High specific activity radionuclides (HSARN) are a powerful tool to label a large range of chemistry species at very low concentation levels. To obtain these radiotracers in a very high specific activity form, it is necessary to optimize the prodaction methods, to separate and purify them from the irradiated target without the addition of inactive carrier, to carry out a series of analytical and radioanalytical tests to determine their "true" specific activity and to verify a series of purity parameters. A review of irradiation methods and nuclear parameters adopted in the author's labs. for the preparation of some tens of radiotracers is presented with 40 refs
ABSTRACT OF THE DISSERTATIONProduction of High Specific Activity Radioisotopes via the Szilard-Chalm...
ABSTRACT OF THE DISSERTATIONProduction of High Specific Activity Radioisotopes via the Szilard-Chalm...
A review. Both essential and toxic elements are present in the biosphere in different inorg. and or...
The use of High Specific Activity Radionuclides HSARNs, obtained by either proton, deuteron or alph...
Low- and medium-energy accelerators and sometimes thermal nuclear reactor, allow production of very...
High specific activity radiotracers, used in studies related to trace elements and human health, mus...
In this paper are presented the production methods for very "high specific activity" radionuclides (...
High sp. activity radionuclides are a powerful tool for labeling a large range of inorganic and orga...
After the deployment of the “radiotracer technique” in the 1920s by the Hungarian born radiochemist ...
This work reviews the more recent advances in this field carried out by the authors groups. High sp...
Radionuclides of very high specific activity A(S)(t) have great relevance for applications in the li...
The use of High Specific Activity Radiotracers, obtained by either proton or alpha cyclotron irradia...
The use of High Specific Activity Radionuclides HSARNs, obtained by either proton, deuteron or alpha...
The use of radionuclides plays a crucial role in Nuclear Medicine in the areas of diagnostics, of me...
The use of radionuclides plays a crucial role in Life Science: this use is applied in nuclear medici...
ABSTRACT OF THE DISSERTATIONProduction of High Specific Activity Radioisotopes via the Szilard-Chalm...
ABSTRACT OF THE DISSERTATIONProduction of High Specific Activity Radioisotopes via the Szilard-Chalm...
A review. Both essential and toxic elements are present in the biosphere in different inorg. and or...
The use of High Specific Activity Radionuclides HSARNs, obtained by either proton, deuteron or alph...
Low- and medium-energy accelerators and sometimes thermal nuclear reactor, allow production of very...
High specific activity radiotracers, used in studies related to trace elements and human health, mus...
In this paper are presented the production methods for very "high specific activity" radionuclides (...
High sp. activity radionuclides are a powerful tool for labeling a large range of inorganic and orga...
After the deployment of the “radiotracer technique” in the 1920s by the Hungarian born radiochemist ...
This work reviews the more recent advances in this field carried out by the authors groups. High sp...
Radionuclides of very high specific activity A(S)(t) have great relevance for applications in the li...
The use of High Specific Activity Radiotracers, obtained by either proton or alpha cyclotron irradia...
The use of High Specific Activity Radionuclides HSARNs, obtained by either proton, deuteron or alpha...
The use of radionuclides plays a crucial role in Nuclear Medicine in the areas of diagnostics, of me...
The use of radionuclides plays a crucial role in Life Science: this use is applied in nuclear medici...
ABSTRACT OF THE DISSERTATIONProduction of High Specific Activity Radioisotopes via the Szilard-Chalm...
ABSTRACT OF THE DISSERTATIONProduction of High Specific Activity Radioisotopes via the Szilard-Chalm...
A review. Both essential and toxic elements are present in the biosphere in different inorg. and or...