Applications of luminescence techniques to the study of the lunar surface
Optical fluorescence spectra of rock forming minerals for quantitative analysis of lunar surface
Engineering topics
Publications and source records attributed to Greer, R. T..
Optical fluorescence spectra of rock forming minerals for quantitative analysis of lunar surface
Optical fluorescence of lunar transients in UV to IR range for rock forming silicates, using electron microprobe with cathode luminescence capability
Proton and UV excited luminescence of Apollo 11 Tranquillity rocks and fines, indicating solar wind impingement
Enstatite luminescence response for bulk specimens, powders and individual grains, considering selenological implications
Cathodoluminescence of enstatite from chondritic and achondritic meteorites and selenological implications
IBM 7074 computer program for computation of insolation tables for surface of Mars
Optical fluorescence spectra of rock-forming minerals for identifying mineral grains found on lunar surface
Developments in quantitative luminescence techniques
Cathodoluminescence device for rapid identification of phase assemblages in solid state reaction system magnesium oxide-magnesium silicate /enstatite/
Electron microprobe analysis of quartz and alumina darkening upon solar wind ion bombardment, noting existence of iron, tungsten and carbon in samples
Elemental composition effect on electron excited fluorescence of serpentines determined by spectral examination with electron microprobe
Monochromator photomultiplier attachment to electron microprobe for measuring luminescence of enstatite