The traditional single-phase fluid loop (SFL) and traditioanl thermal control algorithm can
barely control the temperature rapidly. Thermoelectric cooler (TEC) has been proved to be a …

As an important mission of space stations and scientific satellites, space science experiment
usually requires effective temperature control measures. Integrating heating and cooling …

How to cool the accumulator and realize a stable set point temperature at the lowest cost is
the key for the practical spacecraft application of two-phase thermal control system. The …

A proper operating temperature range and an acceptable temperature uniformity are
extremely essential for the efficient and safe operation of the Li-ion battery array, which is an …

This paper presents an advanced miniature heat transport system for thermal control of
small spacecraft. The thermal system consists of a loop heat pipe (LHP) with multiple …

In the present study, the cooling performance of thermoelectric cooling module with different
heat sink configurations has been investigated. In experiments, 0.015 kg/s cold water flow …

Aiming to improve the conventional single-phase mechanically pumped fluid loop applied in
spacecraft thermal control system, a novel actively-pumped loop using distributed thermal …

Next generation spacecraft and satellites are becoming increasingly smaller and more
compact, yet their electronics get even denser and dissipate more heat than ever …

Next generation space infrared sensing instruments and spacecraft will require drastic
improvements in cryocooling technology in terms of performance and ease of integration …

Due to the rapid development of the space industry, ever higher demands are being made
for the optimization and improvement of spacecraft thermal management systems. Thermal …