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Word: oxygenized (lookup in dictionary) (lookup stats)
Dates: during 1930-1939
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Usage:

...Adams wondered whether the lack of oxygen lines in his spectrum was due to interference by light from other gases in the Martian atmosphere...

Author: /time Magazine | Title: Science: Moon Mirror | 1/15/1934 | See Source »

Life does not exist on Mars or any other solar planet except Earth, in the opinion of Dr. Walter Sydney Adams, director of Mt. Wilson Observatory. Mars, most propitious of Earth's neighbors, is not only inhospitably cold and scantily watered, but also almost devoid of oxygen. Some months ago Dr. Adams and Dr. Theodore Dunham Jr. trained spectroscopes on the red planet, computed that it has under 1% as much free oxygen as Earth...

Author: /time Magazine | Title: Science: Moon Mirror | 1/15/1934 | See Source »

Should the reversal in the trend of farm prices be sufficient to stop the western agitation and hold things in balance while the commodity loan idea furnishes the necessary oxygen to keep the farmers of the west breathing easily, there will be more time naturally for the coordination here of the different parts of the government's program that just now are not meshing...

Author: By David Lawrence, | Title: Today in Washington | 11/8/1933 | See Source »

...lines. Astronomers deduced that the corona, though mostly scattered sunlight, was partly self-luminous. What element made it so? Not knowing, they called it "coronium." As recently as last year, in a standard work on eclipses, "coronium" was treated with respect. The Menzel-Boyce report unmasks it as mostly oxygen in bizarre atomic metamorphoses. The normal oxygen atom has eight orbital electrons. Menzel & Boyce proceeded to imagine oxygen atoms in such a state of excitation that electrons could skip freely from one orbit to another. Such excited atoms, according to quantum theory, should have energy levels differing from each other...

Author: /time Magazine | Title: Science: Coronium Out | 11/6/1933 | See Source »

Germany's Dr. H. O. Kneser has suggested that a large part of the absorption in air is due to collisions between oxygen molecules and water vapor molecules. Dr. Knudsen's experiments with air and its two major components, oxygen and nitrogen, weigh heavily in favor of this suggestion. There was no appreciable difference in the decay rates in moist nitrogen and dry nitrogen. But the decay rate in moist air was only one-fifth the rate in moist oxygen, and oxygen is one-fifth...

Author: /time Magazine | Title: Science: Decay of Sound | 11/6/1933 | See Source »

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