and study of short-lived radioactive isotopes is in progress [1]. The intense neutron target is required for these goals. In BINP, Russia, the design of high temperature target cooled by radiation is proposed. Presented paper describes the results of preliminary test of materials for the target converter: MPG6-brand graphite, graphite material on the basis of 13C, boron carbide, glassy carbon. Test included the distributed heating over volume of samples with the electron beam up to conditions, simulating the converter working regime (heating power density up to 1300 W/cm2, temperature up to 20000 C, temperature gradient up to 1000 C/mm). Graphite materials show its adaptability under conditions specified
Preliminary results of a broad irradiation program on graphite are reported. Within this program gra...
The present work is concerned with examination of the effect of neutron reactor of radiation on the ...
Fusion creates more neutrons per energy released than fission or spallation, therefore DT fusion fac...
Scheme and first experimental results of thermo-mechanical tests are presented for materials propose...
In Nuclear Physics, the cross-section measurement of rare reactions requires very intense beams, wh...
A non-instrumented capsule has been designed for irradiating graphite samples at temperatures up to ...
International audienceIn the present work an innovative design for thin target suited for high inten...
The NUMEN experiment aims to study Double Charge Exchange nuclear reactions at low energy as complem...
International audienceDue to its excellent moderator and reflector qualities, graphite was used in C...
Presented is the proposal for the high intensity neutron target with the converter made of beryllium...
The Next Generation Nuclear Plant (NGNP) will be a helium-cooled High Temperature Gas Reactor (HTGR)...
Graphite elements of nuclear power plants accumulate in time a small amount of uranium, radionuclide...
Within the framework of the creation of the high temperature intense neutron target prototype, the t...
COMPARISON Of IRRADIATION DAMAGE IN ARTIFICIAL AND NATURAL GRAPHITE AT DIFFERENTIRRADIATION TEMPERAT...
The NGNP Graphite R&D program is currently establishing the safe operating envelope of graphite core...
Preliminary results of a broad irradiation program on graphite are reported. Within this program gra...
The present work is concerned with examination of the effect of neutron reactor of radiation on the ...
Fusion creates more neutrons per energy released than fission or spallation, therefore DT fusion fac...
Scheme and first experimental results of thermo-mechanical tests are presented for materials propose...
In Nuclear Physics, the cross-section measurement of rare reactions requires very intense beams, wh...
A non-instrumented capsule has been designed for irradiating graphite samples at temperatures up to ...
International audienceIn the present work an innovative design for thin target suited for high inten...
The NUMEN experiment aims to study Double Charge Exchange nuclear reactions at low energy as complem...
International audienceDue to its excellent moderator and reflector qualities, graphite was used in C...
Presented is the proposal for the high intensity neutron target with the converter made of beryllium...
The Next Generation Nuclear Plant (NGNP) will be a helium-cooled High Temperature Gas Reactor (HTGR)...
Graphite elements of nuclear power plants accumulate in time a small amount of uranium, radionuclide...
Within the framework of the creation of the high temperature intense neutron target prototype, the t...
COMPARISON Of IRRADIATION DAMAGE IN ARTIFICIAL AND NATURAL GRAPHITE AT DIFFERENTIRRADIATION TEMPERAT...
The NGNP Graphite R&D program is currently establishing the safe operating envelope of graphite core...
Preliminary results of a broad irradiation program on graphite are reported. Within this program gra...
The present work is concerned with examination of the effect of neutron reactor of radiation on the ...
Fusion creates more neutrons per energy released than fission or spallation, therefore DT fusion fac...