Richard L. Miller

Jerry M. Suls

Theoretical and Empirical Perspectives

Social Comparison Processes

Clarence F. Theis

Roger L. Stork

Kenneth G. Ikels

The molecular sieve method of generating an enriched-oxygen breathing gas is one of three candidate on-board oxygen generation (OBOG) systems under joint Navy-Air Force development for application in tactical aircraft. As part of this program, the performance of a nominal 2-man-capacity molecular sieve oxygen generation system (MSOG) was characterized under simulated flight conditions. Data were given on the composition (oxygen, nitrogen, carbon dioxide, and argon) of the MSOG-generated breathing gas as a function of inlet air pressure, altitude, and gas flow rate. The maximum oxygen concentration observed was 95% with the balance argon. Under certain conditions of pressure, altitude, and flow, the argon enrichment factor exceeded that of oxygen giving a maximum argon concentration of 6.4% with the balance oxygen. The performance of the MSOG was discussed in the context of aircraft operating envelopes using both diluter-demand and 100% delivery subsystems.

Breathing Gas Composition as a Function of Flow, Inlet Pressure, and Cabin Altitude

Molecular Sieve Generation of Aviator's Oxygen

John Ernsting

Advanced Oxygen Systems for Aircraft

The Atomic Express

Volume III of the series: The U.S. Atlas of Nuclear Fallout 1951-1962. Comparisons of all United States counties for total fallout from the U.S. Nuclear Test Program 1951-1962. 740 pages. Illustrated.

County Comparisons

Richard Lee Miller

Documents the history of America's nuclear testing program, emphasizing the effects of the radioactive clouds the test blasts produced

The Decades of Nuclear Testing

Under the Cloud

Richard L. Miller

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