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Diffusion Welding of Alloys for Molten Salt Service - Status Report
Piyush Sabharwall
, R. E. Mizia
, D. E. Clark
, Michael Glazoff
, Michael McKellar
Nuclear Reactor Technology
Materials, Manufacturing, & Bioenergy S&T
Research output
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Book/Report
›
Technical Report
›
peer-review
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Keyphrases
Molten Salt
100%
High-temperature Reactor
100%
Diffusion Welding
100%
Status Report
100%
Service Status
100%
Next Generation nuclear Plant
75%
Process Heat
75%
Molten Salt Reactor
50%
Chemical Industry
50%
Electricity Generation
50%
Output Temperature
50%
Fossil Fuels
25%
Major Contributor
25%
Nuclear Power Plant
25%
Reactor Design
25%
Nuclear Plant
25%
Outlet Temperature
25%
Heat Exchanger
25%
Reactor Systems
25%
Graphite
25%
Significant Energy
25%
Energy Demand
25%
Energy Systems
25%
Gas Turbine
25%
Work-as-done
25%
Energy Use
25%
Large Energy
25%
Carbon Footprint
25%
Oxidizing Environment
25%
Ceramic Materials
25%
Metallic Materials
25%
Fuel Element
25%
Inherently Safer
25%
Brayton Cycle
25%
Development Work
25%
Construction Code
25%
Rankine Cycle
25%
ASME Code
25%
High Output
25%
Petrochemical Industry
25%
Direct Use
25%
Early Development
25%
Amount of Work
25%
Steam Turbine
25%
Conventional Generation
25%
Performance Envelope
25%
Homogeneous Reactor
25%
Circulating Water
25%
High-temperature Characteristics
25%
Dissimilar Metal Welding
25%
Engineering
Nuclear Power Plant
100%
Status Report
100%
Molten Salt
100%
High Temperature Gas Cooled Reactor
80%
Process Heat
60%
Molten Salt Reactor
40%
Fossil Fuel
20%
Limitations
20%
Power Generation
20%
Exchanger
20%
Fuel Element
20%
Reactor Design
20%
Outlet Temperature
20%
Energy Systems
20%
Early Stage
20%
Carbon Footprint
20%
Reactor System
20%
Rankine
20%
Dissimilar Metal
20%
Steam Turbine
20%
Outgrowth
20%
Circulating Fluid
20%
Gas Turbine Cycle
20%
Gas Brayton Cycle
20%
Material Science
Fossil Fuel
100%
Ceramic Material
100%
Dissimilar Metal Welding
100%
Chemical Engineering
Rankine Cycle
100%
Brayton Cycle
100%