In this study, a thermal model of a space telescope is established in Simulink. An intelligent
autonomous thermal control strategy based on actor-critic reinforcement learning (RL) for …

The Chinese GF-4 satellite remote sensor is the highest spatial resolution among the civil
satellite on the geosynchronous orbit, which carries on a camera with spatial resolution of 50 …

Under the assumption of diffuse surfaces, the amount of radiative heat transfer between two
surfaces can be evaluated by a view factor. In the past, analytical view factor solutions were …

Micron-level accuracy K-band microwave ranging in space relies on the stability of the
payload thermal control on-board; however, large quantities of thermal sensors and heating …

The thermal design of detector in a solar X-ray and extreme ultraviolet imager is performed
according to the specific requirements for the temperature of its optical system. First, the …

CubeSats, a branch of the space industry, has lately received great interest for being an
affordable satellite platform. For proper functioning, they are nowadays practically …

A preliminary thermal design was proposed by determining all the possible combinations of
solar absorptivity and infrared emissivity on the panel surfaces of Earth-pointing satellites …

微纳卫星低成本和方案快速迭代的特点, 对其热控系统提出了简化, 通用, 快速设计等新要求.
文章考察分析微纳卫星在热控系统设计方面所面临的困难和技术挑战, 针对一般性椭圆地球轨道 …

A satellite in orbit is exposed to external radiation from space, including: solar radiation,
reflected light and earth emission. Heat is also generated through its internal components …

Understanding LAPAN-A3 thermal characteristics is the key to improve the next generation
Indonesian micro-satellite thermal design. LAPAN-A1 until LAPAN-A3 use passive thermal …