A passive neutron area monitor has been designed using Monte Carlo methods; the monitor is a polyethylene cylinder with pairs of thermoluminescent dosimeters (TLD600 and TLD700) as thermal neutron detector. The monitor was calibrated with a bare and a thermalzed 241AmBe neutron sources and its performance was evaluated measuring the ambient dose equivalent due to photoneutrons produced by a 15 MV linear accelerator for radiotherapy and the neutrons in the output of a TRIGA Mark III radial beam port
The neutron ambient dose equivalent induced by galactic cosmic-ray-like (1 GeV/u 56Fe) radiation sto...
Nous mettons au point un dosimètre passif capable de détecter les neutrons rapides et thermiques, de...
The design, operation, calibration, and performance of albedo neutron dosimeters are discussed. An a...
A passive neutron area monitor has been designed using Monte Carlo methods; the monitor is a polyeth...
The response of a passive neutron area monitor with pairs of thermoluminescent dosimeters has been c...
The response of a passive neutron monitor area has been calculated using the Monte Carlo code MCNP5....
Using Monte Carlo methods the responses of a passive neutron monitor area has been calculated. To de...
The response of a TLD-600/TLD-700 area dosemeter has been characterized in neutron fields around the...
The Los Alamos Scientific Laboratory is converting from a film badge to a badge containing thermolum...
We characterize a passive dosimeter capable of measuring both fast and thermal neutrons for ambiant ...
Neutrons constitute a significant component of the secondary cosmic rays and are one of the most imp...
The increasing interest of the medical community to radioinduced second malignancies due to photoneu...
Many industries use sealed neutron sources for several purposes (mainly to estimate the water conten...
Passive, solid-state detectors still dominate the field of neutron personal dosimetry, mainly thanks...
A thermal neutron irradiation system has been designed, based on an 241Am/9Be source with cylindrica...
The neutron ambient dose equivalent induced by galactic cosmic-ray-like (1 GeV/u 56Fe) radiation sto...
Nous mettons au point un dosimètre passif capable de détecter les neutrons rapides et thermiques, de...
The design, operation, calibration, and performance of albedo neutron dosimeters are discussed. An a...
A passive neutron area monitor has been designed using Monte Carlo methods; the monitor is a polyeth...
The response of a passive neutron area monitor with pairs of thermoluminescent dosimeters has been c...
The response of a passive neutron monitor area has been calculated using the Monte Carlo code MCNP5....
Using Monte Carlo methods the responses of a passive neutron monitor area has been calculated. To de...
The response of a TLD-600/TLD-700 area dosemeter has been characterized in neutron fields around the...
The Los Alamos Scientific Laboratory is converting from a film badge to a badge containing thermolum...
We characterize a passive dosimeter capable of measuring both fast and thermal neutrons for ambiant ...
Neutrons constitute a significant component of the secondary cosmic rays and are one of the most imp...
The increasing interest of the medical community to radioinduced second malignancies due to photoneu...
Many industries use sealed neutron sources for several purposes (mainly to estimate the water conten...
Passive, solid-state detectors still dominate the field of neutron personal dosimetry, mainly thanks...
A thermal neutron irradiation system has been designed, based on an 241Am/9Be source with cylindrica...
The neutron ambient dose equivalent induced by galactic cosmic-ray-like (1 GeV/u 56Fe) radiation sto...
Nous mettons au point un dosimètre passif capable de détecter les neutrons rapides et thermiques, de...
The design, operation, calibration, and performance of albedo neutron dosimeters are discussed. An a...