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Page 376
Crevice Pit Depth , respectively , plotted versus Environmental Fluoride Content in the outlet duct . Generally , both bold surface and crevice pit depth increased with increasing environmental fluoride content .
Crevice Pit Depth , respectively , plotted versus Environmental Fluoride Content in the outlet duct . Generally , both bold surface and crevice pit depth increased with increasing environmental fluoride content .
Page 380
Crevice Pit Depth ( mils ) 20-SS317LM T T T -904L 10C - 276 -625 020 30 40 50 60 90 100 Immersion Time ( days ) Figure 8 • Maximum crevice pit depth vs. exposure time for alloys evaluated in the absorber Zone B for 30 to 90 days in run ...
Crevice Pit Depth ( mils ) 20-SS317LM T T T -904L 10C - 276 -625 020 30 40 50 60 90 100 Immersion Time ( days ) Figure 8 • Maximum crevice pit depth vs. exposure time for alloys evaluated in the absorber Zone B for 30 to 90 days in run ...
Page 383
Maximum 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 ...
Maximum 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 ...
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