Titlebook: Behavior of Radionuclides in the Environment I; Function of Particle Kenji Kato,Alexei Konoplev,Stepan N. Kalmykov Book 2020 Springer Natur

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The Structure of Mathematical Immunologytrifying microorganisms. Those microorganisms affect transformation of chemical species of radionuclides through the function of cellular compounds as carboxyl and phosphoryl functional groups. Coordination environments of biosorbed Eu(III) by . sp. and . measured by time-resolved laser-induced fluo

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Lecture Notes in Biomathematicsce environments. It is suggested from in vitro experiment that denitrification decreases redox potential in a given environment as groundwater, leading to changes in behavior of migration of radionuclides. Thus, to elucidate the abundance of denitrifying bacteria in a given groundwater is regarded a

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Immunology and Infectious Diseaseg over 200 boreholes allocated to surrounding area, and various studies have been made for the evaluation of environmental effects in collaboration with international activities (Drozhko et al. .; Rumynin et al. .)..Referring to the works of Russian researchers (Rumynin ., and others) on monitoring

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Microbial Ecological Function in Migration of Radionuclides in Groundwater,rea of Lake Karachai in southern Ural. This study was conducted to answer the questions raised from previous studies at the same site on the difference in migration patterns between strontium-90 and nitrate, a co-contaminant regarded as an indicator of the motion of radionuclides. The results sugges