Research on Environmental Tritium in Rokkasho-Mura

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Bioassay for Neutron-Dose Estimations of Three Patients in the JCO Criticality Accident in Tokai-mura by Measuring β-ray Emitters
Bioassay for Neutron Dose Estimation of Three Victims in JCO Criticality Accident by Measuring P-rayErnitter. 4. Dose evaluation on the basis of 32P in urine.
A new method using enhanced green fluorescent protein (EGFP) to determine grazing rate on live bacterial cells by protists
Computational Analysis of Community Level Impacts of Radiation to the Microcosm
Combined Effects of γ-rays and Acidification on an Experimental Model Ecosystem
Model Simulation of Ecological Impacts of Rlladiation on the Microbial Ecosystem
Biokinetics of Radiocarbon ingested by Rats as a Food
Bioassay for Neutron Dose Estimation of Three Victims in JCO Criticality Accident by Measuring β-ray Emitters 2. Determination of 32P concentration in hair of the victims and estimation of the fast neutron dose
Comparative Evaluation of Ecological Effects of Ionizing Radiation and Other Toxic Agents Using a Microcosm
Evaluation of Ecological Effects of Ionizing Radiation and Other Toxic Agents Using a Microcosm
Bioassay for Neutron Dose Estimation of Three Victims in the JCO Criticality Accident by Measuring β-ray Emitters 3. Specific activities of 45Ca and 32P induced in two victims' bones
Bioassay for Neutron Dose Estimation of Three Victims in the JCO Criticality Accident by Measuring β-ray emitters 1. Bioassay as an emergency countermeasure
Verification and Improvement of Tritium Biokinetic Model using a System of Environmental Radionuclide Movement Analysis (ERMA)
Comparative Evaluation of the Effects of Radiation and Acidification on Aquatic Ecosystems Using a Microcosm.
Assessment of Radiation Effects on Ecosystem Using Microcosms
Research on Environmental Tritium in Rokkasho-Mura

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