Data on the neutron detection capabilities of a variety of boron carbide/Si heterojunction diodes is presented. The pulse height spectra are compared with previously measured conversion layer devices and the variations in shape and position of the peaks are discussed
In order to utilize the well established silicon detector technology for neutron detection applicati...
Semiconducting amorphous partially dehydrogenated boron carbide has been explored as a neutron volta...
Solid state neutron detection devices based on semiconducting boron carbide have the potential for n...
Neutron detection in thick boron carbide(BC)/n-type Si heterojunction diodes shows a threefold incre...
The 3He supply problem in the U.S. has necessitated the search for alternatives for neutron detectio...
Neutron detectors are needed for a myriad of applications ranging from military uses to power genera...
The development of boron rich solid state neutron detectors has become a reality as a result of the ...
In this work, the neutron capture capabilities of two naturally occurring isotopes, gadolinium-157 (...
A high-sensitivity boron-diffused silicon carbide (4H-SiC) p-n diode has been designed and fabricate...
New methods for neutron detection have become an important area of research in support of national s...
A boron carbide diode detector, fabricated from two different polytypes of semiconducting boron carb...
Boron carbide films have been deposited on n-type crystalline silicon substrate by hot wire chemical...
In order to utilize the well established silicon detector technology for neutron detection applicati...
Semiconducting amorphous partially dehydrogenated boron carbide has been explored as a neutron volta...
Solid state neutron detection devices based on semiconducting boron carbide have the potential for n...
Neutron detection in thick boron carbide(BC)/n-type Si heterojunction diodes shows a threefold incre...
The 3He supply problem in the U.S. has necessitated the search for alternatives for neutron detectio...
Neutron detectors are needed for a myriad of applications ranging from military uses to power genera...
The development of boron rich solid state neutron detectors has become a reality as a result of the ...
In this work, the neutron capture capabilities of two naturally occurring isotopes, gadolinium-157 (...
A high-sensitivity boron-diffused silicon carbide (4H-SiC) p-n diode has been designed and fabricate...
New methods for neutron detection have become an important area of research in support of national s...
A boron carbide diode detector, fabricated from two different polytypes of semiconducting boron carb...
Boron carbide films have been deposited on n-type crystalline silicon substrate by hot wire chemical...
In order to utilize the well established silicon detector technology for neutron detection applicati...
Semiconducting amorphous partially dehydrogenated boron carbide has been explored as a neutron volta...
Solid state neutron detection devices based on semiconducting boron carbide have the potential for n...