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

Due to their low cost, lightweight, antifouling and anticorrosion properties, polymer heat
exchangers (PHXs) are replacing metal heat exchangers in a variety of applications …

Polymeric materials have several favorable properties for heat transfer systems, including
low weight, low manufacturing cost, antifouling, and anticorrosion. Additionally, polymers are …

In this paper, microchannel heat sink cooling device utilizing supersonic gas flow with
isentropic expansion has been designed and analyzed. The objective is to study the …

The performance of a closed-cycle miniature Joule Thomson (JT) cryocooler operating with
zeotropic mixtures is presented in this work. The system can provide refrigeration between …

The vapor-compression cycle for refrigeration near ambient temperature achieves high
efficiency because the isenthalpic expansion of the condensed liquid is a rather efficient …

Lightweight and compact microcoolers are needed for advanced, hand-held infrared
systems. A temperature of 150 K is adequate for high sensitivity with some of the latest IR …

In many of the applications in which electronic devices are cryogenically cooled there is a
large mismatch between the typical sizes of the available coolers and those of the devices to …

We present in this paper the design of an integrated Joule-Thomson (JT) micro cryogenic
cooler (MCC) to support on-chip cooling of infrared detectors that operate at about 150K …

1964 seems just like yesterday to me, yet it was 50 years ago. The Cryogenic Society of
America (CSA) was born that year, and I was just beginning my professional career in …