WebBinary theory of electronic stopping, developed recently with the aim of quantifying stopping forces on swift heavy ions, has been applied to antiproton stopping. Essential ingredients in the theory are inverse-Bloch and shell corrections. The numerical input consists of the excitation spectrum of the stopping material, characterized by bundled … WebSep 14, 2024 · The Bloch correction is known as the link between Bethe’s quantum theory of the stopping of charged particles in matter and Bohr’s classical theory. Less well-known and underestimated in the literature, is …
Statistics of heavy-ion stopping - NASA/ADS
WebBinary stopping theory, although developed to describe heavy-ion stopping, has a potential in light-ion stopping which is examined in this paper. We study antiprotons, hydrogen and helium ions penetrating through elemental materials and lithium fluoride. WebImpact-parameter-dependent stopping of swift ions. I. Binary theory Europ. Phys. J. D 56, 41-50 (2010) P. Sigmund, A. Schinner . Impact-parameter-dependent stopping of swift ions. ... Velocity Dependence of Heavy-Ion Stopping below the Maximum Nucl. Instrum. Methods B 342, 292-299s (2014) P.Sigmund, O.Osmani, A.Schinner . cryptic nebula - amalgamation of stars
Nonlinear effects in stopping of partially ionized swift heavy ions
WebOct 1, 2002 · Binary stopping theory has been developed to characterize the electronic stopping of swift heavy ions in matter. It is an extension of Bohr’s classical theory of … WebThis model was developed with the aim of calculating stopping forces for heavy ions at moderately high velocities, where a classical-orbital calculation is typically superior to the … WebNov 1, 1997 · The stopping of swift nonrelativistic heavy ions has been analyzed theoretically as a function of the projectile charge q{sub 1}. Excitation and ionization of target electrons are described within Bohr{close_quote}s classical theory and the limitations toward Bethe{close_quote}s quantal description are outlined. crypticness meaning