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The INOR-8 su rve i l l ance specimens and components from the MSRE t h a t had been exposed t o f u e l sa l t formed shallow in te rgranular cracks (2 t o 10 m i l s deep i n exposures t o g rea t e r than 20,000 h r ) . cracks w e r e v i s i b l e i n polished sec t ions of as-Yemoved materials, but many o thers w e r e v i s i b l e a f t e r the samples had been deformed. Considerab le evidence ind ica t e s t h a t the cracks w e r e due t o the inward d i f fus ion of f i s s i o n products. Some of these The f i s s i o n product cracking mechanism was fu r the r subs tan t ia ted by laboratory tests which c l ea r ly demonstrated t h a t te l lu r ium causes in t e rg ranu la r cracking i n INOR-8. materials, and important va r i a t ions e x i s t i n t h e i r respec t ive suscept i b i l i t i e s t o cracking by te l lur ium. Several materials, including types These tests have included o ther 300 and 400 s t a i n l e s s steels, nickeland cobalt-base a l loys containing g rea t e r than 15% C r y copper, monel, and INOR-8 containing 2% Nb, comp l e t e l y r e s i s t e d cracking i n the tests run thus f a r .

INTERGRANULAR CRACKING OF INOR-8 IN THE MSRE.