Add to ORKGTungsten-185 activity, which is produced by neutron activation of tungsten-184, determines thermal neutron flux. Radiochemical separation methods and counting techniques for irradiated tungsten provide accurate determination of the radiation exposure
Comparison of absolute calculated and measured gamma and neutron doses in tungsten water- moderated ...
Thermal neutron flux (Фth) of Americium-Beryllium (Am-Be) neutron source has been measured by adopti...
This investigation presents a mean to determine thermal neutron flux of a reactor by irradiating cop...
Postirradiation of high temperature, low burnup tungsten uranium dioxide test plate
Measurements of gamma and neutron dose distributions in core of thermal tungsten nuclear rocket expe...
The reactor production yields of tungsten-188 produced by neutron capture by enriched tungsten-186 i...
Rhenium-188, a daughter product of tungsten-188, is an isotope of great interest in therapeutic nucl...
An absolute monitor of thermal neutron fluence based on the 235U induced fission was developed. This...
Thermal neutron activation analyses were carried out for various space systems components to determi...
Neutron radiography was evaluated for application on isotopic heat sources. Three specimens were rad...
Thermal neutron-capture measurements of the stable tungsten isotopes have been carried out using the...
Commercially available 0.4 g sheets of natural uranium can be used as "fission-gamma" dosimeters. Th...
An evaluation of thermal neutron capture on the stable tungsten isotopes is presented, with prelimin...
Neutrons constitute a significant component of the secondary cosmic rays and are one of the most imp...
Neutron dosimetry using natural uranium and thorium thin films makes possible that mineral dating by...
Comparison of absolute calculated and measured gamma and neutron doses in tungsten water- moderated ...
Thermal neutron flux (Фth) of Americium-Beryllium (Am-Be) neutron source has been measured by adopti...
This investigation presents a mean to determine thermal neutron flux of a reactor by irradiating cop...
Postirradiation of high temperature, low burnup tungsten uranium dioxide test plate
Measurements of gamma and neutron dose distributions in core of thermal tungsten nuclear rocket expe...
The reactor production yields of tungsten-188 produced by neutron capture by enriched tungsten-186 i...
Rhenium-188, a daughter product of tungsten-188, is an isotope of great interest in therapeutic nucl...
An absolute monitor of thermal neutron fluence based on the 235U induced fission was developed. This...
Thermal neutron activation analyses were carried out for various space systems components to determi...
Neutron radiography was evaluated for application on isotopic heat sources. Three specimens were rad...
Thermal neutron-capture measurements of the stable tungsten isotopes have been carried out using the...
Commercially available 0.4 g sheets of natural uranium can be used as "fission-gamma" dosimeters. Th...
An evaluation of thermal neutron capture on the stable tungsten isotopes is presented, with prelimin...
Neutrons constitute a significant component of the secondary cosmic rays and are one of the most imp...
Neutron dosimetry using natural uranium and thorium thin films makes possible that mineral dating by...
Comparison of absolute calculated and measured gamma and neutron doses in tungsten water- moderated ...
Thermal neutron flux (Фth) of Americium-Beryllium (Am-Be) neutron source has been measured by adopti...
This investigation presents a mean to determine thermal neutron flux of a reactor by irradiating cop...
