Sentence examples for molten electrolyte from inspiring English sources

The eutectic Li0.85Na0.61K0.54CO3/nLiOH molten electrolyte is rationally designed with low melting point (<450 °C).

Smelting is also carried out by the electrolytic dissociation, at high temperatures, of a liquid metallic chloride compound (as is done with magnesium) or of a metallic oxide powder dissolved in molten electrolyte (as is done with aluminum).

In a modern smelter, alumina is dissolved in reduction pots deep, rectangular steel shells lined with carbon that are filled with a molten electrolyte consisting mostly of a compound of sodium, aluminum, and fluorine called cryolite.

The high faradaic efficiency and BOR rate on oxidized Ni anode in the molten electrolyte compared to aqueous alkaline electrolytes is advantageous for power sources.

The Seebeck coefficient is reported for thermoelectric cells with gas electrodes and a molten electrolyte of one salt, lithium carbonate, at an average temperature of 750 °C.

In the Hall-Héroult smelting process, a nearly pure aluminum oxide compound called alumina is dissolved at 950 °C (1,750 °F) in a molten electrolyte composed of aluminum, sodium, and fluorine; this is electrolyzed to give aluminum metal at the cathode and oxygen gas at the anode.

Significant structure theory (SST) of Eyring has been employed to calculate theoretically the viscosity of binary molten electrolytes on the basis of rigid sphere model.

A comparison of sound velocity evaluated from Nomoto's relation, ideal mixing relation Jacobson's free length theory and Schaaffs' collision factor theory has been made in six binary molten electrolytes (NaClKCl, NaClRbCl, NaClCsCl, KClLiCl, KClRbCl, KClKBr) at 800°C.

Electrolytes perform as indispensable reaction medium during electrochemical processes, which can be further classified into solid oxide electrolytes, molten salt electrolytes, polymer electrolytes, and liquid electrolytes.

It is shown that when the amount of the CaO solute in the molten salt electrolyte is negligible with respect to that of the CaCl2 solvent, the oxide ion transport through the electrolyte is of a diffusional nature and has no migrational component.

This paper describes a direct carbon air fuel cell (DCFC) which uses a molten hydroxide electrolyte.