Titlebook: Electron Scattering; From Atoms, Molecule Colm T. Whelan,Nigel J. Mason Book 2005 Springer-Verlag US 2005 Cluster.Confinement.Electron ener

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Joan T. Odell,Sandra H. Russellble of pushing the polarimetric accuracy of spectroscopic observations to unprecedented limits. The operation of these instruments has revealed a wealth of new phenomena, especially in the detection of puzzling signals of linear polarisation in the solar spectrum observed at small angular distances

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https://doi.org/10.1007/978-3-031-35535-6for the first time. Comparison is made with the EEL spectrum of sulphur hexafluoride (SF.). The photolysis of the compound has also been investigated to give an estimate of the lifetime in the atmosphere. It is estimated that the lifetime of SF.CF. is of the order of 1000 years. The lifetimes are th

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Jason J. S. Barton MD, PhD, FRCPCrvation, particularly for scattering in the backward hemisphere. Measurements of elastic and inelastic electron scattering in atoms and molecules using the technique are described together with observations of resonance excitation. New experimental opportunities presented by the technique are also d

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Homosexuality and Italian Cinemaave found an extremely asymmetric energy sharing between the two electrons and an angular asymmetry parameter . ≃ 2 for the fast electrons and . ≃ 0 for the slow electrons. The asymmetric energy sharing together with the asymmetry parameter . ≃ 2 for the fast electron indicate that the fast electron

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Michael Bochow,Jochen Drewes,Ralf Lottmannble time reversed processes is the ionization of protonium by electron impact. The large mass of the antiproton relative to the electron introduces key differences which have emerged in quantitative calculations. We have employed the advanced adiabatic approximation to compute ionization and protoni

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https://doi.org/10.1007/978-3-662-54946-9ntanglement are defined in the same way. Both correlation and entanglement connote mixing. Both are described as a deviation from a product (uncorrelated) form. In quantum optics the term entanglement is used to describe the spatial mixing of states of a system by external electromagnetic fields. In