Two methods of fabricating neutron detectors have "been developed utilizing the principles of the solid state ionized particle detector. The (n,a) reactions of Li and B are used for slow neutron detection. The Lithium and Boron are used as diffusants, for P and N type Silicon respectively, to create p-n junction diode detectors with efficiencies of the order of 1$>, 255 The fission of U is used for the detection of both slow and 255fast neutrons. The U is vacuum coated onto surface barrier detectors. Efficiencies of.O0h°jo have been obtained from thes
Neutron-sensitive proportional counters, ion chambers and fission detectors have been developed with...
During the last decade the worldwide lack of 3He for neutron detection has triggered research and de...
Semiconductor based thermal neutron detectors provide a compact technology for neutron detection and...
It has been proposed that a solid state neutron spectrometer could be prepared from Si29 that would ...
Neutron detection is an important aspect of materials protection, accounting, and control for transm...
Perforated semiconductor neutron detectors are compact, high-efficiency, diode detectors that operat...
We present a study aimed at developing and optimising methods for ultra-cold neutron (UCN) detection...
We present a study aimed at developing and optimising methods for ultra-cold neutron (UCN) detection...
The silicon-based diodes coated with a thin film of neutron reactive materials have been shown to pr...
The common methods of neutron detection are reviewed with special attention paid to the application ...
A novel neutron detector is based on semiconductor technology. A boron-containing film is an integra...
Solid-state thermal neutron detectors are generally fabricated in a planar configuration by coating ...
The current and possible uses of semiconductor solid state detectors in nuclear physics are briefly ...
The detection of neutrons with thin Li-6 containing films or layers within an ionization chamber is ...
Semiconductor diode detectors coated with neutron reactive materials have been investigated as neutr...
Neutron-sensitive proportional counters, ion chambers and fission detectors have been developed with...
During the last decade the worldwide lack of 3He for neutron detection has triggered research and de...
Semiconductor based thermal neutron detectors provide a compact technology for neutron detection and...
It has been proposed that a solid state neutron spectrometer could be prepared from Si29 that would ...
Neutron detection is an important aspect of materials protection, accounting, and control for transm...
Perforated semiconductor neutron detectors are compact, high-efficiency, diode detectors that operat...
We present a study aimed at developing and optimising methods for ultra-cold neutron (UCN) detection...
We present a study aimed at developing and optimising methods for ultra-cold neutron (UCN) detection...
The silicon-based diodes coated with a thin film of neutron reactive materials have been shown to pr...
The common methods of neutron detection are reviewed with special attention paid to the application ...
A novel neutron detector is based on semiconductor technology. A boron-containing film is an integra...
Solid-state thermal neutron detectors are generally fabricated in a planar configuration by coating ...
The current and possible uses of semiconductor solid state detectors in nuclear physics are briefly ...
The detection of neutrons with thin Li-6 containing films or layers within an ionization chamber is ...
Semiconductor diode detectors coated with neutron reactive materials have been investigated as neutr...
Neutron-sensitive proportional counters, ion chambers and fission detectors have been developed with...
During the last decade the worldwide lack of 3He for neutron detection has triggered research and de...
Semiconductor based thermal neutron detectors provide a compact technology for neutron detection and...