Performance of N/p silicon and cadmium sulfide solar cells as affected by hypervelocity particle impact
Simulated micrometeoroid impact effect on silicon and cadmium sulfide solar cell performances
Bowman, R. L.↗
Engineering topics
Jack, J. R.
Publications and source records attributed to Jack, J. R..
Solar absorptance and hemispherical emittance of various metals at space conditions.
Solar absorptance and hemispherical emmitance of metals at space conditions determined with cyclic incident radiation technique
Jack, J. R.↗
Experimental measurements of thermal radiation properties by cyclic incident radiation.
Solar absorptance, total hemispherical emittance and absorptance/emittance ratio for metals at cryogenic temperatures measured simultaneously with sinusoidally perturbed incident radiation
Jack, J. R.↗
Thermal radiative and electrical properties of a cadmium sulfide solar cell at low solar intensities and temperatures
Thermal radiative and electrical properties of cadmium sulfide solar cell at low simulated solar intensities and temperatures
Jack, J. R.↗
Experimental measurements of thermal radiation properties by cyclic incident radiation
Cyclic incident radiation method for measuring thermal emittance and absorption properties of metals at cryogenic temperatures
Jack, J. R.↗
Radiation properties of a CdS solar cell and various metals at space conditions
Solar absorptance, emittance, and other properties of cadmium sulfide solar cell and five metals for use on spacecraft
Jack, J. R.↗
Radiation properties of a CdS solar cell and various metals at space conditions.
Thermal radiation properties of various spacecraft metals and CdS solar cell over temperature range from simulated space environmental tests
Jack, J. R.↗
Technique for measuring absorptance and emittance by using cyclic incident radiation.
Absorptance and emittance of metal surfaces determined via cyclic incident radiation, noting error computation and method accuracy parameters
METAL SURFACE↗
Technique for measuring absorptance and emittance by using cyclic incident radiation
Cyclic radiation technique has been developed for determining absorptance and emittance of metal surfaces. Using this technique both absorptance and emittance can be determined from one set of data, and variable and controlled temperature levels are possible.
Jack, J. R.↗
Technique for measuring absorptance and emittance by using cyclic incident radiation.
Absorptance and emittance of metal surfaces determined via cyclic incident radiation, noting error computation and method accuracy parameters
THERMAL CYCLING↗
Electrothermal rockets having improved heat exchangers Patent
High resistance cross flow heat exchangers for electrothermal rocket engines
Brinich, P. F.↗
Thrust coefficients of low-thrust nozzles
Thrust coefficients of supersonic nozzles operating at low propellant flow rates
NOZZLE THRUST COEFFICIENT↗
Research on resistance-heated hydrogen thrustors
Performance of two types of resistance-heated hydrogen thrustors - tubular and wire-coil heat exchangers
HEAT EXCHANGER↗
EFFECTS OF REGENERATIVE AND RADIATION COOLING ON PERFORMANCE OF ELECTROTHERMAL THRUSTORS
Effects of regenerative and radiation cooling on thrustor performance for frozen flow
REGENERATIVE COOLING↗
FEASIBILITY OF OPTIMIZING NOZZLE PERFORMANCE FOR ORBITALLAUNCH NUCLEAR ROCKETS
Feasibility of optimizing nozzle performance for orbital-launch nuclear rockets
ROCKET NOZZLE↗
NASA RESEARCH ON RESISTANCE-HEATED HYDROGEN JETS
Experimental results concerning the design of resistance-heated hydrogen thrustors, including performance considerations
PROPULSION SYSTEM PERFORMANCE↗
RESEARCH ON RESISTANCE-HEATED HYDROGEN JETS
Nasa program for electric propulsion - resistance- heated hydrogen thrustor
RESISTANCE HEATING↗
NASA RESEARCH ON RESISTANCE HEATED HYDROGEN JETS
Performance of an electric propulsion system, using resistance heated hydrogen jets, varying heat exchanger temperature, propellant flow rate and input power
ELECTROTHERMAL ENGINE↗