Rankine cycle powerplant characteristics for electric propulsion manned Mars mission.
Rankine cycle power plant for electric propulsion manned Mars mission analysis of system characteristics and mission duration effect
RANKINE CYCLE↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Lithium-boiling potassium Rankine cycle test loop operating experience.
Lithium-boiling potassium test facility to investigate transient and steady state characteristics of Rankine cycle system for application to spacecraft nuclear-electric propulsion
ELECTRIC PROPULSION↗
Feasibility study of rotating boiler for high- performance Rankine cycle power generation systems.
Rotating boiler for high performance Rankine cycle power generator using water as test fluid, obtaining heat-transfer coefficients
HEAT-TRANSFER COEFFICIENT↗
Components and systems design for a 400 kw Rankine cycle space power system.
Alkali metal Rankine cycle space power system component and systems design
SPACECRAFT COMPONENT↗
Comparison of load bearing and non-load bearing radiators for nuclear Rankine systems
Comparison of load-bearing conical nonload-bearing panel heat radiators for potassium Rankine nuclear power plant
Cockfield, R. D.↗
Analytical comparison of Rankine cycle space radiators constructed of central, double, and block-vapor-chamber fin-tube geometries
Weight, heat transfer, and efficiency comparison for Rankine cycle space radiators constructed of three different finned tube geometries
Haller, H. C.↗
Criteria for use of Rankine-MHD systems in space
Design criteria for Rankine magnetohydrodynamic generators in space applications
Nichols, L. D.↗
Analysis of pressure-drop function in Rankine space power boilers with discussion of flow maldistribution implications
Mathematical model for deriving pressure drop against flow function of counterflow boiler tube in Rankine space power system
Packe, D. R.↗
Performance of a multiple single-pass counterflow NaK-cooled mercury Rankine cycle condenser
Steady state performance tests on single pass counterflow sodium-potassium cooled mercury Rankine cycle condenser
Curreri, J. S.↗
Effects of lithium and potassium on a Cb-1Zr Rankine cycle test loop
Operational characteristics of two loop lithium boiling potassium system of niobium zirconium Rankine cycle test loop
Phillips, W. M.↗
Summary of a design comparison of cesium and potassium as working fluids in integrated Rankine cycle space power plants
Cesium and potassium as working fluids in Rankine cycle space power plants
Fraas, A. P.↗
Thermal design procedures for space Rankine cycle system boilers
Utilization of nonuniform axial heat flux distribution and four heat transfer regions in design procedure for advanced rankine cycle space power system potassium boiler
Gutstein, M. U.↗
Thermal design procedures for space Rankine cycle system boilers.
Boiler design procedure used for once-through counterflow potassium boiler for Rankine cycle space power system, discussing axial heat flux distribution
Gutstein, M. U.↗
A review of the alkali metal Rankine technology program.
Alkali metal Rankine turbogenerator program for space power supplies, discussing power plant design, nuclear reactor, radiator materials, etc
Manson, S. V.↗
Topics on Rankine cycle power systems technology
Space Rankine cycle power systems technology applied to ground-based power systems
Dorsch, R. G.↗
Comparison of boiler feed pumps for cesium and potassium Rankine cycle systems
Comparison of electromagnetic and centrifugal pumps for cesium and potassium Rankine cycle systems
Clark, D. L.↗
Comparison of Brayton and Rankine cycle magnetogasdynamic space-power generation systems
Comparison of Brayton and Rankine cycle magnetogasdynamic space power generation systems for use with nuclear heat source
Nichols, L. D.↗
Effect of electrothermal instabilities on Brayton- and Rankine-cycle magnetohydrodynamic space-power generation systems
Electrothermal instabilities effects on Brayton and Rankine cycle magnetohydrodynamic space power generation systems
Bishop, A. R.↗