Implementing Low Temperature Strategies to Advance ?Really Cool? Molten Sodium Batteries.
Abstract not provided.
Spoerke, Erik David↗
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Results for “Molten”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Analysis of a Chloride Molten Salt Pump and Tank Interface for High-Temperature Operation.
Abstract not provided.
Armijo, Kenneth Miguel↗
Vapor Transport Analysis of a Chloride Molten Salt Flow Control Valve.
Abstract not provided.
Armijo, Kenneth Miguel↗
Permitting for a Gen 3 Pilot-Scale Sodium and Molten Salt System.
Abstract not provided.
Armijo, Kenneth Miguel↗
Gamma-ray signatures for identifying plutonium content changes in Molten Salt Reactors
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Kovacevic, Branko↗
Silicon Carbide (SiC) Foam for Molten Salt Containment in CSP-GEN3 Systems
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01 COAL, LIGNITE, AND PEAT↗
Molten fluid electrode apparatus
A battery includes negative electrode material and positive electrode material where the materials are in a solid phase except for selected portions that are heated to transform the selected portions into a fluid. The fluid portion of negative electrode material is directed to a negative electrode region of a reaction chamber and the fluid portion of positive electrode material is directed to a positive electrode region of the reaction chamber where a solid electrolyte containing ions of the negative electrode separates the positive electrode region from the negative electrode region.
Vissers, Daniel R.↗
Using Alkaline Carbonate to Mitigate Molten Corium in Severe Nuclear Reactor Accidents.
Abstract not provided.
Louie, David↗
Sandia National Laboratories NSTTF Molten Salt R&D Capabilities.
Abstract not provided.
Armijo, Kenneth Miguel↗
Advanced Low-Energy Technique for Producing Rare Earth Metal using a Mixed Halide Molten Salt
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Villalon, Thomas↗
MELCOR Integrated Severe Accident Code for Molten Salt Reactor Applications Including Fluid-Fuel Point Reactor Kinetics Equations.
Abstract not provided.
Beeny, Bradley↗
Limitations of Overall Measurement Error for Molten Salt Reactors.
Abstract not provided.
Higgins, Michael↗
Steady & Transient Heating & Cooling Analysis for High-Temperature Chloride Molten Salt Storage Tanks.
Abstract not provided.
Armijo, Kenneth↗
Development of a High-Voltage, Low Temperature Molten Sodium Battery .
Abstract not provided.
Gross, Martha↗
APPLICATION OF MELCOR FOR SIMULATING MOLTEN SALT REACTOR ACCIDENTS.
Abstract not provided.
Gelbard, Fred↗
Molten hydroxide membrane for separation of acid gases from emissions
In one embodiment, a separation membrane includes: a porous support structure, wherein the porous support structure comprises a system of continuous pores connecting an inlet of the separation membrane to an outlet of the separation membrane; and at least one alkali metal hydroxide disposed within pores of the porous support structure. Other aspects and embodiments of the disclosed inventive concepts will become apparent from the detailed description, which, when taken in conjunction with the drawings, illustrate by way of example the principles of the invention.
Worsley, Marcus↗
Molten fluid apparatus with solid non-brittle electrolyte
A battery includes a fluid negative electrode and a fluid positive electrode separated by a solid electrolyte at least when the electrodes and electrolyte are at an operating temperature. The solid electrolyte includes ions of the negative electrode material forming the fluid negative electrode and has a softness less than beta-alumina solid electrolyte (BASE) ceramics. In one example, the fluid negative electrode comprises lithium (Li), the fluid positive electrode comprises sulfur (S) and the solid electrolyte comprises lithium iodide (LiI).
Vissers, Daniel R.↗