Chemistry and mineralogy of the Lost City meteorite
Lost City /Oklahoma/ meteorite classification as type H5 chondrite based on bulk chemical composition, mineralogy and petrography
Doan, A. S., Jr.↗
Engineering topics
Walter, L. S.
Publications and source records attributed to Walter, L. S..
Mineralogical studies of Apollo 12 samples
Petrography and mineral composition of Apollo 12 crystalline rocks
Adler, I.↗
Electron microprobe analysis of Apollo 11 lunar samples
Electron microprobe and petrographic analyses of crystalline rock and separates from apollo 11 lunar soil samples
Adler, I.↗
Quantitative mineralogy of an Apollo 11 lunar sample
Apollo 11 lunar rock mineralogy, examining petrographic and chemical features by light microscopy, electron microprobe microanalysis and detector system
French, B. M.↗
Oxygen pressure during the formation of meteorites
Oxygen pressure as function of temperature in stony meteorite formation
Walter, L. S.↗
The major-element composition of individual chondrules of the Bjurboele meteorite.
Bjurbole chrondrules composition and density, discussing formation of homogeneous olivines and pyroxenes
Walter, L. S.↗
The major-element composition of 82 Bjurbole chondrules
Major element composition of Bjurbole chondrules
Walter, L. S.↗
Planetology
Planetology research in 1967, with data on planet atmospheres and origins, moon, meteorites, impact cratering, and metamorphism
French, B. M.↗
Vapor fractionation of silicate melts at high temperatures and atmospheric pressures.
Oxide volatility of silicate melts at high temperatures and pressures by vapor fractionation
Giutronich, J. E.↗
Tektite compositional trends and experimental vapor fractionation of silicates.
Tektite composition considered from results of high temperature vapor fractionation of silicates
TEKTITE↗
Ferrous ion order-disorder in meteoritic pyroxenes and the metamorphic history of chondrites.
Ferrous ion order-disorder in meteoritic pyroxenes, using Moosbauer iron 57 absorption, noting metamorphic history of chondrites
METAMORPHISM↗
Standards for electron probe microanalysis of silicates prepared by convenient method
Standard compositions suitable for electron probe microanalysis of various silicates are prepared by coprecipitation of specified salts with colloidal silica to form a gel which is decomposed into a powdered oxide mixture and compressed into thin pellets. These pellets of predetermined standard are compared with a silicate sample to determine its composition.
Walter, L. S.↗
Lunar differentiation processes.
Igneous rock differentiation as applied to Moon, noting pressure-depth and pressure-temperature phase relationships
LUNAR SURFACE↗
Petrology of venus - further deductions.
Pressure-temperature equilibrium conditions for decarbonation reactions, which may control carbon dioxide pressure of venus atmosphere
CARBON DIOXIDE↗