Heat pipe thermionic diode power system Patent
Electric power system utilizing thermionic plasma diodes in parallel and heat pipes as cathodes
Byrd, A. W.↗
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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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Experimental investigation of the performance of various wick configurations in single and two fluid heat pipes operating in the gravitational field
Performance of various wick configurations in single and two-fluid heat pipes operating as thermoregulatory system for space suits
Chato, J. C.↗
Circumferential heat pipe systems for large structures Final report
Fabrication and testing of circumferential heat pipe systems for large structures
Clausen, O. W.↗
Study to evaluate the feasibility of a feedback controlled variable conductance heat pipe
Feedback controlled variable conductance heat pipe
Brennan, P. J.↗
Mathematical modeling of cryogenic heat pipes
Mathematical modeling of cryogenic heat pipes
Chi, S. W.↗
Brayton cycle vapor chamber /heat pipe/ radiator study
Evaluation of vapor chamber /heat pipe/ radiator for Brayton cycle space power system
Gerrels, E. E.↗
Effects of interphase temperature differences and wall friction in high-temperature heat pipes
Thermodynamic temperature drop at liquid-vapor interface in high temperature lithium heat pipes
Sockol, P. M.↗
Steady state and transient performance of hot reservoir gas controlled heat pipes
Inert gases for passive control of heat pipes in hot reservoir systems
Fleischman, G. L.↗
A space application of a cryogenic heat pipe
Feasibility of cryogenic heat pipe for cooling isotopic spacecraft power supply cycle
Callens, R. A.↗
User's manual for the TRW gaspipe program. A vapor-gas front analysis program for heat pipes containing noncondensible gas
Digital computer program manual for design, analysis, and performance prediction of heat pipes with noncondensible gases including input/output routines and Runge-Kutta models
Edwards, D. K.↗
Split-core heat-pipe reactors for out-of-pile thermionic power systems
Split-core heat-pipe reactors for out-of-pile thermionic power systems with center gap reactivity control
Niederauer, G.↗
Quasi-developed turbulent pipe flow with heat transfer
Downstream heat transfer and wall friction predictions for quasi-developed strongly heated turbulent pipe flow, using mixing length model
Bankston, C. A.↗
On the stability of Poiseuille flow in a pipe
Poiseuille pipe flow stability from finite difference equations approximation to nonlinear axisymmetric Navier-Stokes equations under stream function perturbation
Crowder, H. J.↗
Observations on the effect of pressure ratio and upstream flow configuration on the acoustical response of closed pipes
Acoustical response of closed flue pipe as function of blowing pressure and air jet turbulence level
Daggerhart, J. A., Jr.↗
Use of heat pipes for electrical isolation
Out-of-core thermionic converter system using heat pipes as electrical resistive elements, discussing design and performance
Breitwieser, R.↗
A split-core heat pipe reactor concept for an out-of-core thermionic power system
Design and operation of split fueled cores with axial heat pipes for 350 kwe out-of-core thermionic power converter system
Lantz, E.↗
Re-examination of heat pipe startup
Reassessment of Cotter model startup in Li heat pipe, modifying model by moving sonic point to end of hot zone and including wall friction and condensation
Forman, R.↗
Feedback controlled variable conductance heat pipes
Variable conductance heat pipes feedback mechanisms for spacecraft electrical temperature control system design, using steady state analysis based performance model
Bienert, W. B.↗