The research consortium comprised of representatives from several universities and national laboratories has successfully generated internal and external dose conversion coefficients for twenty radionuclides produced in spallation neutron sources. In addition, the group has identified twenty radionuclide that are missing electron capture files and eighteen additional radionuclides missing substantial physical data. The goal for the current year is to develop a methodology that will allow for producing the dose coefficients for these radionuclides with missing data. Methods to obtain these data are being investigated
Dose coefficients permit simple determination of radiation dose associated with various exposure sce...
Internal and external dose coefficient values have been calculated for 14 anthropogenic radionuclide...
The development of a spallation neutron source with a mercury target may lead to the production of r...
The research consortium comprised of representatives from several universities and national laborato...
The research consortium comprised of representatives from several universities and national laborato...
The research consortium comprised of representatives from several universities and national laborato...
A research consortium comprised of representatives from several universities and national laboratori...
A research consortium comprised of representatives from several universities and national laboratori...
A research consortium comprised of representatives from several universities and national laboratori...
For the first year of this effort, the UNLV research team set out four objectives. First, the univer...
Dose coefficients permit simple determination of radiation dose associated with various exposure sce...
Dose coefficients permit simple determination of radiation dose associated with various exposure sce...
The University of Nevada, Las Vegas (UNLV) Transmutation Research Program has been tasked to support...
The University of Nevada, Las Vegas (UNLV) Transmutation Research Program has been tasked to support...
Dose coefficients permit simple determination of radiation dose associated with various exposure sce...
Dose coefficients permit simple determination of radiation dose associated with various exposure sce...
Internal and external dose coefficient values have been calculated for 14 anthropogenic radionuclide...
The development of a spallation neutron source with a mercury target may lead to the production of r...
The research consortium comprised of representatives from several universities and national laborato...
The research consortium comprised of representatives from several universities and national laborato...
The research consortium comprised of representatives from several universities and national laborato...
A research consortium comprised of representatives from several universities and national laboratori...
A research consortium comprised of representatives from several universities and national laboratori...
A research consortium comprised of representatives from several universities and national laboratori...
For the first year of this effort, the UNLV research team set out four objectives. First, the univer...
Dose coefficients permit simple determination of radiation dose associated with various exposure sce...
Dose coefficients permit simple determination of radiation dose associated with various exposure sce...
The University of Nevada, Las Vegas (UNLV) Transmutation Research Program has been tasked to support...
The University of Nevada, Las Vegas (UNLV) Transmutation Research Program has been tasked to support...
Dose coefficients permit simple determination of radiation dose associated with various exposure sce...
Dose coefficients permit simple determination of radiation dose associated with various exposure sce...
Internal and external dose coefficient values have been calculated for 14 anthropogenic radionuclide...
The development of a spallation neutron source with a mercury target may lead to the production of r...