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The Mars Thermal Environment and Radiator Characterization (MTERC) Experiment

机译:火星热环境和散热器表征(MTRC)实验

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Radiators will be used on Mars to reject excess heat from various processes and surfaces and will help temper the climate of any future manned habitats.Radiator performance is a function of the radiator size (area),the emissitivity,epsilon,of the radiator surface,the radiator temperature,local environmental conditions,and the effective sky temperature to which it radiates.the effective sky temperature of Mars is not known.Previous estimates have ranged between 80 K to 170 k.Also,it is not known how dust accumulation and other environmental effects act to change the performance of a radiator as a function to time.The MTERC Experiment is designed to gather data to address these unknowns.This paper will describe the operational theory and the configuration of the MTERC experiment hardare and will discuss results of MTERC performance testing.
机译:散热器将用于火星,以抑制来自各种过程和表面的多余热量,并有助于锻炼任何未来的载有造成的气候的气候。平移性能是散热器尺寸(面积),散热器表面的发光性,ε,散热器温度,局部环境条件和其辐射的有效天空温度。不知道火星的有效天空温度。另一种估计值在80 k至170 k.also之间,尚不为人所知的积累和其他方式环境效果以时间为一个函数来改变散热器的性能。MTERC实验旨在收集数据以解决这些未知数。本文将描述操作理论和MTERC实验哈拉的配置,并将讨论MTERC的结果性能测试。

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