Abstract
Neutron irradiation of the sample while frozen in a cooling device inserted in a reactor channel has been carried out in the analysis of iodine in aqueous samples as well as of mercury in biological tissue and water. For the simultaneous irradiation of a large number of aqueous solutions the samples were arranged in a suitable geometry in order to avoid mutual flux perturbation effects. The influence of the neutron temperature on the activation process has been discussed. Potential applications of the low temperature irradiation technique are outlined.
Citation Formats
Brune, D.
Aspects of Low Temperature Irradiation in Neutron Activation Analysis.
Sweden: N. p.,
1968.
Web.
Brune, D.
Aspects of Low Temperature Irradiation in Neutron Activation Analysis.
Sweden.
Brune, D.
1968.
"Aspects of Low Temperature Irradiation in Neutron Activation Analysis."
Sweden.
@misc{etde_20956264,
title = {Aspects of Low Temperature Irradiation in Neutron Activation Analysis}
author = {Brune, D}
abstractNote = {Neutron irradiation of the sample while frozen in a cooling device inserted in a reactor channel has been carried out in the analysis of iodine in aqueous samples as well as of mercury in biological tissue and water. For the simultaneous irradiation of a large number of aqueous solutions the samples were arranged in a suitable geometry in order to avoid mutual flux perturbation effects. The influence of the neutron temperature on the activation process has been discussed. Potential applications of the low temperature irradiation technique are outlined.}
place = {Sweden}
year = {1968}
month = {Aug}
}
title = {Aspects of Low Temperature Irradiation in Neutron Activation Analysis}
author = {Brune, D}
abstractNote = {Neutron irradiation of the sample while frozen in a cooling device inserted in a reactor channel has been carried out in the analysis of iodine in aqueous samples as well as of mercury in biological tissue and water. For the simultaneous irradiation of a large number of aqueous solutions the samples were arranged in a suitable geometry in order to avoid mutual flux perturbation effects. The influence of the neutron temperature on the activation process has been discussed. Potential applications of the low temperature irradiation technique are outlined.}
place = {Sweden}
year = {1968}
month = {Aug}
}