Surface adsorption in magnesium oxide
Adsorption energies of argon and helium atoms and hydroxyl ions on magnesium oxide surfaces
ADSORPTION↗
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Results for “Magnesium oxide”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Formation of CO2 Radical Ions When CO2 Is Adsorbed on Irradiated Magnesium Oxide
Electron paramagnetic resonance spectrum of carbon dioxide adsorbed on ultraviolet irradiated magnesium oxide and formation of negative carbon dioxide radical ions
MAGNESIUM OXIDE↗
A study of irradiation-induced active sites on magnesium oxide using electron paramagnetic resonance
Ultraviolet irradiation-induced catalytic activity of magnesium oxide using electron paramagnetic resonance spectra
ULTRAVIOLET RADIATION↗
Study of rolling-contact phenomena in magnesium oxide Summary report no. 1
Rolling contact deformation using steel balls rolling on magnesium oxide single crystals
DEFORMATION↗
Study of rolling-contact phenomena in magnesium oxide
Study of rolling contact deformation phenomena in magnesium oxide single crystals
Dufrane, K. F.↗
Catholyte studies in copper oxide-magnesium thermal cells
Catholyte studies in copper oxide-magnesium thermal cells
Thaller, L. H.↗
Formation of CO sub 2 super minus radical ions when CO sub 2 is adsorbed on irradiated magnesium oxide.
Electron paramagnetic resonance spectrum of carbon dioxide when absorbed on UV irradiated magnesium oxide
CARBON DIOXIDE↗
Study of CO radicals on magnesium oxide with electron paramagnetic resonance techniques.
Adsorption of CO radicals on three types of magnesium oxide using EPR techniques, noting spectrum of adsorbed radical, bonding, etc
MAGNETIC SPECTROSCOPY↗
Study of CO radicals on magnesium oxide with electron paramagnetic resonance techniques
Spectrum, adsorption, and bonding of carbon monoxide radicals on magnesium oxide with electron paramagnetic resonance techniques
RADICAL↗
Effect of three metal additions on grain size of magnesium oxide after high-temperature heat treatments
Effect of additions of chromium, molybdenum, and tungsten on grain growth of magnesium oxide after high temperature heat treatment
HEAT TREATMENT↗
Discharge characteristics of some copper oxide-magnesium thermal cells.
Design influence on discharge characteristics of copper oxide magnesium thermal cells
Thaller, L. H.↗
Improved transmittance measurements in a magnesium oxide coated integrating sphere
Sodium salicylate disk for transmittance measurements in magnesium oxide coated integrating sphere
Bowman, R. L.↗
MEASUREMENTS OF THE OPTICAL CONSTANTS OF MAGNESIUM OXIDE AND CALCIUM TUNGSTATE SPECTRAL REGION BETWEEN 10 CM SUPER - 1 AND 100 CM SUPER - 1 AT 300 DEG K AND 90 DEG K
Measurement of optical constants of magnesium oxide and calcium tungstate
CALCIUM TUNGSTATE↗
The interaction of magnesium oxide and zirconium dioxide with refractory compounds at high temperatures in vacuo <vzaimodeystviye okisi magniya i dvuokisi tsirkoniya s tugoplavkimi soyedineniyami pri vysokikh temperaturakh v vakuume<
High temperature research in vacuum - magnesium oxide and zirconium dioxide interaction with refractory metal carbides, nitrates, and borides
VACUUM↗
Discharge characteristics of some copper oxide-magnesium thermal cells
Improved service life through reduction of self discharges in copper oxide-magnesium thermal cells
Thaller, L. H.↗
Effect of amount of electrolyte, drain rate and electrode geometry on performance of copper oxide-magnesium thermal cells
Effects of electrolyte amount, drain rate, and electrode geometry on copper oxide-magnesium thermal cell performance
Thaller, L. H.↗
Improved transmittance measurement with a magnesium oxide coated integrating sphere
Simple and convenient technique has been found for extending transmittance measurement capability of conventional magnesium oxide coated integrating sphere system at low (near ultraviolet) wavelengths. Technique can be used to determine effect of contaminants on window materials and can also be used for measurements on thermal control coatings and telescope mirrors.
Bowman, R. L.↗
Growth Kinetics of the S Sub H Center on Magnesium Oxide Using Electron Paramagnetic Resonance
Electron paramagnetic resonance spectroscopy was used to study the growth of S sub H centers on magnesium oxide powder which had hydrogen adsorbed on its surface. The centers were produced by ultraviolet radiation. The effects of both radiation intensity and hydrogen pressure were also studied. At constant hydrogen pressure and radiation dose, the initial S sub H center growth rate was found to be zero order. Beyond the initial region the growth rate deviated from zero order and finally approached saturation. The results are interpreted in terms of a model which assumes that the S sub H center is a hydrogen atom associated with a surface vacancy. Saturation appears to result from a limited supply of surface vacancies.
Jayne, J. P.↗