作者: Jianying Hu , Ercang Luo , Zhanghua Wu , Guoyao Yu , Wei Dai
DOI: 10.1063/1.4706962
关键词: Carnot cycle 、 Pulse tube refrigerator 、 Tube (fluid conveyance) 、 Linear compressor 、 Gas compressor 、 Electrical engineering 、 Cryocooler 、 Inertance 、 Acoustics 、 Engineering 、 Pulse (physics)
摘要: ercial high temperature superconductors, two designs for a pulse tube cryocooler have been developed. In the first design, three parallel-arrayed inertance cryocoolers are driven by one twinopposed linear compressor. It is hard this system to obtain relative Carnot efficiency of higher than 25%. other it includes and compressors. The reservoir each omitted. compression chamber compressor connected in series through expansion another With configuration, acoustic work coming out secondary water-cooled heat exchanger can be recovered much easier better field, so could 35%. should best candidates superconductor power grid.