Table 86. Continued. 



Alloy- 



Environment' 



Exposure 

 (day) 



Depth 

 (ft) 



Corrosion 



Source 



Rate 

 (mpy) 



„ b 

 Type 



Magnesium, HK31A 



W 



403 



6,780 



_ 



S-G ' 



NADC (7) 



Magnesium, HK31A 



W 



197 



2,340 



- 



EX-G rf 



NADC (7) 



Molybdenum 



W 



402 



2,370 



0.8 



C(9);U 



CEL(4) 



Molybdenum 



S 



402 



2,370 



0.8 



C(6); U 



CEL(4) 



Molybdenum 



w 



182 



5 



1.4 



U 



CEL(4) 



Molybdenum 



vv 



364 



5 



1.1 



U-ET 



CEL (4) 



Molybdenum 



w 



723 



5 



1.1 



G 



CEL (4) 



Molybdenum 



w 



763 



5 



1.0 



C(6);G 



CEL (4) 



Platinum 



w 



402 



2,370 



0.0 



NC 



CEL (4) 



Platinum 



s 



402 



2,370 



0.0 



NC 



CEL (4) 



90PM OCu 



w 



402 



2,370 



0.0 



NC 



CEL (4) 



90Pt-10Cu 



s 



402 



2,370 



0.0 



NC 



CEL (4) 



75Pt-25Cu 



w 



402 



2,370 



0.0 



NC 



CEL (4) 



75Pt-25Cu 



s 



402 



2,370 



0.0 



NC 



CEL (4) 



50Pt-50Cu 



w 



402 



2,370 



- 



ET 



CEL (4) 



5 OP t- 5 OCu 



s 



402 



2,370 



- 



ET;P 



CEL (4) 



25Pt-75Cu 



w 



402 



2,370 



- 



ET;P 



CEL (4) 



25Pt-75Cu 



s 



402 



2,370 



- 



ET;P 



CEL (4) 



Silver 



w 



402 



2,370 



0.6 



U 



CEL (4) 



Silver 



s 



402 



2,370 



0.5 



U 



CEL (4) 



Tantalum 



w 



402 



2,3 70 



0.0 



NC 



CEL (4) 



Tantalum 



s 



402 



2,370 



0.0 



NC 



CEL (4) 



Tantalum 



w 



182 



5 



0.0 



NC 



CEL (4) 



Tantalum 



vv 



364 



5 



0.0 



NC 



CEL (4) 



Tantalum 



w 



723 



5 



0.0 



NC 



CEL (4) 



Tantalum 



w 



763 



5 



0.0 



NC 



CEL (4) 



Ta-60 



w 



182 



5 



0.0 



NC 



CEL (4) 



Ta-60 



w 



364 



5 



0.0 



NC 



CEL (4) 



Ta-60 



w 



723 



5 



0.0 



NC 



CEL (4) 



Ta-60 



w 



763 



5 



0.0 



NC 



CEL (4) 



Tin 



w 



123 



5,640 



0.5 



G 



1NCO (3) 



Tin 



s 



123 



5,640 



0.6 



G 



lNCO(3) 



Tin 



w 



403 



6,780 



1.4 



P(17) 



INCO (3) 



Tin 



s 



403 



6,780 



1.7 



SH-CR 



INCO(3) 



Tin 



w 



751 



5,640 



20.4 



P(PR)(30) 



INCO (3) 



Tin 



s 



751 



5,640 



0.1 



G 



INCO (3) 



Tin 



vv 



1,064 



5,300 



< 0.1 



SC-ET 



INCO (3) 



Tin 



s 



1.064 



5,300 



0.3 



G 



INCO (3) 



Tin 



w 



197 



2,340 



1.8 



C(2);CR (2) 



INCO (3) 



Tin 



s 



197 



2,340 



< 0.1 



P(2) 



INCO (3) 



Tin 



vv 



402 



2,370 



1.6 



SC-P (9) 



INCO (3) 



Tin 



s 



402 



2,370 



0.1 



CO) 



INCO (3) 



Tin 



w 



182 



5 



8.3 



P(PR)(30) 



INCO (3) 



Tin 



vv 



366 



5 



2.8 



C(PR)(30);P(PR)(30) 



INCO (3) 



249 



