Advances in cryogenic engineering : transactions of the cryogenic engineering conference - CEC, Anchorage, Alaska 22-26 September 2003
Advances in cryogenic engineering : transactions of the cryogenic engineering conference - CEC, Anchorage, Alaska 22-26 September 2003
复制标题
DOI：
--
复制
发表时间：
2004
期刊：
影响因子：
--
通讯作者：
J. Waynert
中科院分区：
文献类型：
--
作者：
J. Waynert
所有的论文都经过了同行评议。低温工程会议讨论了在普通气体为液体或固体，通常低于150K(-120°C或185°F)的温度下的应用和系统。它涵盖了产生低温和在低温下使用系统的最新方法，例如新的超导磁体、高温超导电力应用、空间应用以及在这些温度下的流体和材料的性质。介绍了低温系统的设计、建造、测试和表征。主题包括：氢：过去、现在和未来；液化天然气；液氦：制冷和供应；大型低温系统；大型低温试验设备；膨胀机、泵和压缩机；大型低温系统部件和问题；低温仪器、控制和测量；低温恒温器：设计和性能；低温冷却器；超导射频系统；热绝缘；材料、性能测量；低温超导磁体系统；高温超导磁体系统；高温超导电缆；高电流引线；氦II现象；流体动力学、热传递和热力学；零G低温；低温冷却器程序概述；低温冷却器可靠性；斯特林制冷器；脉冲管-G-M型；脉冲管JT和换热器的建模和性能问题；布雷顿、柯林斯、吸附制冷机；JT和热声制冷机；磁制冷；混合循环制冷机；制冷机的陆地应用；以及新颖的概念或设备。
All papers have been peer-reviewed. The Cryogenic Engineering Conference covers applications and systems at temperatures where ordinary gases are liquids or solids, generally less than 150 K (-120°C or 185°F). It covers the newest approaches to producing low temperatures and to the use of systems at low temperatures, such as new superconducting magnets, high temperature superconducting electrical power applications, space applications and the properties of fluids and materials at these temperatures. Design, construction, testing, and characterization of cryogenic systems are presented. Topics include: Hydrogen: Past, Present, and Future; Liquefied Natural Gas; Liquid Helium: Refrigeration and Supply; Large Scale Cryogenic Systems; Large Scale Cryogenic Test Facilities; Expanders, Pumps, and Compressors; Large Cryosystem Components and Issues; Cryogenic Instrumentation, Controls, and Measurements; Cryostats: Design and Performance; Cryostates and Cryogenics for Herschel-Planck Mission; Superconducting RF Systems; Thermal Insulation; Material, Property Measurements; Low Temperature Superconducting Magnet Systems; High Temperature Superconducting Magnet Systems; High Temperature Superconducting Cables; High Current Leads; Helium II Phenomena; Fluid Dynamics, Heat Transfer, and Thermodynamics; Cryogenics at Zero G; Cryocooler Programs Overviews; Cryocooler Reliability; Stirling Cryocoolers; Pulse Tube - G-M Type; Pulse Tube JT and Heat Exchanger Modeling and Performance Issues; Brayton, Collins, Sorption Cryocoolers; JT and Thermoacoustic Cryocoolers; Magnetic Refrigeration; Hybrid Cycle Cryocoolers; Terrestrial Applications of Cryocoolers; and Novel Concepts or Devices.