Transcription of Satellite Thermal Control Engineering - TAK) 2000
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Satellite Thermal Control Engineering - TAK) 2000
SME04, 25jun04, 66 ESTECT hermal & Structure DivisionSatellite Thermal Control Space Agency, Estec, Thermal and Structure DivisionKeplerlaan 1,PO Box 299, 2200AG Noordwijk, The NetherlandsTel +31 715654554, Fax+31715656142prepared for SME 2004"ISSENVISATERSL1 HIPPARCOSECSOLYMPUSARTEMISSPACELABISOULY SSESHUYGENSSOHOGIOTTOCASSINIMSGARIANESME 04, 25jun04, 66 ESTECT hermal & Structure DivisionSatellite Thermal Control Engineering1. heat transfer basics conduction radiation importance of thermo-optical properties2. Satellite energy balance from ground to space simple Satellite Thermal behaviour3. role why Thermal Control required? what is Thermal design? which types of S/C design exist? what to Control the flux/temperaturesWhat you will learn?SME04, 25jun04, 66 ESTECT hermal & Structure DivisionROSETTA* FM in LSS, dec01*without Solar Panels1. Heat Transfer BasicsThermal Control transfer energy , 25jun04, 66 ESTECT hermal & Structure DivisionROSETTA* FM in LSS, dec01*without Solar Satellite Heat Transfer Transfer heat transfer , 25jun04, 66 ESTECT hermal & Structure Satellite Heat Transfer Modes Conduction between any body eventually by contact through an interface Radiation main mode of heat transfer in vacuum/space Convection manned tended satellites (ISS, shuttle, launchers, ) Ablation combination of 3 and chemical reaction (re-entry vehicles)SME04, 25jun04, 66 ESTECT h
SME04, 25jun04, Philippe.Poinas@esa.int 2 of 66 ESTEC Thermal & Structure Division Satellite Thermal Control Engineering 1. heat transfer basics – conduction
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