An edition of Infrared absorption of carbon dioxide at high densities with application to the atmosphere of Venus (1971)

Infrared absorption of carbon dioxide at high densities with application to the atmosphere of Venus.

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Infrared absorption of carbon dioxide at high ...
John Fitzallen Moore
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Last edited by MARC Bot
October 5, 2020 | History
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An edition of Infrared absorption of carbon dioxide at high densities with application to the atmosphere of Venus (1971)

Infrared absorption of carbon dioxide at high densities with application to the atmosphere of Venus.

by

  • 0 Ratings
  • 0 Want to read
  • 1 Currently reading
  • 0 Have read

Several previously undiscovered absorptions of CO2 were found with a high-pressure infrared cell. They are normally forbidden, but induced by collisions at high pressure. When these and the known absorptions were applied to a computer simulation of the Venus atmosphere, gaps in the greenhouse effect were closed, and Venus's high surface temperature was fully explained.

Publish Date
Publisher
Goddard Institute for Space Studies]
Language
English
Pages
130

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Subjects
Atmosphere, Carbon dioxide, Infrared spectra, Spectra
Places
Venus (Planet)

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Cover of: Infrared absorption of carbon dioxide at high densities with application to the atmosphere of Venus.
Infrared absorption of carbon dioxide at high densities with application to the atmosphere of Venus.
1971, Goddard Institute for Space Studies]
in English
  • Not in Library

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Book Details

Published in

[New York

First Sentence

"In infrared spectra, carbon dioxide has probably been the subject of more studies than any other polyatomic molecule."

Table of Contents

I. Introduction Page 1
II. Experimental Equipment Page 3
III. Experimental Procedures Page 24
IV. Experimental Results Page 28
V. Theoretical Interpretation Page 44
VI. Application to the Atmosphere of Venus Page 59
VII. Accuracy and Statistics Page 80
VIII. Conclusions Page 86

Edition Notes

Bibliography: p. 124-129.
Thesis--Columbia University.

Classifications

Dewey Decimal Class
523.4/2
Library of Congress
QB621 .M58

The Physical Object

Pagination
xii, 130 p.
Number of pages
130

ID Numbers

Open Library
OL5329470M
LCCN
72182489

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October 5, 2020 Edited by MARC Bot import existing book
December 14, 2009 Edited by WorkBot link works
August 18, 2009 Edited by 75.57.167.27 Edited without comment.
August 18, 2009 Edited by 75.57.167.27 Edited without comment.
April 1, 2008 Created by an anonymous user Imported from Scriblio MARC record.