One of the requirements of neutron detection in wide energy range is a detector with flat response. In this work, a compact neutron detector for energy range from 5-20 MeV has been introduced. The detector has two small spherical 3 He proportional counters (PC) placed inside a cylindrical polyethylene moderator. Flat response (sensitivity) of the detector has been optimized according to the counters positions inside the moderator. Optimization carried out using MCNP4C Monte Carlo code and Artificial Neural Network (ANN). Results show that the flatness of the sensitivity response of the introduced detector has been increased compared to the conventional detectors
A Monte Carlo simulation package, MCNPX version 2.6.0, has been used to evaluate the effect on the r...
The main objective of this work is to design the BEta-deLayEd Neutron detector (BELEN) detector for ...
The conceptual design of the BRIKEN neutron detector at the radioactive ion beam factory (RIBF) of t...
One of the requirements of neutron detection in wide energy range is a detector with flat response. ...
One of the requirements of neutron detection in wide energy range is a detector with flat response. ...
Because polyethylene-moderated {sup 3}He counters are rugged and reliable, they are generally the in...
The field of neutron detection is a burgeoning area of research, spurred not only by advances in sem...
A novel prototype fission meter is being designed at National Security Technologies, LLC, using a th...
This thesis reports on the development of an instrument which can estimate the effective dose of a n...
Neutron scattering is a powerful technique that is critically important for materials science and st...
This report documents the stages under which the authors have announced the enhancement of a portabl...
Many researches have been done to develop and improve the performance of personal (individual) dosim...
Neutron dosimeters measure neutron doses but portable, real time, high efficiency, and gamma insensi...
Neutron detection is an important aspect of materials protection, accounting, and control for transm...
This paper presents the results of Monte Carlo calculations on the response functions of spherical m...
A Monte Carlo simulation package, MCNPX version 2.6.0, has been used to evaluate the effect on the r...
The main objective of this work is to design the BEta-deLayEd Neutron detector (BELEN) detector for ...
The conceptual design of the BRIKEN neutron detector at the radioactive ion beam factory (RIBF) of t...
One of the requirements of neutron detection in wide energy range is a detector with flat response. ...
One of the requirements of neutron detection in wide energy range is a detector with flat response. ...
Because polyethylene-moderated {sup 3}He counters are rugged and reliable, they are generally the in...
The field of neutron detection is a burgeoning area of research, spurred not only by advances in sem...
A novel prototype fission meter is being designed at National Security Technologies, LLC, using a th...
This thesis reports on the development of an instrument which can estimate the effective dose of a n...
Neutron scattering is a powerful technique that is critically important for materials science and st...
This report documents the stages under which the authors have announced the enhancement of a portabl...
Many researches have been done to develop and improve the performance of personal (individual) dosim...
Neutron dosimeters measure neutron doses but portable, real time, high efficiency, and gamma insensi...
Neutron detection is an important aspect of materials protection, accounting, and control for transm...
This paper presents the results of Monte Carlo calculations on the response functions of spherical m...
A Monte Carlo simulation package, MCNPX version 2.6.0, has been used to evaluate the effect on the r...
The main objective of this work is to design the BEta-deLayEd Neutron detector (BELEN) detector for ...
The conceptual design of the BRIKEN neutron detector at the radioactive ion beam factory (RIBF) of t...