ADVANCES IN THE POTENTIODYNAMIC REACTIVATION METHOD

[1] BACKMAN J, 1978, 8 SCAND CORR C U TEC, V1, P1

[2] BORRELO A, 1981, CORROSION NACE, V37, P498

[3] CHARBONNIER JC, 1974, IRSID COS7458 RAPP

[4] CHUNG P, 1981, CORROSION, V37, P1431

[5] A POTENTIOKINETIC REACTIVATION METHOD FOR PREDICTING THE ICC AND IGSCC SENSITIVITY OF STAINLESS-STEELS AND ALLOYS [J]. CORROSION SCIENCE, 1980, 20 (06) : 737 - 744

[6] CIHAL V, 1983, KOVOVE MATER, V21, P68

[7] CIHAL V, 1983, KOVOVE MATER, V21, P321

[8] CIHAL V, 1980, SCAND J METALL, V9, P37

[9] Cihal V., 1973, Kovove Materialy, V11, P86

[10] CIHAL V, 1972, 23RD M ISE STOCKH, P87

[1] BACKMAN J, 1978, 8 SCAND CORR C U TEC, V1, P1

[2] BORRELO A, 1981, CORROSION NACE, V37, P498

[3] CHARBONNIER JC, 1974, IRSID COS7458 RAPP

[4] CHUNG P, 1981, CORROSION, V37, P1431

[5] A POTENTIOKINETIC REACTIVATION METHOD FOR PREDICTING THE ICC AND IGSCC SENSITIVITY OF STAINLESS-STEELS AND ALLOYS [J]. CORROSION SCIENCE, 1980, 20 (06) : 737 - 744

[6] CIHAL V, 1983, KOVOVE MATER, V21, P68

[7] CIHAL V, 1983, KOVOVE MATER, V21, P321

[8] CIHAL V, 1980, SCAND J METALL, V9, P37

[9] Cihal V., 1973, Kovove Materialy, V11, P86

[10] CIHAL V, 1972, 23RD M ISE STOCKH, P87