Calibration changes in EUV solar satellite instruments
Photometric calibration changes in EUV solar satellite instruments during orbital operation
Engineering topics
Publications and source records attributed to Parkinson, W. H..
Photometric calibration changes in EUV solar satellite instruments during orbital operation
Rocket-borne spectrometer intensity measurements UV region of solar spectrum, noting agreement with IR observations of solar temperature minimum
Absolute photometric calibration of solar satellite instruments in extreme ultraviolet region
Absolute gf values for Fe I and Fe II lines between 3190 and 3315 A measured by spectral absorption through shock heated gas containing Fe
Reliability and failure evaluation of high resolution wavelength spectrometer and solar pointing control onboard Aerobee flight
Flight performance of high resolution spectrometer in Aerobee rocket vehicle
OSO-4 solar UV spectrum measurements, correlating chromospheric line intensity and photospheric magnetic field strengths
Autoionization resonance in strontium iodine spectrum using photoelectric spectrometer
Photoelectric spectrometer to measure absorption line series and autoionization resonance in ultraviolet spectrum of strontium vapor
Indium and thallium first spectra sp2 atom configurations and configuration mixing
Population temperatures within argon-calcium plasma generated by reflected aerodynamic shock determined by spectral line-reversal method
Absorption spectrum of shock heated thallium vapor
Spectral line-reversal measurements of excitation and electron temperature in shock tube
Carbon monoxide in formation of UV solar spectrum
Temperature behind shock waves determined for argon containing powdered solids
Oscillator strengths and autoionization lifetime of aluminum I doublet measured in shock tube
Shock tube measurement of autoionization lifetime and oscillator strengths of states above first ionization potential for aluminum
Spectroscopic analysis of shock wave interactions with organic and inorganic solids, examining the luminosity excitation process