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Electrochemical Conversion of CO₂ via Molten Salt Electrolysis to Produce Hard Carbon Materials for Sodium-Ion Battery. [PDF]

ACS Omega
Kado Y, Shirakura Y, Yamaguchi T.
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Molten Salt Batteries

1987
The basic thermodynamics of galvanic cells and the fundamentals of electrode kinetics are briefly reviewed with reference to batteries. The advantages of molten salts as electrolytes or as active components in practical batteries are discussed. The molten salt cells currently under development are described.
MARASSI, Roberto, ZAMPONI, Silvia, M. Berrettoni   +2 more
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Molten Salt Processing Of Fuels

Fall Meeting of the Society of Petroleum Engineers of AIME, 1974
American Institute of Mining, Metallurgical, and Petroleum Engineers, Inc. Abstract Molten alkali metal carbonates are catalysts for the gasification of hydrocarbonaceous fuels with steam. The gasification temperature can be varied by changing the melt composition so that a range of products can be ...
A.E. Cover, W.C. Schreiner
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Simulation of Electrons in Molten Salts

Physica Scripta, 1989
Metal molten salt solutions exhibit a number of interesting properties with variation of the metal concentration. In the dilute limit, the metal valence electrons are released to form F-center-like localized states. At higher concentrations, metallic behavior sets in.
A Selloni, E S Fois, M Parrinello, R Car
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Metallic Colloids in Molten Salts

Science, 1969
Gold, silver, and silver iodide sols were prepared in mixed nitrate melts. Electron micographs of the gold and silver sols show particles smaller than 1 micron. The gold sols exhibit conventional absorption and scattering spectra. Both gold and silver sols show unusual stability.
H W, Kohn, T E, Willmarth
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Silicon Electrochemistry in Molten Salts

Chemical Reviews, 2019
Silicon electrochemistry has the potential to advance sustainable energy solutions by offering environmentally friendly and secure technologies that can contribute to the low-carbon economy. Electrochemical methods use electrons directly as reducing agents, eliminating the need for harmful chemicals and offering simpler, one-step, process control ...
Eimutis Juzeliu̅nas, Derek J. Fray
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The Compatibility of Nuclear Graphite With Molten Salt in the Molten Salt Reactor

Volume 2: Plant Systems, Structures, Components, and Materials; Risk Assessments and Management, 2018
In thermal Molten Salt Reactors, the nuclear graphite core is in direct contact with the molten salt coolant. Due to the porous nature of nuclear graphite, the molten salt may infiltrate the nuclear graphite, which may affect the mechanical strength and irradiation behavior of the nuclear graphite.
Zhoutong He, Hui Tang, Can Zhang, Yantao Gao, Huihao Xia, Xingtai Zhou   +5 more
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Exploring Cr and molten salt interfacial interactions for molten salt applications

Physical Chemistry Chemical Physics
Studying the morphological, chemical and structural evolution of Cr in molten salt provides insight into metal–molten salt interfacial behaviors.
Xiaoyang Liu, Yang Liu, Luke D. Gibson, Mingyuan Ge, Daniel Olds, Denis Leshchev, Jianming Bai, Anna M. Plonka, Phillip Halstenberg, Hui Zhong, Sanjit Ghose, Cheng-Hung Lin, Xiaoyin Zheng, Xianghui Xiao, Wah-Keat Lee, Sheng Dai, German D. Samolyuk, Vyacheslav S. Bryantsev, Anatoly I. Frenkel, Yu-chen Karen Chen-Wiegart   +19 more
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EMF Measurements in Molten Salts*

1968
An e.m.f. measurement is capable, in principle, of providing directly the free energy of the cell process, and therefore all the thermodynamic information obtainable from the free energy and its derivatives. E.m.f. measurements may therefore provide free energies of formation of pure molten salts, free energies of mixing in binary molten salt mixtures,
JERRY BRAUNSTEIN, HELEN BRAUNSTEIN
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Decarburization in molten salts

Metal Science and Heat Treatment, 1971
The decarburizing influence and corrosive effect of molten halides depend on the concentration of impurities in them. With use of slags as heat-transfer agents there is no decarburization. However, the iron oxide concentration in the bath should not exceed 5%.
M. P. Braun, E. I. Frumin, N. K. Bizik, A. P. Zhudra   +3 more
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