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.↗
Engineering topics
Breitwieser, R.
Publications and source records attributed to Breitwieser, R..
Richardson-Dushman equation nomograph
Nomographic solutions for Richardson Dushman equation
Breitwieser, R.↗
Computerized performance mapping of a thermionic converter with oriented tungsten electrodes
Thermionic converter with oriented W electrodes, discussing computerized data acquisition system for mapping I-V performance
Breitwieser, R.↗
Electron cooling and plasma heating of thermionic converters.
Electron emitter cooling and plasma heating of thermionic converters noting effects of plasma density, diode spacing, etc
Breitwieser, R.↗
Electron cooling and plasma heating of thermionic converters.
Semiempirical relation for electron cooling modified by plasma heating of thermionic converters, including effects of plasma density, diode spacing and surface potential difference
Breitwieser, R.↗
A high temperature, electrically insulating cermet seal having high strength and thermal conductance.
High temperature cermet seal for research thermionic diode, discussing resistivity, structural integrity, thermal shock resistance, tensile strengths and thermal conductance
Breitwieser, R.↗
A high temperature, electrically insulating cermet seal having high strength and thermal conductance
High strength, thermal conductance cermet seal for thermionic diode
Breitwieser, R.↗
A high-temperature, electrically insulating cermet seal having high strength and thermal conductance.
High temperature insulating cermet seal for thermionic diodes noting high shock resistance and thermal conductance
Breitwieser, R.↗
Theoretical background for thermionic conversion including space-charge theory, Schottky theory, and the isothermal diode sheath theory
Thermionic conversion system performance analysis based on space charge theory and isothermal diode sheath theory
PLASMA SHEATH↗
Saha-Langmuir surface ionization relation.
Discrepancy between observed ion production rate in cesium thermionic converter and Saha-Langmuir equation prediction suggests locality of ion formation
SAHA EQUATION↗
Saha-Langmuir surface ionization relation
Ion production rate in cesium thermionic converter related to Saha-Langmuir surface ionization equation
SURFACE IONIZATION↗
On the relation of ion and electron emission to diode diagnostics
Interaction between electrodes and plasma in thermionic converter interelectrode space
PLASMA↗
SOME CONSIDERATIONS OF AN A. C. THERMIONIC CONVERTER
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Breitwieser, R.↗
On deposits in jet engines
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Breitwieser, R.↗
A review of naca research through 1954 on boron compounds as fuels for jet aircraft /project zip/
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Breitwieser, R.↗
PERFORMANCE OF PENTABORANE, PENTABORANE - JP-4 FUEL MIXTURES, AND TRIMETHYLBORATE AZEOTROPE FUEL IN A FULL-SCALE TURBOJET ENGINE
Full scale turbojet engine testing of fuels - pentaborane-jp-4 mixtures and trimethylborate azeotrope performance
JP-4 JET FUEL↗