Problems of Flight by Jet Propulsion: Interplanetary Flights (Problema Poleta Pri Pomoshchi Reaktivnykh Apparatov. Mezhplanetnye Polety)Israel Program for Scientific Translations; [available from the Office of Technical Services, U. S. Department of Commerce, Washington], 1964 - 390 sivua |
Sisältö
Influence of Composition Density Pressure | 2 |
Review of Methods for Attaining Great Heights and High | 68 |
DirectAction Jet Engines with Constant Flow Velocity | 79 |
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Yleiset termit ja lausekkeet
acceleration additional velocity airplane alloys altitude aluminum amount of heat angle aphelion approximately assume atmospheric air C₂ cal/kg calculation calorific value centrifugal force coefficient combustion chamber combustion products compression constant consumption cooling corresponding curve determine diagram diameter distance Earth Earth's atmosphere Editor's note ellipse enthalpy equal equation evaporation exhaust velocity Figure flight trajectory formula friction gaseous gases gasoline GIRD-X given heat transfer hydrogen increase initial weight injector interplanetary flight interplanetary space interplanetary travel jet engine kg/cm² kinetic energy km/sec light pressure liquid fuel liquid oxygen magnesium Mars maximum melting metallic fuel meteors mirror nozzle obtain orbit oxide perihelion planet possible problem propellant quantities r₁ r₂ radius ratio rocket engine sin² solar solid particles spaceship Substituting T₁ take-off tank theoretical thrust tion Tsander V₁ V₂ w₂ walls wings