ChIN简介页:美国化学文摘社CAS宣布2003年最热门文章和期刊 (03-29-2004)
首  页 | ChemDB Portal | 帮  助 | 论  坛 |  关于本站 | 动态网页

 

美国化学文摘社CAS宣布2003年最热门文章和期刊 (03-29-2004)

【URL】 http://www.cas.org/spotlight

【摘要】
     A paper published in the Journal of
Organic Chemistry in 2002 by four researchers from Yale was the
most requested scientific article of 2003, according to the
Science Spotlight free Web service of Chemical Abstracts Service
(CAS).

【新闻主要内容】
     A paper published in the Journal of Organic Chemistry in 2002 by four researchers from Yale was the most requested scientific article of 2003, according to the Science Spotlight free Web service of Chemical Abstracts Service (CAS).

With the click of a button, users of CAS electronic services
enter a Real-Time Document Request(TM) - RDR(TM) - for the
electronic full text of a desired article or patent. Since 2001,
CAS has been tallying RDRs to determine the journal articles and
journals that are most sought by scientists in connection with
their research. Also recognized by CAS Science Spotlight was The
Journal of the American Chemical Society for receiving the
greatest number of RDRs among all serial publications during the
same period.

Those honored for the highest RDR ratings were as follows:

o Dr. John F. Hartwig, Yale University; co-authors (with their
current affiliations) Dr. Quinetta D. Shelby, Chicago State
University; Noriyasu Kataoka, Ajinomoto Co., Inc. and Dr. James
P. Stambuli, Stanford University; for their article, "Air
Stable, Sterically Hindered Ferrocenyl Dialkylphosphines for
Palladium-Catalyzed C-C, C-N, and C-O Bond-Forming
Cross-Couplings," Journal of Organic Chemistry (2002), 67(16)

o Dr. C. Dale Poulter, editor of Journal of Organic Chemistry

o Robert D. Bovenschulte, President, ACS Publications Division,
representing the publisher of the journal receiving the most
RDRs.

The honored article garnered the greatest number of RDRs among
the more than 20,000 received daily through CAS' information
services in 2003. It discusses a highly active, air-stable
palladium catalyst for cross-coupling reactions, useful in a wide
variety of synthetic organic chemistry transformations,
especially in "green" (environmentally friendly) chemistry
applications.

【相关链接】
  美国化学文摘社CAS宣布了2002年通过CAS产品被访问最多的化学论文和期刊(2003-03-25)
  美国耶鲁大学化学系:John F. Hartwig教授的研究组
  热门文章免费 (那些由Elsevier出版、美国化学文摘社CAS统计得出)


Summary by 李晓霞 on 2004-03-30

Last updated by 李晓霞 on 2004-03-30

访问统计 | 软 件 | 论文专著 | 请留言 请在800x600分辨率以上,用IE4.0以上版本浏览
版权所有 © 1998 - 2015 中国科学院过程工程研究所
       高性能计算与化学信息学课题组
       中国·北京·京ICP备05058588