558 Messrs. K. Honda and S. Shimizu on 



Nickel-Steel 24*40 per cent. 



£=18 



°-7 C. 



^=-186° C. 



£=23°-5 C. 



H. 



I. 



H. 



I. 



H. 



I. 



29-5 



1-9 



6-22 



23 



1-03 



3 



710 



3-4 



12-54 



60 



12-22 



78 



126-2 



5-4 



28-15 



241 



1916 



153 



230-4 



7-8 



40-4 



359 



262 



260 



412 



9-3 



62-7 



529 



371 



408 



541 



10-6 



93-6 



675 



47-6 



508 



653 



10-8 



120-0 



747 



63-1 



630 



769 



11-5 



183-5 



860 



83-7 



731 







238-1 



926 



119-6 



839 







. 282-8 



989 



174-7 



933 







370-4 



1034 



272-8 



1024 ! 







448 



1067 



438 



1141 | 







510 



1107 



530 



1174 







575 



1137 



644 



1210 





2-0 





251 





232 



Nickel-Steel 24'04 per cent. 



t=16 



D -oc. 



/=-186° C. 



t=S0 



D -oo. 



H. 



I. 



H. 



I. 



H. 



I. 



9-5 



26 



099 



3 



3-32 



11 



19-6 



7-2 



435 



14 



8-28 



36 



33-8 



14-1 



11-14 



44 



16-58 



101 



52-8 



22-2 



27-35 



191 



29-8 



295 



898 



33-2 



32-9 



262 



54-4 



575 



141-3 



42-4 



61-3 



526 



67-6 



657 



226 6 



53-1 



83-4 



643 



83-9 



741 



417 



68-4 



107-0 



725 



124-3 



861 



536 



75-6 



183-8 



870 



169-5 



942 



626 



799 



2606 



968 



222-8 



1012 



763 



85-4 



376 



1053 



322 



1090 







466 



1101 



418 



1155 







540 



1143 



512 



1191 







591 



1152 



579 



1212 





9-3 





280 ■ 





256 



As in the case of iron, tungsten-steel, and nickel, the 

 magnetization of the alloys o£ nickel-steels containing per- 

 centages of nickel greater than 26'64 per cent, is decreased 

 in weak fields and increased in strong, by cooling them in 

 liquid air. In alloys containing lower percentages of nickel, 

 the magnetization always increases on cooling. The amount 

 of the change of magnetization by cooling is considerably 

 large; with the exception of 28' 73 per cent, nickel-steel, it 

 increases as the percentage of nickel decreases, up to 26*64 

 per cent. The magnetization in liquid air of 25 per cent. 



