Concentration-versus-depth profiles of hydrogen, carbon, and fluorine in lunar rock surfaces
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Padawer, G. M.↗
Engineering topics
Brandt, W.
Publications and source records attributed to Brandt, W..
Nuclear microprobe analysis of solar proton implantation profiles in lunar rock surfaces
Discussion of the results of hydrogen (proton) depth profile concentration analyses conducted on selected Apollo 16 rocks. A modeling of solar particle implantation profiles in lunar rocks is shown to trace the evolvement of these profiles under the combined influence of diffusion of atomic particles implanted in the rock, and rock surface erosion. It is also demonstrated that such diffusion may have a significant effect on the shape of the implantation profiles in certain rock materials.
Stauber, M. C.↗
Atomic oscillations in the statistical approximation.
Atomic dipolar spectral distribution function in statistical approximation derived from dynamic equations, describing atom density fluctuations induced by external field
INTEGRAL EQUATION↗
Energy loss of charged particles in plasmas status report, 1 jan. - 30 jun. 1964
Energy loss of charged particles in plasmas
CHARGED PARTICLE↗
Atomic response function.
Response functions of atoms, excited in external field of given frequency and of wavelength larger than atomic dimensions
ATOMIC EXCITATION↗