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The anodic behaviour of gallium in alkaline solution

โœ Scribed by R.D. Armstrong; W.P. Race; H.R. Thirsk

Publisher
Elsevier Science
Year
1971
Weight
346 KB
Volume
31
Category
Article
ISSN
0022-0728

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๐Ÿ“œ SIMILAR VOLUMES

Anodic dissolution of liquid gallium in
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The steady-state anodic dissolution of liquid gallium in pure and mixed solutions of sodium hydroxide and potassium chloride at 50ยฐC has been studied by a slow galvanostatic technique. With increasing current density, the Tafel slope increases from 215 to 213 of 2.303 RTIF, and the hydroxyl-ion inte

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AImract--Galvanostatic experiments have been made on iron electrodes in hydrogen-poor and hydrogen-saturated alkaline solutions at 20ยฐC. Emphasis was on the active behaviour of iron, but attention was also paid to its passivation. The mechanism of the anodic dissolution of active iron is found to b

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Current transients have been measured for silver electrodes discontinuously scratched under potential control while immersed in 1 M KOH solutions. Formation of two distinct types of oxidised monolayer occurs in different potential ranges below the Ag-Ag,O reversible potential. Formation of the first

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For example, in the classical work of Landsberg and Bartelt 1, the equation (i-i~)r~ = k indicates that below i I the electrode will not passivate owing to the mass transfer limitations in solution, i~ is the current density equivalent to transfer of mass from the electrode by processes other than d