Titlebook: Atoms and Molecules in Intense Fields; L. S. Cederbaum,K. Codling,P. S. Schmelcher Book 1997 Springer-Verlag Berlin Heidelberg 1997 Anorga

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LINES

Two interacting charged particles in strong static fields: A variety of two-body phenomena,es with an extraordinarily large electric dipole moment in crossed electric and magnetic fields. For ionic two-body systems the regions of strong mixing of the center of mass and internal motion are identified and investigated. As major effects we observe the classical self-stabilization as well as selfionization processes of the ion.

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Microwave multiphoton excitation and ionization,tly non-resonant microwave ionization, in fact, occurs by resonant transitions through intermediate states. These experiments demonstrated clearly the power of Floquet analysis of such processes, and the ideas were subsequently applied to the analogous problem of laser multiphoton ionization.

油氈

https://doi.org/10.1007/978-3-319-04226-8to ascertain which, if either, of these models is correct, more definitive experiments are required, involving interferometric control of laser parameters, good laser characterisation, and a more careful analysis of the dissociation dynamics.

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GRIEF

浮雕

Studies in Fuzziness and Soft Computingially by Lieb and co-workers. Chemistry in intense magnetic fields is thereby compared and contrasted with terrestrial chemistry. Some emphasis is then placed on a model of confined atoms in intense electric fields: the statistical Thomas-Fermi approximation again being the central tool employed.

Organonitrile