674 



MR JAMES RUSSELL ON 



Table VIII.— Superposed Magnetic Inductions GL and CLL Conditions. Shield B. 







H, 



superposed. 





Hj repeatedly reversed. 











H, 



BG 



•9 



BG 



Total. 



B 



580 



BG 



Total. 



B 



850 







•96 



•6 



1-5 



•7 







2-2 



s 



O) 



1-6 



2-4 



1-0 



3-4 



1,320 



1-8 



•4 -3 -3 -3 -2 



6-2 



2,410 



en 



2-2 



5-1 



1-3 



6-4 



2,490 



1-9 



•7 -6 



9-6 



3,720 



610 



03 



4-8 



16-2 



■8 



17-0 



6,600 



1-0 



•4 -4 -3 -1 



192 



7,450 



a> 



2 



6-5 



20-2 



•8 



20-8 



8,10() 



1-0 



•3 



22-1 



8,600 



02 



02 



6 



PQ 



9-0 



23-6 

 



'6 



24 "2 



9,500 



•6 



•2 



250 



1-55 



9,700 

 730 



nd 







17 





800 



-3-1 



+ 3-1 -3-1 +31 



o 



g 



1-7 







1-8 





850 



-3-8 



+ 3-2 -3-1 +3-1 



1-55 



730 



II 





3-5 







1-9 





890 



-3-4 



+ 3-1 -3-1 +3-0 



1-5 



700 



ffl 



c 



5-25 







1-75 





820 



- 3-5 



+ 3'0 -30 +2-9 



1-5 



700 



P3 



13-2 







1-7 

 2-3 





800 



-3-1 



+ 3-0 -2-8 +3'0 



1-45 



680 







1-1 



1-2 



3-5 



1,360 



2-1 



•8 -7 "3 -2 -1 



9-7 



3,000 





T3 



1-6 



2-2 



3-2 



5-4 



2,100 



2-9 



•7-60-300 ; 



9-9 



3,850 





3 



2-2 



5-1 



37 



8-8 



3,420 



2-2 



•6-4 



12-0 



4,650 







49 



16-3 



2"2 



18-5 



7,700 



1-8 



•6 -2 



21-1 



8,200 



02 



s 



8-7 



24-0 



1-1 



25-1 



9,750 



1-0 







26-1 



10,150 



O 



pa 



10-8 



27-0 



1-0 



28-0 



10,900 



■7 







28-7 



11,130 



a 



OS 

 II 



13-5 



29-2 



•9 



301 



11,700 

 4,130 



•7 







307 



11,900 

 4,080 













8-8 





-17? 



+ 17-2 -17-3 +17-5 



8-7 



n 



S3 



1-7 







8-9 





4,180 



-17-2 



+ 17-0 -17-0 +17-1 



8-5 



4,000 





to 



2-5 







8-8 





4,130 



-17-2 



+ 17-0 -17-0 +16-9 



8-4 



3,940 





© 



5-3 







8-2 





3,850 



-16-3 



+ 16-0 -15-9 +16-1 



8-0 



3,760 





E 



9-3 







7-8 





3,680 



-16-0 



+ 15-4 -15-4 



7-7 



3,620 





pa 



13-0 







7-5 





3,520 



-15-0 



+ 14-8 -147 +14-5 -14-6 



7-3 



3,430 







•87 



10 



2-6 



3-6 



1,400 



2-3 



0-5 ■;> 0-5 



7-4 



2,880 





13 



1-4 



1-8 



3-5 



5-3 



2,060 



3-0 



-9 -6 - -3 -1 



9-6 



3,730 







2-3 



5-4 



4-2 



9-6 



3,780 



3-0 



•1 "5 0-4 -4 -2 



14-2 



5,500 



X 



w 



3-8 



12-3 



2-5 



14-6 



5,750 



2-0 



"2 0-2 -2 0-2 



17-6 



6,850 





CD 



5-9 



18-2 



1-3 



19-5 



7,580 



1-1 



•2-2 



21-0 



8,150 





a 



7-6 



22-2 



1-1 



23-3 



9,050 



•9 







24-2 



9,500 



CD 



pa 



10-5 



26-3 



•8 



27*1 



10,520 



■7 







27-8 



10,800 



m 



m 







138 







29 8 







•2 



30-0 



11,680 



■5 







30-5 



11,850 

 7,600 



16-5 





7,750 



-33 



+ 32-4 -32-4 +32-5 



16-2 







'7 







16-1 





7,550 



-32-4 



+ 32-6 -32-0 +32*2 



16-1 



7,550 



^H 



CD 



1-75 







16-0 





7,500 



-32-5 



+ 32-3 -31-9 +32-0 



160 



7,500 





GO 



3-4 







16-0 





7,500 



-31-8 



+ 31-3 -31-2 +31-3 



15-6 



7,330 



w 



<D 



5-5 







15-7 





7,360 



-31-0 



+ 30-8 -30-7 +30-8 



15-4 



7,150 



Q 



8-5 







15-0 





7,050 



-30-0 



+ 29-9 -29-8 +29-8 



14-9 



7,000 





W 



10-5 







14-2 





6,660 



-29-0 



+ 28-9 -28-8 +28-8 



14-4 



6,760 







13-6 







13-9 





6,530 



-28-2 



+ 27'8 -27-7 +27-7 



13-8 



6,500 





1-1 



1-1 



2-0 



3-1 



1,210 



1-7 



•6-6 



6-0 



2,330 



a 



^J 



1-6 



2-4 



2-8 



5-2 



2,300 



1-9 



-3 - -2 -4 - -3 -4 



77 



3,000 



^ 



2 



2-2 



4-9 



2-4 



7-3 



2,840 



2-0 



•3, -2 -"2 -5 



10-1 



3,930 



to 



=e 



4-8 



16-0 



-1-] 



14-9 



5,800 



1-1 







16-0 



6,220 



CB 



g 



6-2 



19-8 



-1-8 



18-0 



7,000 



•9 







18-9 



7,350 



CD 



*~3 



8-8 



24-2 



-2-6 



21-6 



8,400 



•8 







22-4 



8,700 



02 



d 



10-9 

 



27-2 



-3'0 



24-2 



9,500 

 13,100 



■6 







24-8 



9,630 







27-8 





_ ? 



+ 55-6 -55-3 +55-6 



27-7 



13,000 



te 



0> 



1-3 







27-8 





13,100 



-55 



+ 55-2 -54-9 +55-0 



27-5 



12,900 



CO 



3 



to 



27 







27-2 





12,800 



-54-7 



+ 54-8 -54-4 +54-6 



27-2 



12,800 



II 



03 



57 







26-5 





12,500 



-53-0 



+ 53-0 -52-8? +53-0 



26-5 



12,500 



w 



s 



8-0 







25-9 





12,150 



-52-0 



+ 51-8 -51-2 +51-6 



25-7 



12,100 





— 



10-4 







24-8 





11,600 



-50-2 



+ 50-3 -50 +50-0 



25-0 



11,700 





