The Stirling cycle machines have many applications as prime mover and cooling purpose. A
review is presented for the development of regenerative Stirling cycle machines in the …

This paper presents a review of the recent development of moving-coil linear compressors
for space Stirling-type pulse tube cryocoolers in National Laboratory for Infrared Physics …

For a hydrogen zero boil-off storage system in space, active cooling technique is one of the
key technologies that requires effective cryocoolers. The precooled Joule-Thomson (JT) …

A novel gas-coupled Stirling-type pulse tube cryocooler (SPTC), coupling with a colder-
stage at the cold head of pre-cooling stage, has been presented, which features extremely …

High-frequency pulse tube refrigerator (HPTR) has significant advantages in terms of
compactness and high reliability, but it is difficult to obtain very low cooling temperatures. To …

A high-frequency coaxial multi-bypass pulse tube refrigerator (MBPTR) was designed,
manufactured, and tested. The cold finger is driven by a linear compressor through a …

The attainment and maintenance of a low temperature environment is essential for
aerospace cryogenic detectors to achieve their required performance. Developing …

Stirling type pulse tube refrigerators (SPTR) have been widely used in many fields because
of their advantages of low vibration, long service life and high reliability. As one of the main …

The development and characterization of new materials is of extreme importance in the
design of cryogenic apparatus. Recently a kind of open cell aluminum foam was used for …

In regenerative cooling systems, the heat transfer characteristics of regenerators employing
stacked wire mesh are critically important. Numerous experimental and numerical …