990 
Alloy IV contained 69.4 atomic percentages of Ag. The plate was 
0.083 mm. thick. 
T ABLE SE "MI: 
HALL effect for Bme jv: 
TREK T=90°K | T=20°.3K || T=14°.5K 
|H en bes es eas 
| RH rxe RH (= RX 10 HRO RH RX 101 
WZ ONE ARGENS IP AAD | AAT AN 408 AS 
| | | | | | 
| 9760 Is 76 | - 5.90 5. 12 | 5.25 | AAD: ra Bi a ou) cacy 
10270 i 6.20 0 | 6.04 || 5.41 UB) 5.27 bale 4.66|- 4.54 | (4:55) 4.43 
| | = 9. 810 An w=8. 43><10- An w=. 0210 an w= 7.90<10—4.0 
| | 
eet Ol W 0.85 |” oe || —0.82 
|| Wo Wo | Wy ioe 
Alloy V contained 90.9 atomic percentages of Ay. The plate was 
0,082 mm. thick. 
TABLE XIX. 
Harr effect for (Au—Ag) 
| | T= 200°K. T=90°K. | T=20.3K. | T= 14.%K., 
EL | === Peo zE IL 
| RH RX 10 RH —RX104 RH — RX104 RH |- RX104 
| ats Ale aoe a ai | ae! 
9065 | 6.62 7.31 5.88,|- 6.49 || 5.22 | 5.76 5.16 | 75.69 
9760 || 7.23 | 7.42 | 6.30 6.45 | 5.59 | 5.13 || 5.66 | 5.80 
10270 || "7.52 | 1.32 | 6.58 6.40 || 5.98 5.82 5.86 5.71 
52010 40lw = 3.8110 PAPEN = re 
W= 
Ba 005 0185 | 066 Leb 
Wy | Wo | Wij Wo 
| al Senn 
Alloy VI contained 97.8 atomic percentages of Ag. The plate was 
0.095 mm. thick. 
