:>2 



Messrs. K. Honda and T. Terada on the Change of 



Table XIII. (continued). 



T = 3487 



gr./mra. 2 



T = 4170 



gr./mm. 2 



T =481)6 



gr./mm. 2 



H. 



( Xl0 b . 



H. 



XI 



yXlO i; . 



H. 



XI i AC 



. xl0 (> . 



04 



-002 



0-2 



0-00 



0-2 



o-uo 



0-8 



0-00 



OC) 



-0-04 



0-5 



-0 02 



1-5 



+011 



1-3 



4-0-05 



1-3 



4-005 



3-5 



+0-26 



4-2 



+ 0-20 



30 



+013 



8-o 



+0-42 



9-3 



40-32 



8-0 



+0-23 



14-7 



4-0-50 



15-2 



4-0-37 



139 



+0-29 



25-6 



-j-0 60 



26-2 



+ 0-48 



25-8 



+ 0-39 



430 



-fO-77 



44-2 



+0-05 



441 



+ 0-56 



081 



+ 1-01 



583 



4-0-88 



()8-7 



+0-80 



1105 



4-1-40 



1139 



+ 1-31 



1141 



+ 1-24 



204 



4-228 



207 



4-217 



207 



+ 2-10 



299 



+315 



304 



4-3-03 



305 



+3-01 



397 



+4-03 



403 



43-93 



405 



+ 392 



8E 



Ihe observed values of ^- are generally small, but are 



rather greater than those for iron. The elasticity increases 

 by magnetization in a manner similar to that of iron. An 

 inconspicuous maximum is, however, observed in high fields. 

 Increased tension decreases the amount of the change ; this 

 makes the maximum conspicuous. The following table and 

 the full lines in fig. 10 show the results of our experiment. 



Table XIV. 

 AT =+688 gr./mm. 



* = 10°-2. 



T=1427 



gr./mm.- 



T=2798 



gr./mm. 2 



T=4170 



gr./mm. 2 



H, 





, 



XE _., 

 -P-X10-. 



H. 



fxW. 



4-1 



0-07 



5-8 



007 



62 



0-03 



14-4 



0-34 



14-7 



025 



26-4 



0-12 



48-3 



0-41 



44-5 



0-31 



490 



014 



113-7 



0-53 



113-7 



0-41 



112-8 



015 



237 



0-51 



239 



0-44 



238 



004 



391 



0-48 



397 



0-46 



418 



000 



