao University of Science and Technology (2004) Honorary professor, Qufu Normal University (2004) Honorary professor, Shantou University (2004) Honorary professor, Shanxi Normal University (2004) Honorary professor, Wenzhou Normal University (2002) Honorary professor, Yunnan University (2005) Honorary professor, Zhengzhou University (2005)
标签: 井冈山
