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High temperature gas-cooled reactors
Piyush Sabharwall
, Eung Soo Kim
Nuclear Reactor Technology
Research output
:
Chapter in Book/Report/Conference proceeding
›
Chapter
›
peer-review
1
Scopus citations
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Keyphrases
Reactor
100%
High-temperature Reactor
100%
Coolant
66%
High Temperature
66%
Gasses
66%
Gas Reactor
66%
Pressurization
33%
Helium
33%
Storage Requirement
33%
Operating Conditions
33%
Nuclear Materials
33%
Transuranic
33%
Nuclear Reactor
33%
Outlet Temperature
33%
Hydrogen Production
33%
Heat Transfer
33%
Coal Gasification
33%
Mass Flow Rate
33%
Temperature Rise
33%
Process Heat
33%
Helium-cooled
33%
Fuel Element
33%
Neutron Cross Section
33%
High Gas
33%
Accident Scenario
33%
Fuel Centerline Temperature
33%
Brayton Cycle
33%
Thermodynamic Efficiency
33%
Air Ingress
33%
Gas Temperature
33%
Uranium Resources
33%
Heat Transport Characteristics
33%
Deep Burns
33%
Water Ingress
33%
Resource Reduction
33%
Reactor Characteristics
33%
Engineering
High Temperature Gas Cooled Reactor
100%
Pressurization
50%
Storage Requirement
50%
Heat Transport
50%
Cross Section
50%
Produce Electricity
50%
Nuclear Material
50%
Nuclear Reactor
50%
Fuel Element
50%
Outlet Temperature
50%
Hydrogen Production
50%
Coal Gasification
50%
Temperature Rise
50%
Process Heat
50%
Gas Cooled Reactor
50%
Mass Flowrate
50%
Gas Temperature
50%
Thermodynamic Efficiency
50%
Centerline Plane
50%
Chemical Engineering
Coal Gasification
100%
Hydrogen Production
100%
Brayton Cycle
100%