Advances in Cryogenic Engineering, Volume 12Klaus D. Timmerhaus Cryogenic Engineering Conference, 1967 - Low temperature engineering |
Contents
B5 Zerog Hydrogen Tank Venting Systems R C MITCHELL J A STARK | 72 |
B6 Nonequilibrium Storage and Expulsion of SinglePhase Cryogens C | 82 |
B10 Systems for Environments in Space at Cryogenic Temperatures R L | 125 |
Copyright | |
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Common terms and phrases
Advances in Cryogenic alloy aluminum analysis annealed Answer by author boil-off calculated chamber coefficient cold end compression compressor constant convection cooldown cooling correlation Cryogenic Engineering cryostat curve cycle cylinder density dewar diameter effect equation evaluated experimental factor film boiling flow rate fluid fracture toughness fuel heat conduction heat exchanger heat flux heat leak heat transfer increase indicated inlet insulation insulation system layer length liquid helium liquid hydrogen liquid level liquid nitrogen load mass material maximum measured mechanical metal notch nucleate boiling obtained operating performance pipe plate Plenum Press pressure drop properties psia pulse tube radiation ratio reduced refrigeration reliquefier room temperature rotor safety saturated shear shear strength shields shown in Fig space specimens stainless steel surface Table tank tensile strength thermal conductivity thermocouple thickness vacuum values valve vapor velocity vent volume wall weight weld