HEAT OF ACTIVATION IN ELECTRODE KINETICS THE FE-FE++.AQ ELECTRODE

[1] BOCKRIS JO, 1954, MOD ASPECT ELECTROC, pCH4

[2] Glasstone S, 1941, THEORY RATE PROCESSE

[3] HOAR TP, 1956, 8 P M CITCE MADR, P445

[4] ELECTROCHEMICAL BEHAVIOUR OF IRON [J]. ACTA CHEMICA SCANDINAVICA, 1960, 14 (07): : 1533 - 1554

[5] HURLEN T, 1957, REPORT DEP METALLU 1

[6] KOLTGOF IM, 1948, POLYAROGRAFIYA, P91

[7] LATIMER WM, 1952, OXIDATION POTENTIALS, P220

[8] PARSONS R, 1951, T FARADAY SOC, V47, P1332, DOI 10.1039/tf9514701332

[9] ROBINSON RA, 1955, ELECTROLYTE SOLUTION, P506

[10] TEMKIN M, 1948, ZH FIZ KHIM+, V22, P1081

[1] BOCKRIS JO, 1954, MOD ASPECT ELECTROC, pCH4

[2] Glasstone S, 1941, THEORY RATE PROCESSE

[3] HOAR TP, 1956, 8 P M CITCE MADR, P445

[4] ELECTROCHEMICAL BEHAVIOUR OF IRON [J]. ACTA CHEMICA SCANDINAVICA, 1960, 14 (07): : 1533 - 1554

[5] HURLEN T, 1957, REPORT DEP METALLU 1

[6] KOLTGOF IM, 1948, POLYAROGRAFIYA, P91

[7] LATIMER WM, 1952, OXIDATION POTENTIALS, P220

[8] PARSONS R, 1951, T FARADAY SOC, V47, P1332, DOI 10.1039/tf9514701332

[9] ROBINSON RA, 1955, ELECTROLYTE SOLUTION, P506

[10] TEMKIN M, 1948, ZH FIZ KHIM+, V22, P1081