By T. M. Flynn, B. W. Birmingham (auth.), K. D. Timmerhaus (eds.)
Invited Papers.- Cryogenics and nationwide Goals.- A evaluate of the opportunity of Liquid-Methane gasoline for Supersonic Transports.- Slush and Subcooled Propellants for Lunar and Interplanetary Missions.- Thermodynamic Properties.- Equilibrium Gas-Phase Compositions of Ethane and Ethylene in Binary combinations with Helium and Neon lower than 150°K and a Correlation for Deviations from the Geometric suggest Combining Rule.- The Kinetics of Adsorption of Methane and Nitrogen from Hydrogen Gas.- Benedict-Webb-Rubin Equation of country for Methane at Cryogenic Conditions.- a brand new Calorimeter for the actual choice of the Enthalpy of Pressurized Fluids right down to 160°R.- homes of Materials.- Simultaneous size of Young’s Modulus and Shear Modulus at Low Temperatures.- Tensile homes and Notch durability of Groove Welds in Wrought and forged Aluminum Alloys at Cryogenic Temperatures.- Low-Temperature Mechanical houses of Welded and Brazed Copper.- Superconductivity.- A excessive box Magnet Combining Superconductors with Water-Cooled Conductors.- huge Superconducting Baseball Magnet.- trying out Composite Superconductor for the LRL Baseball Magnet.- temporary reaction and balance Limits of Superconducting Composite twine Following a Flux Jump.- Flux-Flow stories and balance standards of Nb-Ti Strips.- The Transition to Current-Sharing in Composite Conductors.- balance of Internally Cooled Superconductors.- results of Nucleate Cooling Limits at the functionality of Small Ti-Nb Solenoids.- warmth Transfer.- Non-Boiling and movie Boiling warmth move to a Saturated bathtub of Liquid Helium.- Boiling warmth move and strain Drop of Liquid Helium-I below compelled flow in a Helically Coiled Tube.- Nucleate Boiling warmth move from an Oscillating Sphere in Liquid Nitrogen.- A Miniature warmth Exchanger for Simultaneous Para-Orthohydrogen Conversion and warmth Transfer.- observe on warmth Exchanger layout for Cryogenic Propellant Tanks.- A Compact Perforated-Plate warmth Exchanger.- Insulation.- Analytical types for Airborne-Cryogenic-Insulation Thermal Performance.- evaluate of an Externally Insulated Spacecraft Dewar.- Experimental decision of Thermal lodging Coefficients.- Thermal Diffusivity of Powder Insulation.- Predictions of the whole Emissivity of Metals at Cryogenic Temperatures.- Radiative features of Cryodeposits for Room Temperature Black physique Radiation.- Fluid Dynamics.- Thermal Stratification in Closed Cryogenic Containers.- Approximate Criterion for Prediction of circulation Oscillations in Supercritical Fluid warmth Exchangers.- The interplay of regulate Valves with Oscillations Generated in a wide Water to Hydrogen warmth Exchanger.- Cavitation in Liquid Cryogens.- An research of the consequences of Spatial, Thermal, and pace Inhomogeneities on Two-Phase, unmarried part Cryogenic Choked Flow.- Two-Phase (Liquid-Vapor), Mass-Limiting move with Hydrogen and Nitrogen.- Instrumentation.- Cryogenic move examine Facility of the nationwide Bureau of Standards.- Prelaunch Slush Hydrogen Loading elements Affecting Instrumentation and Control.- Use of Capacitance point Gauging for Prelaunch Loading of Slush Hydrogen.- development on Cryogenic Thermocouples.- Fluid part and Temperature size with a unmarried Sensor.- lights in Cryogenic and Noncryogenic Fluids.- Refrigeration Systems.- An research of the Stirling-Cycle Refrigerator.- Steady-State Operation of the Idealized Vuilleumier Refrigerator.- Compact Cryogenic Thermal Regenerator Performance.- unfastened Displacer Refrigeration.- Dynamical results of the Rhombic force for Miniature Cooling Engines.- improvement of a realistic Thermodynamic Cycle for a Space-Borne Hydrogen Reliquefier.- A 3.6°K Reciprocating Refrigerator.- improvement of Novel gasoline Bearing Supported Cryogenic growth Turbines.- Miniature Cryogenic fridge Turboalternators.- keep watch over procedure for Temperatures and Liquid point among 4.2° and 1°K.- Closed-Cycle fridges for Hydrogen Targets.- Cryogenic Systems.- Solidified Oxygen for inhaling Space.- Slush Hydrogen Pumping features utilizing a Centrifugal-Type Pump.- attempt result of a Zero-Gravity Cryogenic section Separator.- Hydrogen Peroxide Motor Exhaust Heating to elements at Cryogenic Temperatures within the Vacuum of Space.- research of Propagation disasters of versatile Linear formed fees at Cryogenic Temperatures.- The habit of ordinary Liquid Hydrogen aim structures below Simulated Failure Modes.
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Additional info for Advances in Cryogenic Engineering: Proceedings of the 1968 Cryogenic Engineering Conference Case Western Reserve University Cleveland, Ohio August 19–21, 1968
Chem. , 6(1):58 (1967). 10. P. L. Chueh and]. M. , 13(5):896 (1967). 11. P. L. Chueh and]. M. Prausnitz, Ind. Eng. Chem. , 6(4):492 (1967). 12. M. J. Hiza, C. K. Heck, and A. J. Kidnay, in: Advances in Cryogenic Engineering, Vol. 13, Plenum Press, New York (1968), p. 343. 13. M. J. Hiza, C. K. Heck, and A. J. Kidnay, Chem. Eng. Progr. Symp. , in press. 14. R. B. Williams and D. L. Katz, Ind. Eng. , 46(12):2512 (1954). 15. C. K. D. Dissertation, University of Colorado, Boulder (1968). 16. D. S. Tsiklis, Doklady Akad.
00 VDl POl, M. J. Hiza and A. G. Duncan 34 TEMPERATURE : K 250. 0. I , 150. I , , , 4 He - C, H. 0 /~ '0 0,, --0. : : : . 0. 9 V . 0. 1 Fig. 1. Isobaric consistency of heliumethane enhancement factors, comparison with those from Heck. Enhancement factors (the ratio of partial pressures to the vapor pressure) corresponding to the experimental isotherms for the helium-ethane and helium-ethylene systems also are given in Tables I and II, respectively. 13]. The temperature dependence of enhancement factors for the helium-ethane system from the present study is compared in Fig.
Duncan 34 TEMPERATURE : K 250. 0. I , 150. I , , , 4 He - C, H. 0 /~ '0 0,, --0. : : : . 0. 9 V . 0. 1 Fig. 1. Isobaric consistency of heliumethane enhancement factors, comparison with those from Heck. Enhancement factors (the ratio of partial pressures to the vapor pressure) corresponding to the experimental isotherms for the helium-ethane and helium-ethylene systems also are given in Tables I and II, respectively. 13]. The temperature dependence of enhancement factors for the helium-ethane system from the present study is compared in Fig.
Advances in Cryogenic Engineering: Proceedings of the 1968 Cryogenic Engineering Conference Case Western Reserve University Cleveland, Ohio August 19–21, 1968 by T. M. Flynn, B. W. Birmingham (auth.), K. D. Timmerhaus (eds.)