A review of the mass-flux probe
Supersonic mass flux probe description, discussing inlet geometry, angle of attack and Reynolds and Mach numbers effects on performance
Engineering topics
Publications and source records attributed to Glawe, G. E..
Supersonic mass flux probe description, discussing inlet geometry, angle of attack and Reynolds and Mach numbers effects on performance
Mass-flux probe as useful diagnostic tool in high Mach number and high enthalpy flows
Long-term drift of noble and refractory metal thermocouples at 1600 K in air, argon, and vacuum
Thermal stability and electromotive drift of noble metal and refractory metal thermocouple wires
Temperature, pressure and flow direction probe in rotating fluid machines analysis
Performance of mass flux probe in Mach 3 stream
Multiple function combination probe design for compressor and turbine air flow research
Probe consists essentially of a tube with a supersonic inlet pointed into the gas stream. The mass flow rate through the tube is determined at a flow measuring station.
Probe combines a high-recovery shielded thermocouple for sensing total temperature, a total pressure sensing tube, and a flow direction sensing wedge having a 60 degree included angle.
Combination temperature, pressure, and flow direction sensing probe to study rotating machinery
Supersonic performance evaluation of mass flux probes with sharp symmetrical inlet, and with blunted unsymmetrical inlet
Measuring conductive heat flow and thermal conductivity of laminar gas stream in cylindrical plug to simulate atmospheric reentry
Steady-state, stagnation-point, heat transfer rate measuring device