Stuttgart / Cambridge / Toronto / Chernobyl / Helsinki / Oxford / /
Company
Tritium Working Group / Pergamon Press / A. A. Kirsch N. A. / H. A. Mooney S. A. / /
Country
Germany / France / Japan / United States / Canada / Finland / / /
Facility
Plant Physiol / B. Weir / University Press / Japan Atomic Energy Research Institute / C4 plant / /
IndustryTerm
radiation energy / trace gas / theoretical solution / gas phases / gas absorption / gas fluxes / gas concentration / turbulent kinetic energy / forest site / mountainous site / gas deposition rate / surface energy / gas deposition / energy budget / chemical reaction / chemical and biological factors / chemical / heterogeneous chemical reactions / /
MusicAlbum
Culture / TECHNOLOGY / Sports / SCIENCE / /
NaturalFeature
Forest Meteorol / Kane forest / Dutch forest / Kane Experimental Forest / /
Organization
Universität Bayreuth / Japan Atomic Energy Research Institute / International Atomic Energy Agency / Universität Münster / Japan Atomic Energy Agency / Ministry of Education / Atomic Energy Society of Japan / /
Person
Eugen Ulmer / C. Chamberlain / P. Bouchou / V / Robert -Koch Str / /
Position
multilayer atmosphere-soil-vegetation model / " J. Appl / Major / small and large temporal *Corresponding author / atmosphere-soil-vegetation model / " J. Appl / DREAM model / " Atmos / /
Progress in NUCLEAR SCIENCE and TECHNOLOGY, Vol. 2, ppARTICLE Development of an Atmosphere-Soil-Vegetation Model for Investigation of Radioactive Materials Transport in the Terrestrial Biosphere