A Miniature Dewpoint Hygrometer for Monitoring Human Environments in Space
Water vapor enjoys unique importance in Earth's atmosphere and human environments in space.
SAW↗
Engineering topics
Watson, R.
Publications and source records attributed to Watson, R..
Overview of Device SEE Susceptibility From Heavy Ions
This paper presents an evaluation of trends in SEE susceptibility (including soft errors and latchup) for state-of-the-art parts.
single-event effects (SEE) heavy ion↗
Multi-sensor balloon measurements
Explore the source record for details and available documents.
Huntress, W.↗
A temperature dependence kinetics study of the reactions of Cl/2-P-3/2/ with O3, CH4, and H2O2
The temperature dependence of two chlorine atom reactions of considerable fundamental importance to stratospheric chemistry was studied using the technique of flash photolysis-resonance fluorescence. The reactions of interest were: (1) Cl + O3 yields ClO + O2 studied at 220-350 K, and (2) Cl + CH4 yields CH3 + HCl studied at 218-401 K. In addition, the reaction Cl + H2O2 yields HCl + HO2 was studied at 300 K. The corresponding rate constants are provided for the three reactions. The new rate data implies the need to revise downward by a factor of 2.4-3 the magnitude of the ozone perturbation due to the presence of ClO/x/ species in the stratosphere, predicted by earlier model calculations.
Watson, R.↗
Molecular temperature determinations in flow fields of re-entering bodies
Spectrometric techniques for estimating flow field gas temperatures of reentry vehicles
Pitts, C. C.↗
The dissociation rate of carbon monoxide between 7,000 deg and 15,000 deg K.
Dissociation rate of undiluted carbon monoxide behind strong shock waves produced in arc discharge shock tube
GAS DISSOCIATION↗
Effects of dissociation rate magnitudes and relative collision efficiencies on relaxation profiles in diatomic gases.
Dislocation rate magnitudes and relative collision frequencies influencing relaxation profiles in diatomic gases
COLLISION RATE↗