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Cryocooler with Magnetic Regenerator Materials Review Article. Stored Heat in Regenerator and Regenerator Efficiency of Gifford-McMahon Refrigerator Using Magnetic Regenerator Materials.

机译：带磁再生器材料的冷冻室审查文章。使用磁性再生器材料储存再生器和Gifford-McMahon冰箱的再生效率。

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Masanori YABUKI; Tatsuji EDA; Takasu HASHIMOTO; Toru KURIYAMA; Masahiko TAKAHASHI; Hideki NAKAGOME;
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年度 1996
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1. INFLUENCE OF THE PROPERTIES OF REGENERATIVE HEAT EXCHANGER PACKING MATERIAL ON THE EFFICIENCY OF A GIFFORD-MCMAHON CRYOCOOLER [J] . V.B.Ankudinov, Yu.A.Marukhin, V.P.Ogorodnikov, Chemical and Petroleum Engineering . 2019,第1a2期

机译：再生热交换器包装材料性能对Gifford-McMahon冷冻机效率的影响
2. Performance of ceramic magnetic regenerator materials for sub-2 K cryocoolers [J] . Numazawa T., Kamiya K., Satoh T., IEEE Transactions on Applied Superconductivity . 2004,第2期

机译：低于2 K低温冷却器的陶瓷磁蓄热材料的性能
3. Temperature dependent thermal conductivity of magnetocaloric materials: Impact assessment on the performance of active magnetic regenerative refrigerators [J] . Silva D. J., Davarpanah A., Amaral J. S., International Journal of Refrigeration . 2019,第期

机译：磁热材料温度依赖导热系数：对主动磁再生冰箱性能的影响评估
4. Relationship between the temperature dependent specific heat of regenerator materials and performance of a Gifford-McMahon refrigerator [C] . Tetsushi Biwa, S.Sunahara, Hiroshi Ikuta, Joint Sino-Japanese seminar on cryocooler and its applications . 2000

机译：再生仪材料温度依赖性特定热量的关系及Gifford-McMahon冰箱的性能
5. Improving the refrigeration and gas liquefaction performance of Gifford-McMahon and active magnetic regenerative cryocoolers: A study of flow maldistribution, unbalance, and asymmetry. [D] . Spearing, Ian Gregory. 2001

机译：改善Gifford-McMahon和有源磁蓄冷式制冷机的制冷和天然气液化性能：流量分布不均，不平衡和不对称性的研究。
6. A magnetically responsive nanocomposite scaffold combined with Schwann cells promotes sciatic nerve regeneration upon exposure to magnetic field [O] . Zhongyang Liu, Shu Zhu, Liang Liu, 2017

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7. Cryocooler with Magnetic Regenerator Materials Review Article. Evaluation of Low-Temperature Specific Heats and Thermal Conductivities of Er-Ag Alloys as Regenerator Materials. [O] . Tetsushi BIWA, Uichiro MIZUTANI 1996

机译：带磁再生器材料的冷冻室审查文章。评估ER-AG合金的低温比热和热导体作为再生材料。
8. Experimental Investigation of a Magnetic Refrigerator Based on Magnetically Active Regeneration [R] . Iwasa, Y., Smith, J. L., Taussig, C. P. 1987

机译：基于磁活性再生的磁制冷机实验研究

Cryocooler with Magnetic Regenerator Materials Review Article. Stored Heat in Regenerator and Regenerator Efficiency of Gifford-McMahon Refrigerator Using Magnetic Regenerator Materials.

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