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High-rate thermal neutron gaseous detector for use at neutron spallation sources
, 2017 Giorgia Albani
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Supernova neutrino detection at spallation neutron sources
, 2015 Ming-Yang Huang +2 more
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Assessment of the neutron cross section database for mercury for the ORNL spallation source
, 1996 L.C. Leal +3 more
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International Journal of Radiation Oncology*Biology*Physics, 1982
This paper describes the latest developments in neutron sources developed for fast neutron therapy. Two approaches have been taken using cyclotrons and D-T generators. For cyclotrons the proton on beryllium reaction is now preferred since smaller cyclotrons for a given neutron penetration can be used.
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This paper describes the latest developments in neutron sources developed for fast neutron therapy. Two approaches have been taken using cyclotrons and D-T generators. For cyclotrons the proton on beryllium reaction is now preferred since smaller cyclotrons for a given neutron penetration can be used.
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IEEE Transactions on Nuclear Science, 1983
A ScD2 target film 5×10-5 m thick, tested in a UHV compatible 200 keV deuterium accelerator baked to 470°C, maintained a D-D neutron output rate of 1.0-1.2×1011 /s for 80 out of 140 hours of operation. This result demonstrates that a D-T neutron generator capable of a neutron output rate of 1×1013 /s and having a target lifetime suitable for cancer ...
R. J. Walko +4 more
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A ScD2 target film 5×10-5 m thick, tested in a UHV compatible 200 keV deuterium accelerator baked to 470°C, maintained a D-D neutron output rate of 1.0-1.2×1011 /s for 80 out of 140 hours of operation. This result demonstrates that a D-T neutron generator capable of a neutron output rate of 1×1013 /s and having a target lifetime suitable for cancer ...
R. J. Walko +4 more
openaire +1 more source