Potentials for He plus Ar and He plus plus Ne deduced from elastic scattering data
Replotted data for elastic scattering of helium ions on neon and argon
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Replotted data for elastic scattering of helium ions on neon and argon
Calculation of lifetime and transition probability of p-excited states of neon, argon, and krypton
Measurement of spontaneous emission phase fluctation in helium, neon lasers
Aluminum cold cathodes for helium-neon gas laser discharge tubes, giving graphs of pressure and power output vs time
Organic phosphors detection efficiency for neutrons compared with Monte Carlo theretical calculations
Transition probabilities and oscillator strengths in IR and visible spectra of neutral rare gases, using intermediate coupling approximation
Helium-neon laser discharge with striation oscillations in relation to pressure and current
Experimental design of lightweight helium neodymium laser unit for space application
Negative charge production by H atoms collisions with rare gases and hydrogen, noting smooth rise of cross section with energy for rare gases
Projected Hartree-Fock wave function analysis of inelastic proton scattering from neon-20
Cross section scattering and polarization data of 18 MeV protons from neon 20
Helium-neon laser and power supply for spacecraft
Electron temperature dependence of molecular neon ions recombination with electrons using microwave afterglow/mass spectrometer, obtaining recombination coefficient
The interatomic V(r) found by potential-model calculations is compared to an ab initio calculation of the intermolecular potential for NeH+ due to Peyerimhoff (1965). The reason for a rather significant difference in the two results is discussed, and a new method due to Remler (1971) involving Regge poles is applied. The method can be used to calculate the differential cross section, where the starting point for such calculations is based on intuition in light of the classical deflection function.
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