Semiconductor-based devices in various fields such as night vision, space exploration,
medical inspection, telecommunication, among others could benefit from operating at …

Sorption cryocoolers are of great interest for cooling vibration-sensitive instruments due to
their nature of no vibration. This review presents the basic principle and brief developments …

In certain extreme conditions characterized by ultra-low water vapor content and ultra-low
temperatures (eg cryogenic wind tunnel), trace water vapor frosting can also pose significant …

Abstract Ejectors in Joule–Thomson (JT) cooling cycles can reduce the evaporator pressure
and the compressor power consumption, achieving lower temperatures and higher …

Thermal management is critical in keeping electronic devices operating below their reliable
temperature limits. One promising approach is to use vibration-free micromachined Joule …

Liquid-helium temperature is a widely used working temperature in low-temperature
physics. At present, liquid-helium or low-frequency cryocoolers, including Gifford Mahon …

There is an increasing need for localized cooling in integrated circuit/microfluidic chips,
where cooling is currently achieved by relatively large and bulky cooling systems. Joule …

Widespread frosting typically leads to negative effects. Elucidating the mechanisms and
characteristics of frosting is essential for developing effective frost control technologies …

In this paper, a novel miniature Joule-Thomson (JT) cryocooler was proposed and its steady-
state cooling characteristics were analyzed via CFD numerical simulation. The performance …

Trace water vapor remaining in a large-scale cryogenic wind tunnel may form an extremely
thin frost layer on the scaled model, significantly affecting the aerodynamic characteristics …