REFLECTION SPECTRUM OF CUBIC ZINC SULFIDE IN THE INTERBAND TRANSITION REGION
Reflection spectrum of cubic zinc sulfide in the interband transition region 4000-400a - photon- electron interactions
SPECTRUM↗
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Results for “PHOTON-ELECTRON INTERACTION”
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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AN OPTIMUM DEMODULATOR FOR POISSON PROCESSES- PHOTON SOURCE DETECTORS
Optimum demodulator for poisson processes is determined for signal processing of photon radiation
PHOTON-ELECTRON INTERACTION↗
Inverse compton scattering of cosmic-ray electrons.
Inverse Compton scattering of cosmic ray electrons considered in isotropic thermal radiation field with arbitrary energy
COMPTON EFFECT↗
Suppression of excited species from sputter-ion pump by a zeolite trap.
Zeolite trap of migrating photon radiated by metastable argon atoms from sputter ion pump to ion collector
PHOTON-ELECTRON INTERACTION↗
Studies on Emission Processes in Optically Pumped Mercury Vapor
Electron transitions in optically pumped mercury vapor emission
ELECTRON TRANSITION↗
Neutrinos in astrophysics.
Neutrino processes in stellar evolution, discussing pair annihilation, plasma, photoneutrino, URCA, bremsstrahlung, photo-beta, photon-photon and electron-electron bremsstrahlung processes
PHOTON-ELECTRON INTERACTION↗
Red-shift arising from light passage in a magnetic field Semiannual report
Photon-photon scattering model for red shift of light passing through magnetic field
RED SHIFT↗
Excitation and photon emission rates of the auroral nitrogen first positive group.
Excitation and photon emission rates of auroral nitrogen first and second positive group
AURORAL EMISSION↗
Photon scattering cross sections at Lyman-alpha /1215.7 angstrom units/ for He and Ne.
Relative photon scattering cross sections for He and Ne at Lyman alpha, describing measurement technique
SCATTERING CROSS SECTION↗
Electron-positron pair production by ultrarelativistic electrons in a soft photon field
The fully differential cross section for photon-electron pair production is integrated numerically over phase space. Results are obtained for the astrophysically interesting case in which the interaction between an ultrarelativistic electron and a soft photon results in electron-positron pair production. The positron spectrum is a function of the energies of both the photon and the electron, as well as the angle of interaction. It is found that the energy at which the positron distribution peaks is inversely proportional to the photon energy and independent of the electron energy. The positron spectrum is integrated once more over initial electron energies for a power-law energy distribution of primary electrons. The same procedure is repeated for the recoil particle; it is shown that the peak of the recoil energy distribution depends linearly on the energy of the primary electron. Finally, semianalytical expressions are obtained for the energy losses of the primary electrons.
Mastichiadis, A.↗
Calculation of the lunar photon albedo from galactic and solar proton bombardment.
The lunar photon albedo due to cosmogenic and primordial photon sources has been calculated. The individual photon leakage spectra from prompt photons produced by galactic cosmic ray (GCR) and solar cosmic ray (SCR) induced nuclear interactions, from the decay of GCR- and SCR-induced radionuclides, and from the decay of naturally occurring radionuclides are given. An approximate estimate of the leakage from the photon-electron cascade initiated by the decay of neutral pions is also given. Monte Carlo methods have been used to determine the nucleon-meson cascade, and discrete-ordinates methods were used for the photon and low-energy neutron transport.
Armstrong, T. W.↗