Linewidth and inversion ratio of iron-doped rutile.
Line widths and inversion ratios of iron doped rutile for suitability in broadband masers
LINE SPECTRUM↗
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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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Aluminum doping improves silicon solar cells
Aluminum doped silicon solar cells with resistivities in the 10- to 20-ohm centimeter range have broad spectral response, high efficiency and long lifetimes in nuclear radiation environments. Production advantages include low material rejection and increased production yields, and close tolerance control.
Source record↗
Development, fabrication, and delivery of neodymium doped YAG laser rods Third quarterly report, Sep. 18 - Dec. 18, 1965
Development and fabrication of neodymium doped YAG laser rods - growth of YAG crystals
CRYSTAL GROWTH↗
Spectral Emissivity of Highly Doped Silicon
Spectral normal emissivity of highly doped opaque silicon determined by free carrier absorption theory
ABSORPTION SPECTRUM↗
Development, fabrication, and delivery of neodymium doped YAG laser rods Final report, Mar. 19, 1965 - Mar. 19, 1966
Development, fabrication, and evaluation of neodymium doped YAG laser rods
YTTRIUM-ALUMINUM GARNET /YAG/ CRYSTAL↗
Annealing of neutron-irradiation-induced changes in impurity conduction in antimony- doped germanium.
Annealing of neutron irradiation induced changes in impurity conduction in Sb-doped Ge
NEUTRON BOMBARDMENT↗
Two-phonon absorption in ultrasonic paramagnetic resonance of uranium-doped calcium fluoride.
Two-phonon absorption in ultrasonic paramagnetic resonance of uranium-doped calcium fluoride, relating wave attenuation to ultrasonic intensity and magnetic field angular variation
WAVE ATTENUATION↗
Recombination-regeneration formula for hole- electron pairs in randomly doped semiconductor materials.
Recombination-regeneration formula for hole- electron pairs in randomly doped semiconductor materials
TIME DEPENDENCY↗
Annealing of radiation damage in lithium doped silicon.
Li doped Si solar cell, studying irradiation damage, recovery effect, carrier removal, time dependency and annealing
SOLAR CELL↗
Lithium doped radiation resistant silicon solar cells.
Li doped Si solar cell radiation resistance to high energy electrons, noting fabrication methods and annealing behavior differences
SILICON↗
Status of lithium-doped p super plus /n solar cells.
Li doped p-plus/n solar cells optimum design and radiation resistance, noting concentration and room temperature annealing conditions
ANNEALING↗
Precise doping of metals by small gas flows
Simple method was developed for doping refractory metals with oxygen. The metal specimens are heated in a dynamic high-vacuum system. The system can be used for other oxygen absorption processes /such as low-pressure oxidation measurements/ and for gases other than oxygen.
Barrett, C. A.↗
Effects of 22 MeV proton and 2.4 MeV electron radiation on boron and aluminum-doped silicon solar cells
Effects of 22 MeV proton and 2.4 MeV electron radiation on boron and aluminum doped silicon solar cells
Ellis, W. E.↗
Spectral emissivity of highly doped silicon
Spectral emissivity of highly doped silicon
Liebert, C. H.↗
Study of radiation effects in Li-doped silicon solar cells
Radiation effects in lithium-doped silicon solar cells
Carter, J. R.↗
Effects of zinc concentration on output of zinc doped germanium detectors
Effects of zinc concentration on output of zinc doped germanium infrared detectors
Hesketh, W. D.↗
The nature of precipitates in boron-doped TiC.
Transmission electron microscope investigation of two dimensional coherent precipitate platelets in boron doped titanium carbides
Venables, J. D.↗