Abstract
The Marine Radioecology Laboratory started its operation in the 1980s, when Romania launched a nuclear programme. Its first activities were developed within a collaboration framework. The beta and gamma global methods have been used for radioactivity measurements in marine samples or in situ. Experimental work was followed by monochannel spectrometry using radiotracers in biota. The IAEA has supported and improved the use of modern methods such as high resolution multichannel spectrometry and liquid scintillation counting. Sustainable monitoring of marine radioactivity has been initiated. Participation in national and international intercomparison tests gave good results. Many research projects and scientific collaborations have been supported. The published results are a reference for further work and impact assessments of contaminants. Nowadays, using European funds, the Laboratory has new perspectives based on modern methods and installations. (author)
Patrascu, V.;
Bologa, A. S.
[1]
- Grigore Antipa National Institute for Marine Research and Development, Constanta (Romania)
Citation Formats
Patrascu, V., and Bologa, A. S.
Traditions and New Perspectives for Marine Radioecology in Romania.
IAEA: N. p.,
2013.
Web.
Patrascu, V., & Bologa, A. S.
Traditions and New Perspectives for Marine Radioecology in Romania.
IAEA.
Patrascu, V., and Bologa, A. S.
2013.
"Traditions and New Perspectives for Marine Radioecology in Romania."
IAEA.
@misc{etde_22123119,
title = {Traditions and New Perspectives for Marine Radioecology in Romania}
author = {Patrascu, V., and Bologa, A. S.}
abstractNote = {The Marine Radioecology Laboratory started its operation in the 1980s, when Romania launched a nuclear programme. Its first activities were developed within a collaboration framework. The beta and gamma global methods have been used for radioactivity measurements in marine samples or in situ. Experimental work was followed by monochannel spectrometry using radiotracers in biota. The IAEA has supported and improved the use of modern methods such as high resolution multichannel spectrometry and liquid scintillation counting. Sustainable monitoring of marine radioactivity has been initiated. Participation in national and international intercomparison tests gave good results. Many research projects and scientific collaborations have been supported. The published results are a reference for further work and impact assessments of contaminants. Nowadays, using European funds, the Laboratory has new perspectives based on modern methods and installations. (author)}
place = {IAEA}
year = {2013}
month = {Jul}
}
title = {Traditions and New Perspectives for Marine Radioecology in Romania}
author = {Patrascu, V., and Bologa, A. S.}
abstractNote = {The Marine Radioecology Laboratory started its operation in the 1980s, when Romania launched a nuclear programme. Its first activities were developed within a collaboration framework. The beta and gamma global methods have been used for radioactivity measurements in marine samples or in situ. Experimental work was followed by monochannel spectrometry using radiotracers in biota. The IAEA has supported and improved the use of modern methods such as high resolution multichannel spectrometry and liquid scintillation counting. Sustainable monitoring of marine radioactivity has been initiated. Participation in national and international intercomparison tests gave good results. Many research projects and scientific collaborations have been supported. The published results are a reference for further work and impact assessments of contaminants. Nowadays, using European funds, the Laboratory has new perspectives based on modern methods and installations. (author)}
place = {IAEA}
year = {2013}
month = {Jul}
}