Comparison of electrically driven lasers for space power transmission
R. J. De Young, United States. National Aeronautics and Space Administration. Scientific and Technical Information Division
National Aeronautics and Space Administration, Scientific and Technical Information Division, 1988 - Technology & Engineering - 17 pages
6 pages matching power conditioning in this book
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1-MW laser beam 1-MW laser output Active volume blower carbon dioxide Chemical Lasers CO2 laser system cooling copper loss copper vapor laser dc power diode laser array electric efficiency electrical lasers electrical power Electrically Driven Lasers electrically pumped laser Electron-beam electronics emit heat pipe High-power lasers intrinsic efficiency KrF laser Langley Research Center large solar photovoltaic lasant flow lasant gas laser cavity laser diode array laser power transmission laser propulsion Laser System Technical laser was scaled laser wavelength low system efficiency low voltage MW average power MW Figure MW of laser MW of solar NASA operate percent efficiency phase match power conditioner power conditioning primary power source provide power pulse pumped laser systems radiator area radiator temperature scalable shown in figure solar array solar cell solar photo solar photovoltaic array solar power solar-pumped laser space radiator technical challenge Technical Issues Advantages thermal radiator transmission optics voltaic array waste heat