Get Atomic Inner-Shell Processes PDF

By Bernd Crasemann

ISBN-10: 0121969010

ISBN-13: 9780121969011

ISBN-10: 0323148808

ISBN-13: 9780323148801

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W) dW / ' B J K In Table I and Fig. 10, the values of W — θ are shown for several values of the screening constant θκ and for some typical collision energies η. 0 10 V Fig. 10. Calculated average kinetic energy (energy transfer less binding energy) for electrons ejected from the Κ shell as a function of incident energy Ε for two values of the screening parameter θκ . R* . Don Η. Madison and Ε. 346 ° The electron energy and the reduced en­ ergy η = mE/M are in units of Z£R*. seen that W — θ , which represents the average kinetic energy of the active electron in its final state, ranges between 10 and 100% of the iC-shell binding energy throughout the periodic table and is less than 100 eV only for I0W-Z2 target atoms and very low incident energies (kiloelectron volt region).

Seen that W — θ , which represents the average kinetic energy of the active electron in its final state, ranges between 10 and 100% of the iC-shell binding energy throughout the periodic table and is less than 100 eV only for I0W-Z2 target atoms and very low incident energies (kiloelectron volt region). These observations suggest that excitation of inner-shell electrons to unoccupied discrete bound levels of the atom usually does not contribute significantly to the total cross section for production of an inner-shell vacancy.

68) for the transi­ tion amplitude with a straight-line trajectory is the appearance of the instantaneous quantities R(0), €(0), and #(0), which are all evaluated at t = 0, when the projectile is nearest the nucleus. In the same spirit, the deflection of the projectile due to Rutherford scattering can be partially included if £ = [χ + (y — 6 ) ] and ζ in Eq. (68) are replaced by ξ' = {χ'2 + [y' - R(0)] } and z'. The quantities R(0) and b are simply related for hyperbolic Kepler orbits. A formal justification of expression (70) is given in Sec.

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Atomic Inner-Shell Processes by Bernd Crasemann


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