Transient heat transfer gauge Patent
Transient heat transfer gage for measuring total radiant intensity from far ultraviolet and ionized high temperature gases
Engineering topics
Publications and source records attributed to Wood, A. D..
Transient heat transfer gage for measuring total radiant intensity from far ultraviolet and ionized high temperature gases
Reflected shock air plasma thermodynamic properties at 12,000 to 16,000 deg K
Air plasmas temperature measurements behind reflected shock wave, examining radiative cooling effects and total radiant energy
Radiant energy transfer measurements in air plasma in reflected region of arc-driven shock tube
Transient-heat transfer gage measures the total radiation intensity from vacuum ultraviolet and ionized high temperature gases. The gage includes a sensitive piezoelectric crystal that is completely isolated from any ionized flow and vacuum ultraviolet irradiation.
High temperature air plasma total radiant intensity measurements in shock tube
High temperature air plasma total radiant intensity measurements in shock tube
Thin film thermal radiation detector noting construction, calibration, performance, error sources and advantages of pyroelectric over thin film gauges
Radiant energy transfer measurements in high temperature air and vacuum ultraviolet
Thin film thermal radiation detector noting construction, calibration, performance, error sources and advantages of pyroelectric over thin film gauges