Polarization Studies on Solid State Electrolytes

WagnerJr., J. Bruce

doi:10.1007/978-94-010-1889-0_7

Cited by 8 publications

(1 citation statement)

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“…Potentiostatic method.--When there is an abrupt Change in applied potential on cell (i) from Ei to E2, a transient current flows corresponding to kinetic processes which are required to repolarize the cell at the newly fixed potential. The reasons (10,(25)(26)(27) for the occurrence of this unsteady-state current may consist of: the solid electrolyte-solid electrode interracial double layer capacitance existing at CuX and graphite interface; redistribution of electrons and electron holes inside the electrolyte; or copper diffusion into the graphite electrode.…”

Section: (-)Cumentioning

confidence: 99%

On the Electrical Properties of Cuprous Iodide

Jow

Wagner

1978

J. Electrochem. Soc.

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BORON PREDEPOSITION IN Si USING BBr, 613into the silicon and the rate-determining step is the diffusion of B203 through the boron glass (5). Reproducibility and uniformity of the process depend largely on the oxygen and boron tribromide concentrations in the furnace.(ii) BRL present.--Q is limited by the diffusivity of boron in silicon and by its surface concentration. This concentration, which is not the solubility one, changes with the composition of the BRL. However the process is repeatable since the changes of Cs with doping gas composition are small. The different values of Q obtained by predeposition carried out with the same time and temperature can be quantitatively explained by the change in Cs, if the large concentration dependence of the boron diffusion coefficient and the translation of the BRL-Si interface are considered.

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Section: (-)Cumentioning

confidence: 99%