A steel-scintillator sandwich counter was used as a simple and highly efficient detector for both neutrons and protons. The validity of simple approximations for the detection efficiency was investigated by experimental tests and a detailed Monte Carlo calculation of the nuclear and electromagnetic cascades in the counter.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/32659/1/0000024.pd
The U.B.C. Hanson-McKibben type Long Counter has been modified to permit insertion of a larger diame...
Neutron coincidence counting is a technique widely used in the field of international safeguards for...
A total-absorption calorimeter for determining the energies of hadrons has been built and tested in ...
A steel-scintillator sandwich counter was used as a simple and was investigated by experimental test...
This work was supported by National Science Foundation Grants PHY 76-84033A01, PHY 78-22774, and Ind...
The detection efficiency of a large cylindrical block of NE-12 scintillator was measured for neutron...
The overall detection efficiency to neutrons of a small prototype of the KLOE Pb-scintillating fiber...
A calculation of neutron detection efficiencies has been performed for organic scintillators using t...
A liquid scintillator-based neutron coincidence counting system designed to address a number of safe...
The rate of neutron interactions was measured for the energy range 7.5 to 60 MeV, using a 3.85 kg ce...
We report on recent efforts to design a solid plastic scintillation hodoscope to measure neutron pro...
We have measured the overall detection efficiency of a small prototype of the KLOE Pb-scintillating ...
We have measured the overall detection efficiency to neutrons of a small prototype of the KLOE Pb-sc...
This thesis describes the development of new gas ionization counters for neutron detection and studi...
We exposed a prototype of the high-sampling lead-scintillating fiber KLOE calorimeter to neutron bea...
The U.B.C. Hanson-McKibben type Long Counter has been modified to permit insertion of a larger diame...
Neutron coincidence counting is a technique widely used in the field of international safeguards for...
A total-absorption calorimeter for determining the energies of hadrons has been built and tested in ...
A steel-scintillator sandwich counter was used as a simple and was investigated by experimental test...
This work was supported by National Science Foundation Grants PHY 76-84033A01, PHY 78-22774, and Ind...
The detection efficiency of a large cylindrical block of NE-12 scintillator was measured for neutron...
The overall detection efficiency to neutrons of a small prototype of the KLOE Pb-scintillating fiber...
A calculation of neutron detection efficiencies has been performed for organic scintillators using t...
A liquid scintillator-based neutron coincidence counting system designed to address a number of safe...
The rate of neutron interactions was measured for the energy range 7.5 to 60 MeV, using a 3.85 kg ce...
We report on recent efforts to design a solid plastic scintillation hodoscope to measure neutron pro...
We have measured the overall detection efficiency of a small prototype of the KLOE Pb-scintillating ...
We have measured the overall detection efficiency to neutrons of a small prototype of the KLOE Pb-sc...
This thesis describes the development of new gas ionization counters for neutron detection and studi...
We exposed a prototype of the high-sampling lead-scintillating fiber KLOE calorimeter to neutron bea...
The U.B.C. Hanson-McKibben type Long Counter has been modified to permit insertion of a larger diame...
Neutron coincidence counting is a technique widely used in the field of international safeguards for...
A total-absorption calorimeter for determining the energies of hadrons has been built and tested in ...
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