To develop a compact high-detection-efficiency neutron dosimeter capable of discerning between thermal and fast neutron doses in real time
Neutron detection is an important aspect of materials protection, accounting, and control for transm...
Abstract. Minimum energy of neutron to displace atoms in silicon crystals are equal to 200 eV. Due t...
In this research, a neutron detection system, based on SDDs (Superheated Drop Detectors) and an opti...
Semiconductor diode detectors coated with neutron reactive material are presently under investigatio...
Semiconductor based thermal neutron detectors provide a compact technology for neutron detection and...
Abstract. A high-energy neutron detector has been developed using a semiconductor diode fabricated f...
The silicon-based diodes coated with a thin film of neutron reactive materials have been shown to pr...
A high-energy neutron detector has been developed using a semiconductor diode fabricated from bulk g...
Many researches have been done to develop and improve the performance of personal (individual) dosim...
Neutron scattering is a powerful technique that is critically important for materials science and st...
International audienceA CMOS active pixel sensor, originally designed for the tracking of minimum io...
A CMOS active pixel sensor, originally designed for the tracking of minimum ionizing particles in hi...
A portable neutron spectrometry and dosimetry measurement device is in the process of development, w...
Third-generation semiconductor materials have a wide band gap, high thermal conductivity, high chemi...
International audienceThe peripheral dose distribution is a growing concern for the improvement of n...
Neutron detection is an important aspect of materials protection, accounting, and control for transm...
Abstract. Minimum energy of neutron to displace atoms in silicon crystals are equal to 200 eV. Due t...
In this research, a neutron detection system, based on SDDs (Superheated Drop Detectors) and an opti...
Semiconductor diode detectors coated with neutron reactive material are presently under investigatio...
Semiconductor based thermal neutron detectors provide a compact technology for neutron detection and...
Abstract. A high-energy neutron detector has been developed using a semiconductor diode fabricated f...
The silicon-based diodes coated with a thin film of neutron reactive materials have been shown to pr...
A high-energy neutron detector has been developed using a semiconductor diode fabricated from bulk g...
Many researches have been done to develop and improve the performance of personal (individual) dosim...
Neutron scattering is a powerful technique that is critically important for materials science and st...
International audienceA CMOS active pixel sensor, originally designed for the tracking of minimum io...
A CMOS active pixel sensor, originally designed for the tracking of minimum ionizing particles in hi...
A portable neutron spectrometry and dosimetry measurement device is in the process of development, w...
Third-generation semiconductor materials have a wide band gap, high thermal conductivity, high chemi...
International audienceThe peripheral dose distribution is a growing concern for the improvement of n...
Neutron detection is an important aspect of materials protection, accounting, and control for transm...
Abstract. Minimum energy of neutron to displace atoms in silicon crystals are equal to 200 eV. Due t...
In this research, a neutron detection system, based on SDDs (Superheated Drop Detectors) and an opti...
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