[PDF][PDF] Collimated neutron beam for neutron radiography
M Dinca, M Pavelescu, C Iorgulis - Romanian Journal of Physics, 2006 - researchgate.net
M Dinca, M Pavelescu, C Iorgulis
Romanian Journal of Physics, 2006•researchgate.netThe obtaining of a collimated neutron beam on the tangential channel of the ACPR reactor
from INR Pitesti that to satisfy the requests of a neutron radiography facility it is presented.
The collimation of neutrons means the elimination from the neutron beam of those neutrons
that have trajectories that are not inside the space defined by walls or successive apertures
that are made of neutron absorbent materials. The assembly that assures the collimation of
neutrons, named collimator, is optimized using MCNP 4B code based on Monte Carlo …
from INR Pitesti that to satisfy the requests of a neutron radiography facility it is presented.
The collimation of neutrons means the elimination from the neutron beam of those neutrons
that have trajectories that are not inside the space defined by walls or successive apertures
that are made of neutron absorbent materials. The assembly that assures the collimation of
neutrons, named collimator, is optimized using MCNP 4B code based on Monte Carlo …
The obtaining of a collimated neutron beam on the tangential channel of the ACPR reactor from INR Pitesti that to satisfy the requests of a neutron radiography facility it is presented. The collimation of neutrons means the elimination from the neutron beam of those neutrons that have trajectories that are not inside the space defined by walls or successive apertures that are made of neutron absorbent materials. The assembly that assures the collimation of neutrons, named collimator, is optimized using MCNP 4B code based on Monte Carlo method for neutrons and gamma radiation.
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