Refractory metals in space electric power conversion systems.
Refractory alloys applications to space electric power conversion systems, discussing alkali metal Rankine cycle systems and corrosion and erosion tests
Semmel, J. W., Jr.↗
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When to give a design a second look - A philosophy of reexamination.
Reexamination of jet engine, heat pipes, thermionic diode, Rankine cycle space power systems, discussing redesign possibilities
Evvard, J. C.↗
The influence of heat-rejection radiator mass in space power systems.
Heat rejection radiator mass influence on space nuclear power system, discussing Brayton cycle, thermoelectric and Rankine cycle systems
Bonneville, J. M.↗
A SNAP-8 breadboard system - Operating experience.
SNAP 8 nuclear-electric space power system, operating on mercury Rankine cycle using NaK as heat input and rejection working fluids
Hodgson, J. N.↗
Design of boiler-superheater units for representative cesium and potassium space power plants
Boiler design for potassium and cesium Rankine cycle space power plants
Robin, T. T.↗
Advanced refractory alloy corrosion loop program Quarterly progress report, 15 Jan. - 15 Apr. 1968
Instrumentation and performance of Rankine cycle corrosion test loop with alkali metal
Harrison, R. W.↗
Hydromagnetic shocks in the solar wind
Rankine-Hugoniot relations applied to shock discontinuities measured by magnetic field and plasma instruments on Explorer 34
Burlaga, L. F.↗
Advanced refractory alloy corrosion loop program Quarterly progress report, 15 Oct. 1968 - 15 Jan. 1969
Purification of alkali metals, and progress in developing Rankine system corrosion loop
Harrison, R. W.↗
Advanced refractory alloy corrosion loop program Quarterly progress report, 15 Jul. - 15 Oct. 1968
Rankine system corrosion test evaluation and fabrication
Harrison, R. W.↗
Advanced refractory alloy corrosion loop program Quarterly progress report, 16 Apr. - 15 Jul. 1969
Alkali metal removal from Rankine corrosion test loop, and leakage investigation
Harrison, R. W.↗
Advanced refractory alloy corrosion loop program Quarterly progress report, 15 Jan. - 15 Apr. 1969
Temperature, pressure, and boiling data of tantalum-alloy Rankine system corrosion tests loop after 2000 hr operation
Harrison, R. W.↗
Hydromagnetic shocks in the solar wind.
Shock discontinuities in solar wind measured by magnetic field and plasma instruments on Explorer 34, applying Rankine-Hugoniot relations
Burlaga, L. F.↗
Electrical/thermal integration of dynamic power and life support systems for manned spacecraft.
Dynamic power and life support systems electrical/ thermal integration for manned spacecraft using low temperature Rankine cycle generator
Coggi, J. V.↗
Advanced refractory alloy corrosion loop program Quarterly progress report, period ending 15 Oct. 1969
Rankine cycle corrosion of lithium thermal convection capsules
Harrison, R. W.↗
Design and development of a voltage regulator- exciter for the SNAP-8 nuclear-electrical power-conversion system
Voltage regulator-exciter developed for alternator used in SNAP 8 Rankine cycle nuclear space system
Bradley, S. L.↗
Advanced refractory alloy corrosion loop program Quarterly progress report, 15 Oct. 1969 - 15 Jan. 1970
Operational performance test of Rankine cycle refractory alloys in lithium and potassium flux
Harrison, R. W.↗
Advanced refractory alloy corrosion loop program Quarterly progress report, 15 Jan. 1970 - 15 Apr. 1970
Operation and evaluation of Rankine system corrosion test loop based on refractory alloys
Harrison, R. W.↗
Advanced refractory alloy corrosion loop program Quarterly progress report, 15 Apr. - 15 Jul. 1970
Fabrication, operation, and posttest evaluation of T-111 Rankine System Test Loop
Harrison, R. W.↗