Stability of silicate minerals Final report, 1 Feb. 1966 - 1 Jun. 1968
Stability of silicate minerals as function of pressure, temperature, and oxygen fugacity
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Stability of silicate minerals as function of pressure, temperature, and oxygen fugacity
Order - disorder kinetics in silicates
Thermal control coating for spacecraft based on silicate treatment of zinc oxide
Annealing characteristics of heavy ion tracks in silicate minerals
Mechanisms of recovery of radiation damaged silicate treated zinc oxide thermal control coatings
Ultralow expansion titanium silicate as telescope mirror material
Oxides and silicates universal equations of state based on experimental data including elastic properties, density, mean atomic weight relations and geophysics interpretations
Silicates thermal conductivity-Debye temperature relationship from thermal conductivity and acoustic data, applying to earth conductivity measurements
Proton and electron irradiation producing oxygen vacancies in silicates, minerals and rocks, indicating similar processes in lunar surface materials erosion and transport
Interstellar silicate absorption in IR spectra, discussing existing observations
Thermal release profiles and retention coefficients of injected argon ions for silicates and iron simulating meteoritic materials
Silicate inclusions in iron meteorites analyzed by microprobe and classified according to phase assemblages, compositions and textures
Quartz- and silicate-graphite mixtures carbothermal reduction in vacuum at 1400 C
Interstellar silicate absorption bands four color photometric observations in galactic direction, using metal mirror telescope
Calcium-bearing iron silicate /pyroxferroite/ from Apollo 11 lunar Tranquility Base samples, discussing petrographic environment, physical and optical properties
Lunar crystalline rock static and dynamic deformation, examining regolith and silicates textures and structures
Lunar petrology of silicate melt inclusions from Apollo 11 rock samples, discussing heating experiments
Neutron activation determined concentrations of Ni, Ga, Ge and Ir in iron meteorites with silicate inclusions