Heavy particle ionization /h, he, li, b, c, n, o, f, ne, ar/ and the proliferate capacity of neoplastic cells in vivo
Relative biologic effect of irradiation of mice with various heavy ions
MOUSE↗
SEARCH · Engineering Papers
Results for “Li”
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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The distribution of rotational energy in n sub 2 plus excited by 3 kev li plus ions.
Rotational energy distribution in nitrogen extended to higher quantum numbers showing that rotational levels are populated according to Boltzmann distribution
ENERGY DISTRIBUTION↗
Calculated elastic scattering cross sections for the li super plus -he system.
Energy dependence of total and differential elastic cross section for lithium ion-helium atom for number of interaction potentials
POTENTIAL ENERGY↗
Utilizing the Li-Cl sub 2 power plant for critical weapons applications.
Lithium chloride power plant theory and technology, noting application to critical weapons systems
WEAPON SYSTEM↗
Measurement of the B 10/n, alpha/Li 7, Li 7' relative cross sections in the keV region
Boron 10/neutron, alpha particle/ lithium 7, lithium 7 resonance relative cross sections in keV region
Bogart, D.↗
Absorption of pyrimidines, purines and nucleosides by Li, Na, Mg, and Ca montmorillonite /clay organic studies 12/
Absorption of purines, pyrimidines, and nucleoside in aqueous solution by montmorillionite occurring as cation exchange reaction
Brindley, G. W.↗
Study of radiation effects in Li-doped silicon solar cells
Radiation effects in lithium-doped silicon solar cells
Carter, J. R.↗
Localized vibrational modes of Li and P impurities in germanium.
IR absorption bands due to localized vibrational modes of lithium and P impurities in germanium at liquid-nitrogen temperature
Cosand, A. E.↗
X-ray determination of electron momenta in Li, Be, B, Na, Mg, Al, and LiF.
X ray determination of electron momentum density in various metals using Compton line-shape measurements
Phillips, W. C.↗
Satellite measurements of the low-energy cosmic-ray Li, Be, B, C, N, O, F nuclei and their implications.
Cosmic ray differential energy spectrum and chemical abundance of elements from lithium to fluorine near minimum solar modulation measured by IMP 3
Fan, C. Y.↗
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.↗
Production and annealing of defects in Li-diffused silicon after 30-MeV electron irradiation at 300 K
Production and annealing of defects in lithium diffused silicon after electron irradiation
Berger, R. A.↗
Galactic abundances and spectra of cosmic rays measured on the IMP-4 satellite. II - Li, Be, B and the medium nuclei
Galactic cosmic ray energy spectra of light and medium nuclei from IMP-4 satellite measurements, investigating L/M ratio
Garcia-Munoz, M.↗
Development of Cr-Li-Y2O3 coatings for chromium-base alloys Final report
Plasma sprayed chromium lithium yttria coatings for improved oxidation resistance of chromium alloys
Clark, J. W.↗
Classical study of rotational excitation of a rigid rotor: Li+ plus H2
Classical trajectory study of rotationally inelastic scattering of hydrogen molecules by collisions with lithium ions
La Budde, R. A.↗
Hall effect study of electron irradiated Si(Li)
Measurement of the Hall coefficient as a function of temperature between 15 and 300 K allows the separate determination of donor and acceptor concentrations in silicon samples which were irradiated at 240 K by 1-MeV electrons and then thermally annealed at 300 K. In both lithium- and phosphorus-doped silicon irradiation increased the acceptor concentration and decreased the donor concentration due to the formation of vacancy donor pairs. Annealing did not change either concentration in phosphorus-doped silicon and caused both concentrations to decrease in silicon doped with moderate amounts of lithium. In addition to this, in both lithium- and phosphorus-doped silicon the concentration and energy level of the A center were measured at each point in the sample's history. This experiment was limited to float-zoned silicon doped with less than 6 x 10 to the 14th power donors per cu cm.
Stannard, J.↗
Code CUGEL: A code to unfold Ge(Li) spectrometer polyenergetic gamma photon experimental distributions
A FORTRAN code was developed for the Univac 1108 digital computer to unfold lithium-drifted germanium semiconductor spectrometers, polyenergetic gamma photon experimental distributions. It was designed to analyze the combination continuous and monoenergetic gamma radiation field of radioisotope volumetric sources. The code generates the detector system response matrix function and applies it to monoenergetic spectral components discretely and to the continuum iteratively. It corrects for system drift, source decay, background, and detection efficiency. Results are presented in digital form for differential and integrated photon number and energy distributions, and for exposure dose.
Steyn, J. J.↗