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Symposium: 2010 Free Radical Chemistry in the Environment, December 15 - 20, 2010, Honolulu, Hawaii

研讨会：2010 年环境中的自由基化学，2010 年 12 月 15 日至 20 日，夏威夷檀香山

基本信息

批准号：
1069312
负责人：
William Cooper
金额：
$ 1万
依托单位：
University of California-Irvine
依托单位国家：
美国
项目类别：
Standard Grant
财政年份：
2011
资助国家：
美国
起止时间：
2011-02-15 至 2012-07-31
项目状态：
已结题

来源：
https://www.nsf.gov/awardsearch/showAward?AWD_ID=1069312&HistoricalAwards=false
关键词：
Symposium 2010 Free Radical Chemistry

项目摘要

AbstractProposal Title: Symposium: 2010 Free Radical Chemistry in the EnvironmentPrincipal Investigator: William CooperInstitution: University of California - IrvineProposal No: CBET-1069312This proposal seeks support for a symposium entitled ?Free Radical Chemistry in the Environment.? This is the fourth in a series of symposium that have been held at the larger conference entitled ?Chemical Congress of the Pacific Rim.? The other symposia were held in 1995, 2000 and 2005. The overall conference in 2005 was the largest chemical congress ever held with over 8,000 papers presented in one week. This Symposium attracted over 120 presentations. The 2010 Congress will likely be even bigger than the one in 2005. The objective of this Symposium is to bring scientists and engineers, working in the area of free radicals, together to create an opportunity to learn from each other the newest ideas and concepts in free radical chemistry and engineering. Fundamental free radical chemistry is used in a variety of disciplines and engineering benefits from those studies in the development and deployment of new ?green technologies? for solving problems of national interest. One good example is developing a thorough understanding of pharmaceuticals in natural waters, treatment and environmental fate. The fundamentals of the free radical chemistry, including environmental photochemistry of natural waters, as applied to advanced oxidation processes, engineered treatment using photochemistry (UV light at 254 nm) and the environmental fate of compounds in natural waters. To achieve this objective the organizers have put together a Symposium ?2010 Free Radical Chemistry in the Environment? that consists of six oral and one poster sessions with an expected number of presentation exceeding 100. The oral sessions are:1. Free Radicals in Advanced Oxidation Processes and Engineered Systems2. Free Radicals in Aquatic Photochemistry and Fate Transport in Systems3. Computational Free Radical Chemistry4. Atmospheric Free Radical Chemistry5. Environmental Free Radical Chemistry6. Free Radicals and Nano Particles in Aqueous SystemsA Poster Session ?Free Radical Chemistry in the Environment? will be used to include a diverse group of presentations in the thematic area.Environmental issues will increasingly be solved with interdisciplinary scientists and engineers and social scientists. The focus of this conference, the fourth in the series (1995, 2000, and 2005) is interdisciplinary topics of concern at the forefront of environmental engineering science. There will be adequate time to discuss ideas between the participants both during the oral sessions and at the poster sessions. Priority support will be given to faculty early in their careers, and Undergraduate and graduate students. In particular priority support will be for those participants that fall into ?underrepresented? groups as defined by the National Science Foundation.

摘要提案标题：专题讨论会：2010年环境中的自由基化学首席研究员：威廉库珀机构：加州大学欧文分校提案号：CBET-1069312该提案寻求支持的专题讨论会题为？环境中的自由基化学这是第四次在一系列专题讨论会，已在较大的会议举行，题为？环太平洋化学大会其他专题讨论会分别于1995年、2000年和2005年举行。2005年的会议是有史以来最大的化学大会，一周内提交了8,000多篇论文。这次研讨会吸引了120多个专题介绍。2010年的国会可能比2005年的国会更大。本次研讨会的目标是将自由基领域的科学家和工程师聚集在一起，创造一个相互学习自由基化学和工程领域最新思想和概念的机会。基本自由基化学用于各种学科和工程效益，从这些研究中的发展和部署新的？绿色技术？来解决国家利益问题。一个很好的例子是对自然沃茨中的药物、治疗和环境命运有了透彻的了解。自由基化学的基本原理，包括天然沃茨的环境光化学，应用于高级氧化过程，利用光化学（254 nm的紫外光）进行工程处理，以及天然沃茨中化合物的环境命运。为了实现这一目标，组织者举办了一个研讨会？2010年《环境中的自由基化学》这包括六次口头会议和一次海报会议，预计发言次数超过100次。口头会议是：1。高级氧化过程和工程系统中的自由基2。自由基在水生光化学和命运运输系统3。计算自由基化学4.大气自由基化学5.环境自由基化学6.自由基和纳米粒子在水系统中的海报会议？环境中的自由基化学环境问题将越来越多地由跨学科的科学家、工程师和社会科学家来解决。这次会议的重点，在系列（1995年，2000年和2005年）的第四次是在环境工程科学的前沿关注的跨学科课题。在口头会议和海报会议期间，与会者将有足够的时间讨论想法。优先支持将给予教师在他们的职业生涯早期，本科生和研究生。特别是，将优先支持那些属于？代表性不足？由国家科学基金会定义的团体。