High temperature creep-rupture properties of a tungsten-uranium dioxide cermet produced from coated particles
High temperature creep rupture strength of tungsten uranium dioxide cermets
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High temperature creep rupture strength of tungsten uranium dioxide cermets
Carbon dioxide and water vapor effects on induction period kinetics of hydrogen-oxygen reaction
Thermal conductivity measurements on tungsten coated uranium dioxide cermets
Operational performance of carbon dioxide electrolyzers using solid electrolytes for oxygen reclamation
Direct current biased photoconductive detectors for reception of wideband carbon dioxide laser signals
Sodium free thermally grown silicon dioxide on silicon for MOS process, noting surface charge density characteristics
Earth carbon dioxide horizon profile near 15 microns, analyzing spatial energy distribution, noting dependence on temperature altitude structure
Carbon dioxide rotational line intensities relative to integrated intensity of vibration- rotation band tabulated from 160 to 280 degrees K at intervals of 20 degrees K
Venusian atmosphere cloud top carbon dioxide concentration from Venus 4 probe data
Mass transfer cooling of carbon dioxide-nitrogen binary system in laminar boundary layer, stressing dissociation effect
Carbon dioxide removal and control methods for manned spacecraft cabin atmospheres, comparing Molecular Sieve regenerative sorber and LiOH nonregenerative systems
Carbon dioxide effects on hypothalamic self stimulation in hypoxia, noting role in maintaining functional neuronal population
High resolution spectral scans of alpha Herculis with pressure swept Fabry-Perot interferometer for carbon dioxide
Liquid scintillation counting technique is applied to the direct measurement of carbon-14 in carbon dioxide. This method has high counting efficiency and eliminates many of the basic problems encountered with previous techniques. The technique can be used to achieve a percent substitution reaction and is of interest as an analytical technique.
Analyzer and sampling system continuously monitors nitrogen dioxide concentrations in the feed and tail gas streams of a facility recovering nitric acid. The system, using a direct calorimetric approach, makes use of readily available equipment and is flexible and reliable in operation.
Uranium dioxide vent loss in externally fueled thermionic reactor concept
Fission product gas pressure calculated for uranium dioxide ceramic fuel elements
Factors determining oxygen consumption and carbon dioxide production in relation to oxygen supplies required for maximum work capacity during manned space flight