Speaker
Dr
Taihe Huang
(Technical Institute of Physics and Chemistry, Chinese academy of science)
Description
In order to have a more compact structure for the applications, for general design of the co-axial pulse tube cryocoolers (CPTCs), the pulse tube and regenerator share a thin stainless steel wall. In former theoretical analysis, this wall is considered to be adiabatic and few research pays attention to the thermal-coupling effect between the pulse tube and regenerator in CPTCs. In this research, the influence of the thermal-coupling is studied based on the experimental researches with a U-type pulse tube cryocooler firstly. In the experimental researches, the thermal link is considered to simulate the thermal-coupling between the pulse tube and regenerator. Based on our experimental researches, the thermal-coupling between the pulse tube and regenerator benefits for the performance of the PTCs. Furthermore, a simple analysis is introduced to explain the performance increase.
Primary author
Dr
Taihe Huang
(Technical Institute of Physics and Chemistry, Chinese academy of science)
Co-authors
Prof.
Houlei Chen
(Technical Institute of Physics and Chemistry, Chinese academy of science)
Prof.
Jinghui Cai
(Technical Institute of Physics and Chemistry, Chinese academy of science)
Prof.
Yanjie Liu
(Technical Institute of Physics and Chemistry, Chinese academy of science)
