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Studies of tropospheric halogen chemistry: Laboratory and field measurements.

机译:对流层卤素化学研究:实验室和现场测量。

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摘要

combined laboratory and field measurement study was carried out to investigate the importance of the role of halogens in the chemistry of the troposphere. Laboratory studies included studies of kinetics of Cl- and Br-atom reactions with atmospherically interesting hydrocarbons at ambient and subambient temperatures in both air and N;A self-consistent set of kinetic data for 30 Cl-atom and Br-atom reactions required to interpret the chemistry of the troposphere, was determined. Moreover, mechanisms of 10 chemical systems were proposed. A simple numerical method was developed to predict the Cl-atom rate constants of normal, iso- and unstrained cycloalkanes. As a result of studies of the Cl + benzene, evidence for an HO-formation channel from the dissociation of CH;Several ozone depletion events and concurrent hydrocarbon decays were observed during PSE 94 and 95. Kinetic analysis of hydrocarbons provided evidence for the occurrence of Cl-atom and Br-atom reaction with hydrocarbons. During a long ozone depletion period (t
机译:进行了实验室和现场测量相结合的研究,以研究卤素在对流层化学中的作用。实验室研究包括在室温和低于环境温度的空气和氮气中,Cl-和Br原子与大气中有趣的碳氢化合物发生动力学反应的动力学研究;需要一组用于解释30个Cl-原子和Br-原子反应的自洽动力学数据确定了对流层的化学性质。此外,提出了10种化学体系的机理。开发了一种简单的数值方法来预测正,异和未应变环烷烃的Cl原子速率常数。作为对Cl +苯的研究的结果,从CH的解离可以找到HO形成通道的证据;在PSE 94和95期间观察到了几次臭氧消耗事件和同时发生的碳氢化合物衰变。对碳氢化合物的动力学分析提供了发生CH 3的证据。 Cl-原子和Br-原子与烃的反应。在长时间的臭氧消耗期间(t

著录项

  • 作者

    Ariya, Parisa A.;

  • 作者单位

    York University (Canada).;

  • 授予单位 York University (Canada).;
  • 学科 Physical chemistry.;Physics Atmospheric Science.
  • 学位 Ph.D.
  • 年度 1996
  • 页码 266 p.
  • 总页数 266
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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