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Conceptual Design Report for the I2 Instrumentation Experiment in ATRC
Joe Palmer
, Kevin Tsai
,
Troy Unruh
,
Michael A Reichenberger
Nuclear Fuels & Materials
Analytical Research Labs
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Keyphrases
Neutron Flux
100%
Flux Trapping
100%
U.S. Department of Energy
50%
Ambient Temperature
50%
Data Integration
50%
Test Reactor
50%
Dry Environment
50%
In-pile
50%
Ambient Pressure
50%
In-pile Instrumentation
50%
Sensor Technology
50%
Self-powered Neutron Detector
50%
Fission Chamber
50%
Advanced Sensors
50%
Micro-Pocket Fission Detector
50%
Aqueous Environment
50%
Neutron Dosimetry
50%
Neutron Flux Measurement
50%
High Power Test
50%
Low Amplitude
50%
Passive Neutron
50%
Physics
Flux (Rate)
100%
Neutron Radiation
100%
Dosimeter
50%
Neutron Counter
50%
Detectors
50%
Self-Powered
50%
Engineering
Neutron Flux
100%
Engineering
33%
Department of Energy
33%
Test Reactor
33%
Dry Environment
33%
Ambient Pressure
33%
Self-Powered
33%
Conducted Experiment
33%
Nuclear Sensor
33%
Signal Amplitude
33%
Earth and Planetary Sciences
Flux (Rate)
100%
Real Time
50%
Neutron Counter
50%
Biochemistry, Genetics and Molecular Biology
Neutron Radiation
100%
Environmental Temperature
50%
Sensor Technology
50%