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30 NOV 2004. |
5th International Conference on
Chemical Kinetics
16 - 20 July 2001
National Institute of Standards and
Technology
Gaithersburg, MD 20899 USA
Plenary Speakers
- Prof. William Green, Jr. (MIT) -- "Towards Predictive Kinetics
for Technologically Important Processes"
- Dr. Larry Harding (Argonne Nat'l Lab.) --"Radical-Radical
Recombination Reactions"
- Prof. Horst Hippler (U. Karlsruhe) -- "Rotational Channel Switching in Unimolecular
Decomposition Reactions: Experiments and Theory"
- Dr Charles Kolb (Aerodyne Research) -- Special Banquet Speaker -- "Is
the Future Rate Limited?"
- Dr. Jim Miller (Sandia Lab.) "Stochastic Models for High
Temperature Combustion Reactions"
- Prof. Michel J. Rossi (EPFL, Lausanne, Switzerland) -- "The
Chemical Kinetics of Heterogeneous Reactions in Atmospheric Chemistry"
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About This Conference
This conference series, inaugurated in 1978, brings together scientists from
diverse disciplines to discuss matters of common interest in gaseous, condensed, and
heterogeneous chemical kinetics. Chemical kinetics is a fundamental
tool for the understanding and control of complex chemical processes, both directly by
providing rate data on the elementary reactions involved, and indirectly by an improved
understanding of the reactivity patterns and the thermodynamics of reactive intermediates.
Many reaction types and intermediates are of key importance in a number of different areas
and under widely different conditions. Often, investigators in one field are unaware of
studies carried out in another field which may provide useful insights. This is
particularly true if different physical phases are involved. |
Topics
The Conference will feature nine oral sessions and three poster
sessions. The single-session oral presentations will consist of invited lectures and a
limited number of contributed lectures.
Subject areas of interest include:
- the rates and mechanisms of gas, liquid, and
heterogeneous reactions involving free radicals and molecules.
- the properties of free radicals, ions, and electronically excited
species including:
- thermochemistry.
- reactivity patterns.
- the applications of theory to kinetics:
- tunneling corrections
- predictions of reaction mechanisms
- development of estimation schemes.
Specific areas of applications
include:
- combustion
- semiconductor processing
- atmospheric chemistry
- advanced oxidation
- plasma chemistry
- chemical vapor deposition
- free radical processes in physiological systems
- and many others.
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