Ultrasonically induced changes in ESR spectra of Fe super 3 super plus -doped sapphire.
Ultrasonically induced changes in ESR spectra of Fe ions doped sapphire in low magnetic field at liquid He temperatures
Kagan, M. R.↗
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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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Spectroscopic and laser characteristics of neodymium-doped calcium fluorophosphate.
Laser oscillations and optical spectra of neodymium doped calcium fluorophosphate crystals
Mazelsky, R.↗
Study of radiation effects in Li-doped silicon solar cells Quarterly report, Aug. - Oct. 1968
Radiation effects in lithium doped silicon solar cells
Carter, J. R.↗
Study of radiation effects in Li-doped silicon solar cells Quarterly report
Irradiation and annealing of lithium doped silicon solar cells
Carter, J. R.↗
Charged particle radiation damage in semiconductors. Part 14 - Study of radiation effects in lithium doped silicon solar cells
Lithium doped silicon solar cells under electron irradiation and determination of semiconductor parameters
Carter, J. R.↗
Study to determine and improve design for lithium-doped solar cells Quarterly report, 24 Jun. - 30 Sep. 1969
Hall and resistivity measurements on lithium doped solar cells and silicon bars
Source record↗
Study and determination of an optimum design for space utilized lithium doped solar cells Quarterly report
Optimum design for space utilized lithium doped solar cells
Downing, R. G.↗
Acoustic paramagnetic resonance in arsenic- doped germanium.
Acoustic paramagnetic resonance in arsenic doped germanium, measuring spin-lattice relaxation
Etzold, K.-F.↗
Effect of chemisorbed oxygen on the electrical conductivity of Zn-doped polycrystalline SnO sub 2.
Chemisorbed oxygen effect on electrical conductivity of zinc doped polycrystalline tin oxides
Kohnke, E. E.↗
Effective masses in Zr-doped superconducting ceramic SrTiO sub 3.
Zr doped superconducting ceramic strontium titanate, noting effective electron mass variations and transition temperature
Eagles, D. M.↗
Electron shielding in heavily doped semiconductors.
Electron shielding in heavily doped many valley semiconductors, discussing Thomas-Fermi screening and Mott transition
Krieger, J. B.↗
Long term stability of lithium-doped solar cells irradiated with electrons, protons, or neutrons.
Photoresponse and minority carrier diffusion length long term stability of Li doped solar cells after proton, neutron and electron irradiation
Brucker, G. J.↗
300 deg K annealing of electron damage in lithium-doped silicon.
Lithium doped silcon acceptor concentration resulting from electron irradiation damage decreased by annealing at 300 degrees K
Stannard, J. E.↗
Diffusion technique for lithium-doped silicon
Sample is doped by constructing a sandwich of five slices of silicon with lithium dopant deposited on the outside surfaces of the second and fourth slices and placing the sample in the middle. Upon heating, the lithium diffuses through the carrier slices and into the sample wafer.
Kendall, D. L.↗
Silicon solar cells improved by lithium doping
Results of conference on characteristics of lithium-doped silicon solar cells and techniques required for fabrication indicate that output of cells has been improved to point where cells exhibit radiation resistance superior to those currently in use, and greater control and reproducibility of cell processing have been achieved.
Berman, P. A.↗
Effects of lithium doping on silicon solar cells Conference proceedings
Lithium and annealing effects, fabrication, and electrical properties of lithium-doped solar cells - conference
Berman, P. A.↗