Development of a carbon dioxide-water solid oxide electrolyte electrolysis system Annual report, 29 Mar. 1968 - 29 May 1969
Carbon dioxide-water solid oxide electrolyte electrolysis system
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Carbon dioxide-water solid oxide electrolyte electrolysis system
Adsorption of carbon dioxide on microporous carbons
Feasibility of clathrate compounds for carbon dioxide removal from space cabin atmospheres
Prolonged carbon dioxide effects on acceleration tolerance of rabbits
Thermal disturbance radiative decay time in carbon dioxide at low pressures and for nonzero vibrational relaxation times
Oxygen reclamation from carbon dioxide using solid oxide electrolyte, noting water vapor catalytic effect
Experimental program to evaluate regenerable sorbents for carbon dioxide removal in space cabin environments
Positive space charge buildup produced in silicon dioxide by low energy electrons as function of beam energy and oxide thickness
Sulfur dioxide-helium laser pulsed and CW submillimeter outputs
Venus carbon dioxide spectral band analysis methods, discussing spectral lines and rotational temperatures obtained
Relative intensities of lines in vibration and rotation bands of isotopic carbon dioxide in planet Venus, tabulating partition functions
Spectroscopic observations of Venus atmosphere rotational temperature based on carbon dioxide band at 7883 A
Lithium peroxide utilization feasibility for oxygen supply and carbon dioxide control in extravehicular portable life support systems
Carbon dioxide band in Venus spectrum by dispersion analysis, deriving rotational temperature
Heats of adsorption of carbon dioxide on silver /I/ oxide and copper /II/ oxide by gas chromatography
Carbon dioxide levels monitoring in spacesuit research including limits of physiological acceptability
Carbon trioxide formation during ozone photolysis in liquid carbon dioxide and sulfur hexafluoride, noting ozone disappearance quantum yield independence of oxygen/ozone ratio
Method quantitatively converts water vapor to carbon dioxide permitting direct and rapid analysis of mixed-gas streams for water content.