Infrared absorption of carbon dioxide at high densities with application to the atmosphere of Venus. - Info and Reading Options
By John Fitzallen Moore
"Infrared absorption of carbon dioxide at high densities with application to the atmosphere of Venus." was published by Goddard Institute for Space Studies] in 1971 - [New York, it has 130 pages and the language of the book is English.
“Infrared absorption of carbon dioxide at high densities with application to the atmosphere of Venus.” Metadata:
- Title: ➤ Infrared absorption of carbon dioxide at high densities with application to the atmosphere of Venus.
- Author: John Fitzallen Moore
- Language: English
- Number of Pages: 130
- Publisher: ➤ Goddard Institute for Space Studies]
- Publish Date: 1971
- Publish Location: [New York
“Infrared absorption of carbon dioxide at high densities with application to the atmosphere of Venus.” Subjects and Themes:
- Subjects: Atmosphere - Carbon dioxide - Infrared spectra - Spectra - Absorption spectra
- Places: Venus (Planet)
Edition Specifications:
- Pagination: xii, 130 p.
Edition Identifiers:
- The Open Library ID: OL5329470M - OL7157526W
- Online Computer Library Center (OCLC) ID: 329254 - 21463554
- Library of Congress Control Number (LCCN): 72182489
AI-generated Review 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." Table Of Contents:
- 1- Introduction
- 2- Experimental Equipment
- 3- Experimental Procedures
- 4- Experimental Results
- 5- Theoretical Interpretation
- 6- Application to the Atmosphere of Venus
- 7- Accuracy and Statistics
- 8- Conclusions
Snippets and Summary:
In infrared spectra, carbon dioxide has probably been the subject of more studies than any other polyatomic molecule.
"Infrared absorption of carbon dioxide at high densities with application to the atmosphere of Venus." Description:
The Open Library:
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.
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