Progress in and outlook for cryogenic microcooling
HS Cao, HJM Ter Brake - Physical Review Applied, 2020 - APS
Semiconductor-based devices in various fields such as night vision, space exploration,
medical inspection, telecommunication, among others could benefit from operating at …
medical inspection, telecommunication, among others could benefit from operating at …
Energy and exergy performance evaluation of an ejector enhanced Joule-Thomson cycle with binary mixtures
M Yu, Y Liu, J Yu - Thermal Science and Engineering Progress, 2023 - Elsevier
In this paper, a modified ejector enhanced Joule-Thomson cycle (EJTC) with binary mixture
R1150/R600a was proposed for− 80° C low temperature freezer applications. The ejector …
R1150/R600a was proposed for− 80° C low temperature freezer applications. The ejector …
Basics of Joule–Thomson liquefaction and JT cooling
A De Waele - Journal of Low Temperature Physics, 2017 - Springer
This paper describes the basic operation of Joule–Thomson liquefiers and Joule–Thomson
coolers. The discussion is based on the first law of thermodynamics mainly using hT …
coolers. The discussion is based on the first law of thermodynamics mainly using hT …
Transient modeling and influence of operating parameters on thermodynamic performance of miniature Joule–Thomson cryocooler
Abstract The miniature Joule–Thomson (J–T) cryocooler has been widely used in many
applications. Herein, a transient model that considers the real gas properties, the distributed …
applications. Herein, a transient model that considers the real gas properties, the distributed …
Multi-evaporator Joule-Thomson cryogenic refrigeration cycles created by pumping and suction mechanisms
H Rostamzadeh, T Gholizadeh - Applied Thermal Engineering, 2020 - Elsevier
Due to the simple structure and low production cost of Joule-Thomson (JT) refrigeration
cycles, these cryogenic systems have widely been used in many food or medicine …
cycles, these cryogenic systems have widely been used in many food or medicine …
热电制冷技术进展与展望.
曹海山 - Journal of Refrigeration, 2022 - search.ebscohost.com
摘要热电制冷技术是一种通过珀耳贴效应直接利用电能实现制冷的固态制冷技术.
与蒸气压缩式制冷相比, 热电制冷具有尺寸任意缩放, 无振动, 可靠性高和控温精度高等优点 …
与蒸气压缩式制冷相比, 热电制冷具有尺寸任意缩放, 无振动, 可靠性高和控温精度高等优点 …
Characterization of a distributed Joule‐Thomson effect cooler with pillars
H Geng, X Cui, H She, Z Chang - International Journal of …, 2021 - Wiley Online Library
The application of general Joule‐Thomson (J‐T) coolers in the integrated electronic
equipment is limited by its compactness in the heat exchanger and cooling power (a few …
equipment is limited by its compactness in the heat exchanger and cooling power (a few …
[PDF][PDF] 芯片级节流制冷器流动特性数值计算及制冷性能实验研究
童欣， 李家鹏， 邱杰， 夏明， 槐阳， 谢坤圆， 陈俊元 - 红外技术, 2024 - researching.cn
芯片级节流制冷器(简称MMR) 是一种采用微加工工艺制成的新型节流制冷器,
其轴向尺寸大幅短于传统节流制冷器, 能够显著降低与之适配的红外探测器体积. 为研究MMR …
其轴向尺寸大幅短于传统节流制冷器, 能够显著降低与之适配的红外探测器体积. 为研究MMR …
Experimental study and infrared detector application research of micro miniature refrigerators
X Tong, J Qiu, J Li, K Xie, J Chen, Y Huai, S Li… - Cryogenics, 2024 - Elsevier
Abstract The MMR (Micro Miniature Refrigerator) is a novel Joule-Thomson cryocooler
manufactured by micro-machining technologies, its axial length is significantly shorter than …
manufactured by micro-machining technologies, its axial length is significantly shorter than …
[PDF][PDF] 基于MEMS 工艺的微型制冷器
童欣， 陈晓屏， 李家鹏， 夏明， 槐阳， 陈俊元 - 红外技术, 2021 - researching.cn
微机电系统MEMS (micro-electro-mechanical system) 是一种集合了微电子与机械工程技术的
新型高科技装置, 其制造工艺可以进行最小至纳米尺度的加工以及高度集成化的微型制造 …
新型高科技装置, 其制造工艺可以进行最小至纳米尺度的加工以及高度集成化的微型制造 …