Tag Archives: ACS

SERMACS 2012 – Southeastern Regional Meeting of the American Chemical Society

How to do more with less is a consistent theme in today’s chemical development laboratories. Researchers are challenged with how quickly and cost-effectively they can deliver high quality chemical products and the processes used to make them. This in turn has driven a trend in industry to develop and adopt new methods of working, and new techniques to analyze chemical reactions. Continue reading

美国化学学会 (ACS)流动化学资源

我在于Anaheim举办的第241届美国化学学会(ACS)年会与会展之前提到过,会上有用实时流动化学与原位分析实现并优化化学反应的专题讨论。

连续流动反应器这一专题研讨列举了各种化学反应案例,从而显示如何利用连续流动化学技术与原位分析相结合来快速优化化学反应。因为流动化学是当今有机化学领域里最热门的议题之一,并且前二十大制药公司都在不断地向流动技术中进行明显投入,我想让大家知道你们已经可以获得ACS流动化学专题讨论的资料了。

流动反应器技术与原位分析的结合将流动化学提升到一个新的高度。产物、副产物、及活性中间体的生成全都得以跟踪,并且用这种信息作实时的判断和有依据的决定,从而使整个系统的操作条件得到优化。

下面列出的是一些对你可能有帮助的其它关于连续流动化学的信息:

American Chemical Society (ACS) Flow Chemistry Resources

As I mentioned prior to the 241st American Chemical Society (ACS) National Meeting and Exposition in Anaheim, there was an Enabling and Optimizing Chemical Reactions in Real Time Flow Chemistry and In Situ Analysis workshop.  Continue reading

Upcoming Continuous Flow Chemistry Events

Regular visitors to this blog will be familiar with recent continuous flow chemistry events in what I consider to be a very exciting, fast-developing area of chemistry. When I was reading the recent blog post regarding the upcoming Pfizer Flow Technology Expo, I thought about other upcoming flow chemistry events, including: Continue reading

近来ACS杂志里列举原位FTIR使用的化学研究

在2010 年即将过去之际,我将于利用十一月十七日的机会再一次回顾实时原位FTIR在促进学术界化学研究中起的作用。这次网络研讨会是一个系列里的第六部:学术界通过使用实时原位FTIR在有机化学研究上的新进展。在准备此研讨会的过程中,我意识到了原位中红外(in situ mid-IR)的使用是如何地广泛,涉及宽广的化学领域。为了方便起见,我把注意力集中在美国化学学会(ACS)杂志的研究文章上。

从2010年起,美国化学学会(ACS)杂志上发表了28篇列举ReactIR™使用的研究文章 (作为本博客的读者,我设想你们多数都知道ReactIR™ 是一个用中红外光谱专门开发出来进行实时原位分析的专用系统) 。这些文章发表在ACS杂志的Macromolecules, Inorganic Chemistry, JACS, Organometallics, JOC, Organic Letters, 和 Analytical Chemistry。另外, 有两本书的章节里列举了ReactIR™。同时,我注意到三分之一的文章发表在ACS 杂志的Macromolecules 和 Inorganic Chemistry上。

在这即将到来的网络研讨会中,我将通过六篇选出的文章回顾ReactIR™在提供化学洞察力上的作用,从而示范说明原位FTIR 的广泛应用。这些文章出自以下化学研究组:

  • Donald Darensbourg (Texas A&M University)
  • Bernard Rieger (Technical University of Munich, Germany)
  • Ming-Hsi Chiang (Academia Sinica, Tapei, Taiwan)
  • Jason Kingsbury (Boston College)
  • Clark Landis (University of Wisconsin-Madison)
  • David MacMillon (Princeton University)

这六篇文章都发表在2010年里。

我希望你会抽时间参加这一2010年最后的学术界通过使用实时原位FTIR在有机化学研究上的新进展网络研讨会。与通常一样,注册参加者将会得到可重播我的十一月十七日实况演讲的许可。

Recent Chemistry Research from ACS Journals Citing Use of In Situ FTIR

As 2010 comes to a close, I am taking one more opportunity to review the role that real-time in situ FTIR has played in advancing chemical research in academia on November 17. This online seminar is the sixth installment in the series: Recent Advances in Organic Chemistry Research in Academia Through the Use of Real-time In Situ FTIR.  In preparing for this webinar, I have come realize how pervasive the use of in situ mid-IR is across a wide range of chemistry disciplines.  For convenience sake, I focused only on the American Chemical Society (ACS) Journals research articles.

Continue reading

ReactIR Flow Cell: A New Analytical Tool for Continuous Flow Chemical Processing

reactir-flow-cell-oprd
Developments in continuous flow chemistry: an article by Professor Steven Ley of Cambridge University was just published on the OPRD (ACS) website.

Citation:

ReactIR Flow Cell: A New Analytical Tool for Continuous Flow Chemical Processing.
Catherine F. Carter†, Heiko Lange†, Steven V. Ley*†, Ian R. Baxendale†, Brian Wittkamp‡, Jon G. Goode§ and Nigel L. Gaunt§

† Innovative Technology Centre, University of Cambridge.
, ‡ Mettler-Toledo AutoChem, U.S.A.
, § Mettler-Toledo AutoChem, UK.

Org. Process Res. Dev., Article ASAP
DOI: 10.1021/op900305v
Publication Date (Web): February 1, 2010
Copyright © 2010 American Chemical Society