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小木虫论坛-学术科研互动平台 » 学术交流区 » 基金申请 » 其他 » 在线等=查询美国国家科学基金CHE-1300371
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nancycnxa

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[求助] 在线等=查询美国国家科学基金CHE-1300371

各位虫虫，求助查询美国国家科学基金CHE-1300371，项目名称、起止时间、金额等，若有摘要更好。
谢谢，在线等消息啊
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1楼 2013-11-16 22:24:25
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xiongergang

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感谢参与，应助指数 +1
nancycnxa(sculhf代发): 金币+3 2013-11-17 17:10:34
NSF Org:        CHE
Division of Chemistry

Initial Amendment Date:        April 22, 2013

Latest Amendment Date:         April 22, 2013

Award Number:        1300371

Award Instrument:        Standard Grant

Program Manager:        Tingyu Li
CHE Division of Chemistry
MPS Directorate for Mathematical & Physical Sciences

Start Date:        June 1, 2013

Expires:        May 31, 2016 (Estimated)

Awarded Amount to Date:         $439,665.00

Investigator(s):         Francois Gabbai gabbai@mail.chem.tamu.edu (Principal Investigator)

Sponsor:         Texas A&M University Main Campus
400 Harvey Mitchell Pkwy South
College Station, TX 77845-4375 (979)862-6777

NSF Program(s):         Chemical Synthesis

Program Reference Code(s):         6878

Program Element Code(s):         6878
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2楼2013-11-17 16:48:38
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xiongergang

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nancycnxa(sculhf代发): 金币+2 2013-11-17 17:10:43
ABSTRACT

With the support of the Chemical Synthesis Program of the Chemistry Division, Professor François Gabbaï of the Chemistry Department at Texas A&M University, will investigate novel Lewis acids based on antimony. The first class of compounds targeted in this project are cationic antimony(V) species (or stibonium ions) to be used in water for the detection of potentially toxic anions including fluoride and cyanide. These stibonium ions will be incorporated in conjugated and emissive frameworks to afford a family of compounds that will respond to the presence of the anions via distinct photophysical changes. The second class will be halogenated, electron-deficient organostiboranes which will be designed to rival, if not exceed, the properties of perfluorinated organoboranes. Unlike their boron analogs, these new organoelement Lewis acids should be resistant to oxidative conditions and will be used to study the complexation of reactive oxidizing anions such as peroxide and hypochlorite. In addition, this award will contribute to the education of a diverse group of undergraduate and graduate students, and allow Professor Gabbaï to maintain his involvement in various services and outreach activities.

From a broader perspective, this project will have an impact on two main areas. The first area deals with the detection of anions such as fluoride and cyanide, which can sometimes be found at toxic levels in drinking water. The second important area that this project will impact concerns the chemistry of high energy molecules that are intermediates in important energy storage reactions. The advances made in this project will be mostly fundamental but may contribute to the health of our society or to the development of new energy storage technologies.
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3楼2013-11-17 16:49:00
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sandy03

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2楼的应答很快啊，是在美国吧。。
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所谓至明,不过至专而已
4楼2013-11-17 16:51:41
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