温差电技术
发布时间：2019-03-16 08:29
【摘要】：正热能的收集离不开温差电技术的支撑。如在探月工程中,为了保证嫦娥探月器和月球轨道车,在1个月夜(相当于14个地球日),月表温度达180℃的长时间、极低温度条件下,让所有仪器都能正常工作,温差电技术是解决能源问题的唯一方法。《温差电技术》一书对温差电技术的历史、现状与未来给予了全面的阐述。既描述了温差电技术的基本理论,也涵盖了从材料、单体,到发电器和致冷器
[Abstract]:The collection of positive heat energy can not be separated from the support of thermoelectric technology. For example, during the lunar exploration project, in order to ensure that the Chang'e lunar probe and the lunar orbital vehicle, in one month's night (equivalent to 14 Earth days), the moon surface temperature reached 180 鈩，
本文编号：2441100
[Abstract]:The collection of positive heat energy can not be separated from the support of thermoelectric technology. For example, during the lunar exploration project, in order to ensure that the Chang'e lunar probe and the lunar orbital vehicle, in one month's night (equivalent to 14 Earth days), the moon surface temperature reached 180 鈩，
本文编号：2441100
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