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Fast neutron irradiation capability in existing thermal test reactors
Michael Worrall
,
Nicolas Woolstenhulme
,
Calvin Downey
, Casey Jesse
,
Christopher Murdock
, Madison Tippet
Nuclear Reactor Technology
Nuclear Fuels & Materials
Research output
:
Contribution to journal
›
Article
›
peer-review
10
Scopus citations
Overview
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Dive into the research topics of 'Fast neutron irradiation capability in existing thermal test reactors'. Together they form a unique fingerprint.
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Keyphrases
Fast Reactor
100%
Test Reactor
100%
Fast Neutron Irradiation
100%
Thermal Neutron
100%
Thermal Test
100%
Filter Material
100%
Reactor
66%
Advanced Test Reactor
66%
Fast Spectrum
66%
Fast-flux
66%
High Flux Isotope Reactor
66%
United States
33%
Advanced nuclear
33%
Nuclear Industry
33%
Oak Ridge National Laboratory
33%
Radiation Test
33%
Potential Impact
33%
Production Rate
33%
Idaho National Laboratory
33%
Nuclear Materials
33%
Neutron Flux
33%
Reactor Experiments
33%
Irradiation
33%
Advanced Fast Reactor
33%
Neutron Fluence
33%
Atom Displacements
33%
Materials Technology
33%
Fast Reactor Materials
33%
Unique Situation
33%
Neutron Radiation Testing
33%
Helium Production
33%
Demonstration Plant
33%
Readiness Level
33%
Neutron Filter
33%
Thermal Neutron Capture
33%
Meaningful Level
33%
Spectral Technology
33%
Industry Momentum
33%
Engineering
Test Reactor
100%
Fast Reactor
100%
Fast Neutron
100%
Thermal Neutron
100%
Test Facility
50%
United States
25%
Oak Ridge
25%
Nuclear Material
25%
Cycle Length
25%
Neutron Flux
25%
Test Specimen
25%
Test Environment
25%
Material Technology
25%
Demonstration Plant
25%
Physics
Fast Reactor
100%
Thermal Neutron
100%
Fast Neutron
100%
Neutron Radiation
100%
High Flux Isotope Reactor
50%
Reactor Material
25%
Flux (Rate)
25%
Fluence
25%
Chemical Engineering
Materials Engineering
100%