Corrosion Reviews, Volume 7Scientific Publications Division, Freund Publishing House, 1987 |
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Page 376
... Depth and Maximum Crevice Pit Depth , respectively , versus Exposure Time in the absorber during run 8. No consistent effect of exposure time on alloy pitting and crevice corrosion could be discerned . As with earlier laboratory studies ...
... Depth and Maximum Crevice Pit Depth , respectively , versus Exposure Time in the absorber during run 8. No consistent effect of exposure time on alloy pitting and crevice corrosion could be discerned . As with earlier laboratory studies ...
Page 380
... depth vs. exposure time for alloys evaluated in the absorber Zone B for 30 to 90 days in run 8.1 mil = 0.025 mm . Max . Bold Surface Pit Depth ( mils ) 200- 175+ 150+ 125+ 100- 75- 50+ 25 0+ G -904L SS317LM SS316 -625 C - 276 20 30 40 ...
... depth vs. exposure time for alloys evaluated in the absorber Zone B for 30 to 90 days in run 8.1 mil = 0.025 mm . Max . Bold Surface Pit Depth ( mils ) 200- 175+ 150+ 125+ 100- 75- 50+ 25 0+ G -904L SS317LM SS316 -625 C - 276 20 30 40 ...
Page 383
... depth of bold surface pitting in the outlet ducting zone increased with increasing slurry chloride for all the alloys except alloy C - 4 . The highest increase was with alloy G , while the other alloys ( except C - 4 ) showed a similar ...
... depth of bold surface pitting in the outlet ducting zone increased with increasing slurry chloride for all the alloys except alloy C - 4 . The highest increase was with alloy G , while the other alloys ( except C - 4 ) showed a similar ...
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