Self-broadening coefficients of chloromethane at low temperature in the ν2 band

Research output: Contribution to conferencePoster

Abstract

The understanding and monitoring of the climate change is of pri-mary importance for the future. In order to get proper predictions,we need very accurate spectroscopic parameters.In this work,we studied the self-broadening of thechloromethane at low temperature. The chloromethane in ourupper atmosphere is responsible, as a chlorine ion source, of theozone depletion [1]. Since the diminution of CFC gases, it hasbecome one of the major source of chlorine. The chloromethaneoriginates from natural sources, such as biomass burnings [2] andtropical forests, and from human activities [3].
Original languageEnglish
Number of pages1
Publication statusPublished - 22 Aug 2017

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chlorine
CFC
biomass burning
human activity
climate change
ion
atmosphere
monitoring
prediction
gas
need
parameter

Cite this

@conference{99359cd6444b448c89c209d138ebd79b,
title = "Self-broadening coefficients of chloromethane at low temperature in the ν2 band",
abstract = "The understanding and monitoring of the climate change is of pri-mary importance for the future. In order to get proper predictions,we need very accurate spectroscopic parameters.In this work,we studied the self-broadening of thechloromethane at low temperature. The chloromethane in ourupper atmosphere is responsible, as a chlorine ion source, of theozone depletion [1]. Since the diminution of CFC gases, it hasbecome one of the major source of chlorine. The chloromethaneoriginates from natural sources, such as biomass burnings [2] andtropical forests, and from human activities [3].",
author = "Sylvain Leonis and Muriel Lepere",
year = "2017",
month = "8",
day = "22",
language = "English",

}

TY - CONF

T1 - Self-broadening coefficients of chloromethane at low temperature in the ν2 band

AU - Leonis, Sylvain

AU - Lepere, Muriel

PY - 2017/8/22

Y1 - 2017/8/22

N2 - The understanding and monitoring of the climate change is of pri-mary importance for the future. In order to get proper predictions,we need very accurate spectroscopic parameters.In this work,we studied the self-broadening of thechloromethane at low temperature. The chloromethane in ourupper atmosphere is responsible, as a chlorine ion source, of theozone depletion [1]. Since the diminution of CFC gases, it hasbecome one of the major source of chlorine. The chloromethaneoriginates from natural sources, such as biomass burnings [2] andtropical forests, and from human activities [3].

AB - The understanding and monitoring of the climate change is of pri-mary importance for the future. In order to get proper predictions,we need very accurate spectroscopic parameters.In this work,we studied the self-broadening of thechloromethane at low temperature. The chloromethane in ourupper atmosphere is responsible, as a chlorine ion source, of theozone depletion [1]. Since the diminution of CFC gases, it hasbecome one of the major source of chlorine. The chloromethaneoriginates from natural sources, such as biomass burnings [2] andtropical forests, and from human activities [3].

M3 - Poster

ER -