Microprobe Attachment for Quantitative Studies of Cathode Luminescence
Monochromator photomultiplier attachment to electron microprobe for measuring luminescence of enstatite
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Monochromator photomultiplier attachment to electron microprobe for measuring luminescence of enstatite
Semiconducting Si luminescence arising from recombination of holes and electrons at point defects produced by neutron or gamma ray irradiation
Development and tests of Fraunhofer line discriminator for detection of luminescence of selected earth materials from low flying aircraft
Luminescence mechanisms of optical glasses and quartzes excited by charged particles
Silicate luminescence and remote compositional mapping
Developments in quantitative luminescence techniques
Vacuum ultraviolet measurement of reflectance and luminescence from rock samples
Visible and ultraviolet reflectance and luminescence for natural limestone
Far infrared luminescence from solids illuminated by visible light
Ultraviolet reflectance and stimulated luminescence for remote detection of naturally occurring rocks and minerals
Ultraviolet absorption and luminescence study for rock identification
High resolution luminescence spectra of electron irradiated silicon
Luminescent phenomena of high resistivity silicon and electrical characteristics of tunneling into low resistivity silicon
Luminescence spectra due to radiative recombination of optically injected carriers in Co 60 gamma ray and neutron irradiated Si at low temperature
Absorption and emission spectra of ruthenium 2 complexes dissolved in rigid glasses, discussing crystal field theory and luminescence
Ultraviolet light projects photographically produced images on a screen composed of a mixture of linear and nonlinear phosphors whose spectral emissions are different. This allows the display of polychromatic luminescent images, which gives better discrimination of the objects being viewed.
Recombination luminescence and electron tunneling in silicon
Ultraviolet photographic system for remote detection of luminescent minerals and rocks and discriminating among nonluminescent materials on basis of ultraviolet absorption