Titlebook: Nonequilibrium Vibrational Kinetics; Mario Capitelli Textbook 1986 Springer-Verlag Berlin Heidelberg 1986 Cross section.collision.diatomic

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V. D. Rusanov,A. A. Fridman,G. V. Sholinotentials of teaching across multiple cultural contexts. The book evolved from cumulative self-studies that examined one teacher educator’s teaching practice, the cultural impact on this practice, and how she facilitated transformative teaching and learning. While every act of teaching occurs across

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M. Capitelli,C. Gorse,A. Ricardotentials of teaching across multiple cultural contexts. The book evolved from cumulative self-studies that examined one teacher educator’s teaching practice, the cultural impact on this practice, and how she facilitated transformative teaching and learning. While every act of teaching occurs across

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educational research conducted by researchers from the Department of Learning and Philosophy and the Confucius Institute for Innovation and Learning at Aalborg University. Empirically, it reports on different approaches to teaching and learning of culture, including a student-centered task-based pr

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Introduction,hemistry, plasmaphysics, laser chemistry, laser modelling, dynamics of expanding flows, and atmospheric phenomena. It essentially deals with the study of the possibility of achieving vibrational distributions far from the Boltzmann ones, a problem which is linked to the interplay of the different mi

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Analytical Theory of Vibrational Kinetics of Anharmonic Oscillators,itions arise in many physical phenomena and processes, e.g., in sound propagation, shock waves, gas flows from openings and nozzles, electric discharge gases exposed to corpuscular or electromagnetic radiation, and in different chemical reactions. The nonequilibrium distributions can be either artif

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Vibration-Vibration and Vibration-Translation Energy Transfer, Including Multiquantum Transitions iate constants. So far this has been possible only for a few systems of mainly hydrogen-containing molecules and only for rotational excitation among the lower-lying levels of these molecules. For excited systems and for vibrational-excitation cross sections we still have to extract the information f

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Vibrational Energy Transfer in Collisions Involving Free Radicals,termined by the motion of nuclei on the potential energy hypersurface, or hypersurfaces, that correlate with the states of the pair of colliding species [5.1]. When these species are saturated and have closed electronic shells, the only attraction between them is usually weak and caused by dispersio

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Dynamics of Reactions Involving Vibrationally Excited Molecules,ions. When the original bonds are broken and new ones are formed, the continuum in the vibrational ladder of the reactant molecule has to be reached: any means of introducing energy into molecules (whether through light or collisions) has eventually to act upon specific vibrational modes. It is the

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Vibrational Excitation and Dissociative Attachment,es, plasma switches, and gas lasers. In this process, a diatomic (or polyatomic) molecule, under the impact of an electron, dissociates into its component atoms (or smaller molecular species) while the incident electron attaches itself to one of the component products. The rate of negative ion produ