Advances in Cryogenic Engineering, Volume 4Klaus D. Timmerhaus Cryogenic Engineering Conference, 1960 - Low temperature engineering |
Contents
A2 HydrocarbonOxygen Systems Solubility | 11 |
A3 Compatibility of Materials with Liquid | 26 |
A4 Thermodynamic Properties of Neon | 47 |
8 other sections not shown
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Common terms and phrases
adhesive aluminum annealed Answer by author apparatus austenite bubbles carbon catalyst cavitation cent chamber coatings coefficient condensing conductivity container cooldown cooling cryogenic Cryogenic Engineering cryostat curve cycle density detonation dewar diameter discharge effect efficiency enthalpy equation experimental fiber flow fluid fluorine friction frost gage heat flux heat leak heat transfer helium high pressure hydrocarbons impact inch increase indicated inlet insulation liquefied liquid hydrogen liquid nitrogen liquid oxygen load loss low temperatures lubricant magnetic martensite material measured metal method missile neon Norelco NPSH obtained operation orifice parahydrogen phase phenolic plate pressure drop propellants psig PTFE PV/POVO ratio refrigeration rider specimens room temperature samples saturated shown in Figure shows soaking solubility specific specific impulse stainless steel storage tank surface Teflon tensile test section thermal thermal conductivity thickness transfer line tube vacuum valve vapor pressure velocity weight weld