cooling device of a heat engine has a compressor for compression and thermal compression machine using such a device.

• 1. 压缩机装置、配备该压缩机装置的冷却装置、以及用于操作该压缩机装置和该冷却装置的方法 [P] . 中国专利： CN107094367B . 2019.10.25
• 2. 压缩机装置、配备该压缩机装置的冷却装置、以及用于操作该压缩机装置和该冷却装置的方法 [P] . 中国专利： CN107094367A . 2017-08-25
• 3. priming device for the cooling circuit of the compressor of a heat machine a compression, and thermal machine comprising such a device has a compression [P] . 法国专利： FR2487960B1 . 1984-05-04

  机译： 用于热机的压缩机的冷却回路的起动装置压缩，并且包括这种装置的热机具有压缩

• 4. COMPRESSOR COOLING DEVICE FOR A THERMAL COMPRESSION MACHINE, AND THERMAL COMPRESSION MACHINE PROVIDED WITH SUCH A DEVICE [P] . 德国专利： DE3161032D1 . 1983-11-03

  机译： 用于热压机的压缩机冷却装置，以及具有该装置的热压机

• 5. Compressor cooling device for a thermal compression machine, and thermal compression machine provided with such a device [P] . 欧洲知识产权局专利： EP0045255B1 . 1983-09-28

  机译： 用于热压机的压缩机冷却装置以及具有该装置的热压机

• 1. The Effect of Intake Air Temperature, Compression Ratio and Coolant Temperature on the Start of Heat Release in an HCCI (Homogeneous Charge Compression Ignition) Engine [C] . M. Iida, T. Aroonsrisopon, M. Hayashi, Small Engine Technology Conference and Exposition . 2002
• 2. A MEMS vapor compression refrigeration system: ARCTIC (A Rotary Compressor Thermally Insulated μCooler) [D] . Heppner, Joshua David 2007
• 3. Protecting the esophagus from thermal injury during radiofrequency ablation with an esophageal cooling device. [O] . Marcela Mercado Montoya1, Steven Mickelsen2, Brad Clark3, 2019
• 4. A Study on Heat Loss in DI Diesel Engines by Using a Rapid Compression and Expansion Machine (1st Report, The Effects of Oxygen Volume Fraction and Density of Ambient Gas on Heat Loss) [O] . Tatsuya KUBOYAMA, Hidenori KOSAKA, Tetsuya AIZAWA, 2006
• 5. Calculations of the performance of a compression-ignition engine-compressor turbine combination I : performance of a highly supercharged compression-ignition engine [R] . Mendelson, Alexander 1945

• 1. Testing Thermal Properties of Cooling Device with Heat Pipes to Improve His Heat Transfer Ability [J] . Patrik Nemec ,Alexander Caja ,Milan Malcho . 能源与动力工程 . 2014,第002期
• 2. Simulation Research on the Effect of Cooled EGR, Supercharging and Compression Ratio on Downsized SI Engine Knock [J] . SHU Gequn ,PAN Jiaying ,WEI Haiqiao . 中国机械工程学报 . 2013,第002期
• 3. EFFECTS OF COOLED EXTERNAL EXHAUST GAS RECIRCULATION ON DIESEL HOMOGENEOUS CHARGE COMPRESSION IGNITION ENGINE [J] . SHI Lei ,CUI Yi ,DENG Kangyao . 中国机械工程学报 . 2007,第001期
• 4. Air Cooling of Mini-Channel Heat Sink in Electronic Devices [J] . Mousa M. Mohamed ,Mostafa A. Abd El-Baky . 电子器件冷却与温度控制期刊（英文） . 2013,第2期
• 5. Effect of Heat Extraction by Metal Lines and Two Sided Cooling on Temperatures in Organic Light Emitting Diode Based Devices [J] . Deepak . ,Gokaran Nath Shukla . 电子器件冷却与温度控制期刊（英文） . 2011,第3期
• 6. 使用电磁轴承的高速离心式压缩机的轴向力自平衡装置的研究 [C] . 段文龙 ,王志恒 ,席光 . 中国工程热物理学会2014年年会 . 2014
• 7. 用于Sr冷原子光晶格钟原子冷却装置的塞曼减速器研究 [A] . 王心亮 . 2008