Houston / New York / Copenhagen / Allendale / Göttingen / Hamburg / /
Company
Cambridge University Press / ACKNOWLEDGMENTS J.A.S. / Suzuki / /
Country
Germany / United States / United Kingdom / Denmark / /
Currency
pence / USD / / /
Event
Environmental Issue / /
Facility
American Institute of Physics Downloaded / University of Copenhagen / Grand Valley State University / American Institute of Physics / /
IndustryTerm
translational energy distribution / energy conservation / vs. photon energy / photon energy / photofragment translational energy distribution / minimum energy path / final translational energy / potential energy surfaces / energy separation / maximum available energy / greenhouse gas / rotational energy / translational energy / imaging / energy content / energy partitioning / energy / particular total energy / energy distributions / kinetic energy operator / ion imaging / low-energy tail / long-lived atmospheric trace gas / high excess energy / internal energy / upper state potential energy surface / specified total energy / symmetrical split operator algorithm / energy distribution / internal energy redistribution / /
Organization
Cambridge University / American Institute of Physics Downloaded / American Institute of Physics / Grand Valley State University / Max-Planck-Institut für Dynamik / U.S. Securities and Exchange Commission / Danish Chemical Society / Department of Chemistry / World Meteorological Organization / University of Copenhagen / /
Person
C. C. Marston / M. S. Johnson / J. A. Schmidt / M. N. Daud / R. N. Dixon / G. Raga / J. Nganga / R. Prinn / R. Van Dorland / R. Schinke / G. G. Balint-Kurti / P. Jimeno / G. Myhre / M. Schulz / A. Brown / Grant Nos / /
THE JOURNAL OF CHEMICAL PHYSICS 135, [removed]Photodissociation of N2 O: Energy partitioning J. A. Schmidt,1,a) M. S. Johnson,1 U. Lorenz,2 G. C. McBane,3 and R. Schinke4,b) 1