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The Fe18C r-9Ni a nd F'e19C r-9N i a ll uys ex hi b it a dec rease in s hea r modulu s be tween 76 a nd 20 °K_ S usce ptibi li t y meas ure me nt s cu nfirm th a t a pa ra magne ti c to a ntife rromagn e ti c tra ns iti un occ urs a t about 40 OK in th ese a ll uys . Th e s hea r mudu lus fo r th e Fe-25C r-21 N i a ll oy d id no t d ec rease be tween 76 and 20 OK whi c h was c un s is te nt with th e fa c t th a t th e a ll oy rema ine d pantma"ne ti c to 4 oK. Th e effec t of co ld-wo rk o n th e s he ar modulu s a buve and be low th e Nee lt e mpe ra ture is di~c usse d.

Magnetic transformation and the influence of plastic strain on the shear modulus of Fe-Cr-Ni alloys