Add to ORKGA 14 cm diameter and 19 cm depth counterwith liquid scintillator (NE213) was constructed for the fast neutron detection. Design, performance and efficiencycalibration are described. Calculated efficiency and experimental efficiency are compared at lowenergy region. They agree within about 20%. KEY WORDS Large neutron counter /Its efficiency calibration/ I
This report presents the results of the characterization of 11 large liquid scintillators. The neutr...
This work was supported by National Science Foundation Grants PHY 76-84033A01, PHY 78-22774, and Ind...
Neutron detection efficiency for a long wedge-shaped plastic scintillation detector was measured by ...
The U.B.C. Hanson-McKibben type Long Counter has been modified to permit insertion of a larger diame...
Neutron detection efficiencies of NE213 scintillation detectors were determined by comparison of the...
Describes the calibration of a large 60 element neutron counter with a threshold of 2.7 MeV equivale...
A method was developed for efficiency calibration of large area neutron detectors based on gamma-n c...
We describe the calibration of a large 60 element neutron counter with a threshold of 2.7 MeV equiva...
We developed a 12-liter volume neutron detector filled with the liquid scintillator EJ301 that measu...
The detection efficiency of a large cylindrical block of NE-12 scintillator was measured for neutron...
The absolute neutron fluence can be determined by the 238U(n, f) cross-section and the number of the...
We exposed a prototype of the high-sampling lead-scintillating fiber KLOE calorimeter to neutron bea...
The neutron detection efficiency of an NE104 plastic scintillator (10 cm diameter 7 10 cm thick) ha...
The neutron efficiency of an Ne 102 plastic scintillator is measured for neutron energies from 7 to ...
A steel-scintillator sandwich counter was used as a simple and was investigated by experimental test...
This report presents the results of the characterization of 11 large liquid scintillators. The neutr...
This work was supported by National Science Foundation Grants PHY 76-84033A01, PHY 78-22774, and Ind...
Neutron detection efficiency for a long wedge-shaped plastic scintillation detector was measured by ...
The U.B.C. Hanson-McKibben type Long Counter has been modified to permit insertion of a larger diame...
Neutron detection efficiencies of NE213 scintillation detectors were determined by comparison of the...
Describes the calibration of a large 60 element neutron counter with a threshold of 2.7 MeV equivale...
A method was developed for efficiency calibration of large area neutron detectors based on gamma-n c...
We describe the calibration of a large 60 element neutron counter with a threshold of 2.7 MeV equiva...
We developed a 12-liter volume neutron detector filled with the liquid scintillator EJ301 that measu...
The detection efficiency of a large cylindrical block of NE-12 scintillator was measured for neutron...
The absolute neutron fluence can be determined by the 238U(n, f) cross-section and the number of the...
We exposed a prototype of the high-sampling lead-scintillating fiber KLOE calorimeter to neutron bea...
The neutron detection efficiency of an NE104 plastic scintillator (10 cm diameter 7 10 cm thick) ha...
The neutron efficiency of an Ne 102 plastic scintillator is measured for neutron energies from 7 to ...
A steel-scintillator sandwich counter was used as a simple and was investigated by experimental test...
This report presents the results of the characterization of 11 large liquid scintillators. The neutr...
This work was supported by National Science Foundation Grants PHY 76-84033A01, PHY 78-22774, and Ind...
Neutron detection efficiency for a long wedge-shaped plastic scintillation detector was measured by ...