Titlebook: Atomic Physics with Heavy Ions; Heinrich F. Beyer,Viatcheslav P. Shevelko Book 1999 Springer-Verlag Berlin Heidelberg 1999 Beta decay.Plas

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Relativistic Ion-Atom Collisionsle velocity is comparable to the speed of light and in which inner shells of high-. ions are involved, so that the electrons also move relativistically. We will regard collisions as relativistic, if the projectile energy exceeds 100 MeV/u. In this overview, we discuss recent improvements of experime

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Electron-Impact Ionization and Recombination of Highly Charged Ionsheavyion storage rings and traps has provided access to very detailed measurements on electron-impact ionization and recombination of ions from H− to U.. In addition to mere cross sections and rate coefficients, the measurements provide insight into fundamental issues of atomic structure and atomic

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Projectile Ionization and Capture Reactions in Ion-Atom Collisions atoms and molecules at relative energies of 1–500 MeV/.. Experimental data and theoretical methods for estimation of the corresponding charge-changing cross sections in this energy range are discussed. Recently measured beam lifetimes of stored heavy ions are compared with theoretical predictions.

Mindfulness

Charge Changing Processes in Ion-Ion Collisionsges. In recent years, the impetus for accurate cross section data for such collisions has become greater due to research in thermonuclear fusion using either magnetic or inertial confinement..Compared with ion-atom collisions, experimental investigations of ion-ion collisions are quite scarce since

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Pavel Holeček,Jana Talašová,Jan Stoklasawith renormalization the predictions of bound-state QED can be tested to very high precision by measurements of the Lamb shift of electron levels in highly charged ions. Dominant corrections to the energy spectrum are due to the finite nuclear size and to QED effects: self energy and vacuum polariza

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