Radiocesium concentrations of surface sediment samples collected at I1 and IB2.</p
Comparison of 137Cs concentrations between the bulk sample and remaining sample from Stn. IB2.</p
137Cs and 134Cs as compounds of the radioactive release from the reactor catastrophy of Chernobyl on...
Uncertainties of the data based on 1σ counting statistics are less than or equal to the size of the ...
<p>Heavy metal concentrations in the surface sediment samples from each of the study sites.</p
<p>Inventory and flux of radiocesium in the sediment of the Tokyo Bay water system.</p
Autoradiography was used to detect 137Cs-enriched particles in sediment samples. The contributions o...
Autoradiography was used to detect 137Cs-enriched particles in sediment samples. The contributions o...
Autoradiographic image of subsamples No 2 from Stn. I1 (a) and No. 3 from Stn. I1 (b). The area surr...
Measured mass activities of radionuclides present in sediments in five mineral springs in Auvergne (...
To elucidate the activity concentration and behavior of radiocaesium, we observed the spatial and ve...
Cesium-enriched particles released from the Fukushima Daiich Nuclear Power Plant (NPP1) exist in the...
In this study, radiocesium and 40K analysis were accomplished for samples of riverbed sediments and ...
AbstractThe spatial distributions of radiocesium concentration in sea sediment to a core depth of 14...
Proceedings of the International Conference on Science and Science Education August 2015, p. SC.179-...
The Fukushima Dai-ichi Nuclear Power Stations (FDNPS) accident on March 2011 cause released large am...
Comparison of 137Cs concentrations between the bulk sample and remaining sample from Stn. IB2.</p
137Cs and 134Cs as compounds of the radioactive release from the reactor catastrophy of Chernobyl on...
Uncertainties of the data based on 1σ counting statistics are less than or equal to the size of the ...
<p>Heavy metal concentrations in the surface sediment samples from each of the study sites.</p
<p>Inventory and flux of radiocesium in the sediment of the Tokyo Bay water system.</p
Autoradiography was used to detect 137Cs-enriched particles in sediment samples. The contributions o...
Autoradiography was used to detect 137Cs-enriched particles in sediment samples. The contributions o...
Autoradiographic image of subsamples No 2 from Stn. I1 (a) and No. 3 from Stn. I1 (b). The area surr...
Measured mass activities of radionuclides present in sediments in five mineral springs in Auvergne (...
To elucidate the activity concentration and behavior of radiocaesium, we observed the spatial and ve...
Cesium-enriched particles released from the Fukushima Daiich Nuclear Power Plant (NPP1) exist in the...
In this study, radiocesium and 40K analysis were accomplished for samples of riverbed sediments and ...
AbstractThe spatial distributions of radiocesium concentration in sea sediment to a core depth of 14...
Proceedings of the International Conference on Science and Science Education August 2015, p. SC.179-...
The Fukushima Dai-ichi Nuclear Power Stations (FDNPS) accident on March 2011 cause released large am...
Comparison of 137Cs concentrations between the bulk sample and remaining sample from Stn. IB2.</p
137Cs and 134Cs as compounds of the radioactive release from the reactor catastrophy of Chernobyl on...
Uncertainties of the data based on 1σ counting statistics are less than or equal to the size of the ...
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