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Molecular‐Type Motion of Relativistic Electrons at Planar Channeling in Crystals

E. G. VyatkinInstitute of Nuclear Physics, Tomsk Polytechnical InstituteS.A. VorobievInstitute of Nuclear Physics, Tomsk Polytechnical Institute

physica status solidi (b)journal1987en

ABI

Annotatsiya

Abstract Channeling of relativistic electrons in (111) planar direction in a diamond crystal and the channeling radiation spectra are investigated using computer simulation by the binary collisions model and using the model of a continuum potential of the atomic planes. The calculations are performed for electrons with the energy E 0 = 900 MeV. The peculiarities revealed of the angular distributions and radiation spectra of electrons in the atomic‐ and molecular‐type states allow to discern these channeling states in the experiment.

Mavzular

Crystallography and Radiation Phenomena Nuclear materials and radiation effects Microstructure and mechanical properties

Identifikatorlar

DOI: 10.1002/pssb.2221440206

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