Corrosion Reviews, Volumes 5-6Scientific Publications Division, Freund Publishing House, 1982 |
From inside the book
Results 1-3 of 76
Page 119
... stress corrosion cracking 125 ( i ) Stress corrosion cracking 125 ( ii ) Corrosion rate determinations 126 ( üi ) Electrochemical measurements 126 3. RESULTS AND DISCUSSION 126 3.1 SCC of ferritic steels in CO3 / HCO3 solutions 126 ( i ) ...
... stress corrosion cracking 125 ( i ) Stress corrosion cracking 125 ( ii ) Corrosion rate determinations 126 ( üi ) Electrochemical measurements 126 3. RESULTS AND DISCUSSION 126 3.1 SCC of ferritic steels in CO3 / HCO3 solutions 126 ( i ) ...
Page 143
... Stress corrosion tests were performed at various stress levels ( under conditions of constant load ) under freely corroding conditions in a 3.5 wt % NaCl solution acidified to an initial pH of 2.0 with 0.6 M hydrochloric acid . Figure 9 ...
... Stress corrosion tests were performed at various stress levels ( under conditions of constant load ) under freely corroding conditions in a 3.5 wt % NaCl solution acidified to an initial pH of 2.0 with 0.6 M hydrochloric acid . Figure 9 ...
Page 310
... stress corrosion cracking resistance with no failures reported in CO2 / H2S / C1 environments , up to 500 ° F . These alloys become susceptible to stress corrosion cracking in deaerated solutions only when acids or acid salts ( i.e. ...
... stress corrosion cracking resistance with no failures reported in CO2 / H2S / C1 environments , up to 500 ° F . These alloys become susceptible to stress corrosion cracking in deaerated solutions only when acids or acid salts ( i.e. ...
Contents
CONTENTS | 2 |
PRODUCTION OF ELECTROLESS COMPOSITE COATINGS | 23 |
INDUSTRIAL APPLICABILITY OF COMPOSITE COATINGS | 30 |
Copyright | |
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acid active addition alloys aluminium analysis anodic application associated bulk carbon chemical chloride coatings composition concentration considered containing corrosion fatigue corrosion rates crack tip crevice critical current density curves decrease dependent deposition developed dissolution effect electrochemical electrode elements Energy Engineering environments experimental experiments factor failure fatigue crack Figure film formed grain boundary heat hydrogen implanted important increase indicated influence inhibition inhibitor initial ions iron journal layer materials measurements mechanism metal molybdate molybdenum observed obtained occur oxide oxygen particles passive plating position possible potential present production properties protection published range reaction reduction region reported resistance respect REVIEWS selective shown shows significant Solar solution species specimen stainless steel strain stress corrosion cracking structural studies surface Table technique temperature tests tion values weld