Titlebook: Atoms in Strong Fields; Cleanthes A. Nicolaides,Charles W. Clark,Munir H. Book 1990 Springer Science+Business Media New York 1990 UV.Zeem

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Theory of the Zeeman Effect in Highly Excited Atomsneering measurements by Garton and Tomkins [1], but, (together with those in classical theory), have been greatly stimulated over the last few years by the high resolution measurements on atomic hydrogen, made by the Bielefeld group [2].

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Research on Strong-Field Processes in the Ultraviolet Regionsity range 10.–10. W cm. (Ref. 1). Increasing the intensity of this laser is not simple, due to the self-focusing limit of the solid-state amplifying material. A method to overcome this limit has recently been developed,. where a chirped pulsed is amplified and then recompressed to give a short, intense pulse.

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,Professionelle Gespr?chsführung,me of uniquely quantum behavior as the DC field is changed. We show that ionization by classical chaos competes favorably with ionization by tunneling in the transition region, and that tunneling allows very sensitive spectroscopy of this region.

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Theory of the Stark Effect in Highly Excited Atomsm—are associated with the highly excited electron only. The thrust of the present approach is to obtain a complete description of an excited . atom in an electric field, and to consider modifications to the atomic spectrum introduced by the presence of a .hydrogenic atom’s core.

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Classical Chaos in One Dimensional Hydrogen in Strong DC and AC Electric Fieldsme of uniquely quantum behavior as the DC field is changed. We show that ionization by classical chaos competes favorably with ionization by tunneling in the transition region, and that tunneling allows very sensitive spectroscopy of this region.

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Elemente der bankbetrieblichen Führunginearly polarized microwave field. In this latter case however, there exists a critical value of the microwave field intensity above which localization is destroyed and strong quantum excitation takes place. Numerical computations confirm the above theoretical predictions which also agree with the experimental results so far available.