The article shows the ability of creation of neutron transmutation doping (NTD) of monocrystalline silicon technology in the reactor's channel, which has a one-side access. In the article a distribution of thermal neutron flux through the length of channel and it's radius, neutron spectrum were obtained which confirmed that horizontal experimental channel HEC-1 is suitable for NTD
P-type silicon was doped by neutron transmutation (NTD-Si) to produce high resistivity n-type silic...
The e_LiBANS project aims at creating accelerator based compact neutron facilities for diverse inter...
The elements of power microelectronics are widely applied in a number of industries, such as atomic ...
The IRT-T reactor has been conducting research in the field of irradiation of ingots of single-cryst...
This article summarizes ways to verify neutron fluence for neutron transmutation doping of silicon w...
71 p. : ill ; 30 cmCe travail concerne le dopage du silicium par la technique de transmutation neutr...
The article presents an experimental confirmation of the operability of neutron concentrators in dev...
The technology of neutron transmutation doping of silicon wafers in MARIA nuclear research reactor i...
viii The growing use of NTD silicon outside the U. S. A. motivated an interest in having the next NT...
The ways of increasing the radiation hardness of silicon were considered. It was then experimentally...
Section V. Equipment, Methods and Automation of Nuclear Experiments, Interaction of Nuclear Radiatio...
Neutron transmutation doping is used to create high-quality silicon with a specific target resistivi...
This volume contains the invited and contributed papers presented at the Second International Confer...
The development of a hardened silicon power transistor for operation in severe nuclear radiation env...
The technology of neutron transmutation doping of silicon wafers in MARIA nuclear research reactor i...
P-type silicon was doped by neutron transmutation (NTD-Si) to produce high resistivity n-type silic...
The e_LiBANS project aims at creating accelerator based compact neutron facilities for diverse inter...
The elements of power microelectronics are widely applied in a number of industries, such as atomic ...
The IRT-T reactor has been conducting research in the field of irradiation of ingots of single-cryst...
This article summarizes ways to verify neutron fluence for neutron transmutation doping of silicon w...
71 p. : ill ; 30 cmCe travail concerne le dopage du silicium par la technique de transmutation neutr...
The article presents an experimental confirmation of the operability of neutron concentrators in dev...
The technology of neutron transmutation doping of silicon wafers in MARIA nuclear research reactor i...
viii The growing use of NTD silicon outside the U. S. A. motivated an interest in having the next NT...
The ways of increasing the radiation hardness of silicon were considered. It was then experimentally...
Section V. Equipment, Methods and Automation of Nuclear Experiments, Interaction of Nuclear Radiatio...
Neutron transmutation doping is used to create high-quality silicon with a specific target resistivi...
This volume contains the invited and contributed papers presented at the Second International Confer...
The development of a hardened silicon power transistor for operation in severe nuclear radiation env...
The technology of neutron transmutation doping of silicon wafers in MARIA nuclear research reactor i...
P-type silicon was doped by neutron transmutation (NTD-Si) to produce high resistivity n-type silic...
The e_LiBANS project aims at creating accelerator based compact neutron facilities for diverse inter...
The elements of power microelectronics are widely applied in a number of industries, such as atomic ...