Titlebook: Weightlessness—Physical Phenomena and Biological Effects; Proceedings of the S Elliot T. Benedikt Conference proceedings 1961 Springer Scie

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Liquid Behavior Investigations under Zero and Low Gravity Conditionsyears. Initially these efforts centered about means for increasing maximum boiling heat-transfer rates, particularly with respect to water. However, as interest in space missions increased, many of these efforts were redirected toward the heat-transfer and liquid behavior conditions anticipated unde

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An Experimental Study of the Transition from Nucleate to Film Boiling under Zero Gravity Conditions in the low-gravity field. Liquid behavior and heat transfer studies are of special interest and some studies have already been performed,. but all experimental investigations are of qualitative nature. The purpose of this study is to initiate a quantitative experiment and to demonstrate the sensiti

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An Experimental Study of the Transition from Nucleate to Film Boiling under Zero Gravity Conditions in the low-gravity field. Liquid behavior and heat transfer studies are of special interest and some studies have already been performed,. but all experimental investigations are of qualitative nature. The purpose of this study is to initiate a quantitative experiment and to demonstrate the sensiti

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Orbital Force Field Boiling and Condensing Experimentof space. Capability for establishing useful scientific, commercial, and military satellites and for exploring the solar system will depend upon power for communication, control, guidance and propulsion of the satellite and space vehicles. To satisfy the power requirements of large space vehicles, i

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Zero Gravity Simulationhe zero gravity condition is obtained by flying specially equipped aircraft in a precision maneuver (Kep-lerian trajectory) during which time the effects of nearly complete weightlessness are felt by the occupants of the plane. In fighter* type aircraft, the period of weightlessness may extend to 40

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