Gamma compensated, self powered neutron detector
Patent
·
OSTI ID:862766
- Richland, WA
An improved, self-powered, gamma compensated, neutron detector having two electrically conductive concentric cylindrical electrodes and a central rod emitter formed from a material which emits beta particles when bombarded by neutrons. The outer electrode and emitter are maintained at a common potential and the neutron representative current is furnished at the inner cylindrical electrode which serves as a collector. The two concentric cylindrical electrodes are designed to exhibit substantially equal electron emission induced by Compton scattering under neutron bombardment to supply the desired gamma compensation.
- Research Organization:
- Battelle Northwest Labs
- DOE Contract Number:
- E(45-1)-2170
- Assignee:
- United States of America as represented by United States Energy (Washington, DC)
- Patent Number(s):
- US 4008399
- OSTI ID:
- 862766
- Country of Publication:
- United States
- Language:
- English
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Related Subjects
gamma
compensated
powered
neutron
detector
improved
self-powered
electrically
conductive
concentric
cylindrical
electrodes
central
rod
emitter
formed
material
emits
beta
particles
bombarded
neutrons
outer
electrode
maintained
common
potential
representative
current
furnished
inner
serves
collector
designed
exhibit
substantially
equal
electron
emission
induced
compton
scattering
bombardment
supply
desired
compensation
concentric cylindrical
compton scattering
neutron bombardment
electron emission
electrically conductive
neutron detector
substantially equal
inner cylindrical
beta particles
outer electrode
central rod
cylindrical electrodes
cylindrical electrode
gamma compensated
emits beta
emitter formed
compton scatter
beta particle
/376/250/
compensated
powered
neutron
detector
improved
self-powered
electrically
conductive
concentric
cylindrical
electrodes
central
rod
emitter
formed
material
emits
beta
particles
bombarded
neutrons
outer
electrode
maintained
common
potential
representative
current
furnished
inner
serves
collector
designed
exhibit
substantially
equal
electron
emission
induced
compton
scattering
bombardment
supply
desired
compensation
concentric cylindrical
compton scattering
neutron bombardment
electron emission
electrically conductive
neutron detector
substantially equal
inner cylindrical
beta particles
outer electrode
central rod
cylindrical electrodes
cylindrical electrode
gamma compensated
emits beta
emitter formed
compton scatter
beta particle
/376/250/