This NEER project involves the design, construction and testing of a low-cost high intensity D-D neutron generator for teaching nuclear engineering students in a laboratory environment without radioisotopes or a nuclear reactor. The neutron generator was designed, fabricated and tested at Lawrence Berkeley National Laboratory (LBNL)
Neutrons were discovered for the first time by Chadwick in 1932 [1]. Since that time, neutrons have ...
TU Dresden operates an accelerator-based intensive DT neutron generator. Experimental activities com...
A next-generation, high-flux DD neutron generator has been designed, commissioned, and characterized...
A wide variety of applications ranging from medical (BNCT, Boron Neutron Capture Therapy) and basic...
Various types of neutron generator systems have been designed and tested at the Plasma and Ion Sourc...
In a small nuclear laboratory of a developing country a low voltage D-T neutron generator can be a v...
In a small nuclear laboratory of a developing country a low voltage D-T neutron generator can be a v...
The Plasma and Ion Source Technology Group at the Lawrence Berkeley National Laboratory has been eng...
The Plasma and Ion Source Technology Group at Lawrence Berkeley National Laboratory has developed va...
A compact neutron generator based on D-D or D-T fusion reactions is being developed at the Lawrence ...
A high-yield D-T neutron generator has been developed for neutron interrogation in homeland security...
Single ion-beam RF-plasma neutron generators are presented as a laboratory source of intense neutron...
Single ion-beam RF-plasma neutron generators are presented as a laboratory source of intense neutron...
Compact high flux neutron generators are developed at the Lawrence Berkeley National Laboratory. The...
This research and development program was designed to improve nondestructive evaluation of large mec...
Neutrons were discovered for the first time by Chadwick in 1932 [1]. Since that time, neutrons have ...
TU Dresden operates an accelerator-based intensive DT neutron generator. Experimental activities com...
A next-generation, high-flux DD neutron generator has been designed, commissioned, and characterized...
A wide variety of applications ranging from medical (BNCT, Boron Neutron Capture Therapy) and basic...
Various types of neutron generator systems have been designed and tested at the Plasma and Ion Sourc...
In a small nuclear laboratory of a developing country a low voltage D-T neutron generator can be a v...
In a small nuclear laboratory of a developing country a low voltage D-T neutron generator can be a v...
The Plasma and Ion Source Technology Group at the Lawrence Berkeley National Laboratory has been eng...
The Plasma and Ion Source Technology Group at Lawrence Berkeley National Laboratory has developed va...
A compact neutron generator based on D-D or D-T fusion reactions is being developed at the Lawrence ...
A high-yield D-T neutron generator has been developed for neutron interrogation in homeland security...
Single ion-beam RF-plasma neutron generators are presented as a laboratory source of intense neutron...
Single ion-beam RF-plasma neutron generators are presented as a laboratory source of intense neutron...
Compact high flux neutron generators are developed at the Lawrence Berkeley National Laboratory. The...
This research and development program was designed to improve nondestructive evaluation of large mec...
Neutrons were discovered for the first time by Chadwick in 1932 [1]. Since that time, neutrons have ...
TU Dresden operates an accelerator-based intensive DT neutron generator. Experimental activities com...
A next-generation, high-flux DD neutron generator has been designed, commissioned, and characterized...
DOI
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