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THE JOURNAL OF CHEMICAL PHYSICS 125, 114302 2006 State-to-state rotational transitions in H2 + H2 collisions at low temperatures Teck-Ghee Leea Department of Physics and Astronomy, University of Kentucky, Lexington,
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Document Date: 2006-09-19 12:47:36


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New York / Las Vegas / Lexington / Reading / London / /

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Daresbury Laboratory / Teck / Oak Ridge National Laboratory / /

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United Kingdom / /

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Facility

University of Georgia / H2 complex / Penn State University / American Institute of Physics Downloaded / University of Nevada / Harvard-Smithsonian Center / University of Kentucky / Berks-Lehigh Valley College / American Institute of Physics / /

IndustryTerm

chemical accuracy / subthermal energy region / astrophysical applications / chemical dynamics studies / potential energy surfaces / projectile energy levels / zero-energy resonances bound/quasibound states / incident kinetic energy / energy / quasiresonant vibration-rotation energy transfer8 / rotational and vibrational energy transfers / rotational kinetic energy operator / kinetic energy operator / kinetic energy / zero-energy resonances / collision energy / published ab initio interaction potential energy / rotational energy transfer / asymptotic solutions / energy regime / pure rotational energy transfer / zero-energy limit / energy dependence / potential energy surface / rigid rotor potential energy surface / collision energy range / low-energy region / /

Organization

Berks-Lehigh Valley College / American Institute of Physics / University of Georgia / Athens / National Science Foundation / Harvard / Department of Physics and Astronomy / U.S. Securities and Exchange Commission / University of Nevada / Penn State University / Leea Department of Physics and Astronomy / R. C. Forrey Department of Physics / N. Balakrishnan Department of Chemistry / University of Kentucky / National Aeronautics and Space Administration / C. Stancil Center for Simulational Physics / Gary J. Ferland Department of Physics and Astronomy / Smithsonian Center for Astrophysics / Stancil Center for Simulational Physics / Institute for Theoretical Atomic / Molecular / and Optical Physics / /

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Lin / Johnson Ref / Diep Ref / Lin Ref / Guo Ref / Grant Nos / N. Balakrishnan / V / R. C. Forrey / V / /

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author / /

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Canon GL1 Camcorder / /

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Kentucky / New Brunswick / Nevada / New York / Tennessee / Pennsylvania / Georgia / /

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THE JOURNAL OF CHEMICAL PHYSICS / /

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radiation / spectroscopy / time-dependent Hartree algorithm / /

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