420 
PROF. LOUIS VESSOT KING ON THE CONVECTION OF 
Table V. 
Wire No. 1 
1 
"T 
o 
o 
r—H 
CM 
o 
05 
o 
610° 
800° 
987° 
Ja = 
•0875 
d= -01530 
B = 
0264 
0508 
■0772 
•1012 
■1272 
00 = 
1-257 xlO' 4 
a = -00765 
B /(0-0 ir ) 
1-255 
1 - 21+1 
1 - 265 
1-265 
1 - 290 x lO- 4 
00 / s /a = 
1-437 x 10-3 
b = 
4-3 x10“ 5 
Wire No. 2 
6-617 
210° 
410° 
609° 
801° 
990° 
1161° 
fa = 
•0832 
cl = -01387 
B = 
0255 
0515 
■0728 
0985 
1233 
1481 
00 = 
1•207 x 10' 4 
a= -00693 
B 1(6 - 0 ir ) 
1-230 
1 " 255 
1-192 
1-230 
1 - 21+8 
1-275 x 10- 4 
0 0 / ja = 
1-448 xlO" 3 
h = 
3-7 xlO" 5 
Wire No. 3 
0 - 0 ir 
210° 
411° 
608° 
803° 
993° 
1165° 
Ja = 
•0784 
d= -01230 
B = 
0238 
•0468 
•0718 
•0961 
■1190 
•1422 
0o = 
1•130 x10 -4 
a= -00615 
B/(e-e u ) 
1-133 
1 - 11+2 
1-180 
1-196 
1-198 
1-222 x 10~ 4 
00 / «> = 
1-441xlO' 3 
1 = 
8-2 xlO- 5 
Wire No. 4 
6-6 17 
210° 
411° 
608° 
803° 
993° 
1165° 
Ja = 
•0763 
d= -01165 
B = 
0224 
0458 
•0696 
0932 
1168 
• 1410 
00 = 
l-078x 10“ 4 
a = -00582 
B 1(6-0k) 
1 ■ 067 
1-116 
1-11+5 
1-161 
1-175 
1 - 208 xlO’ 4 
0 0 / fa = 
1-412 xlO” 3 
b = 
11’4 x10“ 5 
Wire No. 5 
6-017 
213° 
413° 
613° 
807° 
1001° 
Ja = 
•0710 
d= -01013 
B = 
•0228 
0422 
0655 
•0880 
•1102 
00 = 
1 • 020 x 10 -4 
a =-00506 
B 1(0-6 ir ) 
1-070 
1-023 
1-070 
1-090 
l-102x lO” 4 
0 0 / Ja = 
1-438 x JO" 3 
b = 
8-1 xIO - 5 
Wire No. 6 
0-017 
213° 
416° 
616° 
812° 
1001° 
1179° 
Ja = 
•0682 
d = • 00930 
B = 
0221 
•0417 
0632 
■0834 
•1094 
•1291 
00 = 
•988 x 10- 4 
a= -00465 
B /( 6 - 617 ) 
1 ■ OSS 
1 ■ 002 
1-027 
1-027 
1 • 092 
l-092x 10“ 4 
0o / v/a = 
1•448xlO- 3 
b = 
8-3xl0- 5 
Wire No. 7 
0-017 
213° 
413° 
612° 
805° 
997° 
Ja = 
•0622 
d= -00775 
B = 
•0193 
0377 
■0577 
0771 
0984 
0o = 
•872 x 10“ 4 
a = -00387 
B 1(6-017) 
■907 
■913 
■927 
■95S 
•9S5x 10~ 4 
00 / = 
1-405 xlO" 3 
b = 
12-0 xlO- 5 
Wire No. 8 
0-017 
230° 
434° 
613° 
877° 
Jcc = 
•0438 
d= -00383 
B = 
0140 
•0272 
•0372 
0540 
00 = 
•640 xlO" 4 
a = -00192 
B/(0 ~ Git) 
■657 
- 652 
■625 
-628x lO- 4 
00 / n/« = 
1•460 xlO” 3 
Wire No. 9 
e-e 17 
439° 
885° 
Ja = 
•0441 
d= -00390 
B = 
•0261 
0542 
00 = 
• 630 x 10 -4 
a = -00195 
B/(0-0ir) 
■631+ 
-625x 10“ 4 
0o / Vffl = 
1•430xlO" 3 
Wire No. 10 
0-017 
145° 
255° 
349° 
482° 
567° 
707° 
■0380 
d= -00283 
B = 
• 00425 
•01292 
0181 
•0256 
0308 
0384 
0o = 
•531xlO' 4 
-00144 
B/(0-0i T ) 
■332 
■51+1+ 
‘51+5 
■551 
-561 
•557 x10“ 4 
0o / s/a = 
1-396xlO" 3 
b = 
8-1 xlO" 5 
W = B JV + C, B 
= 0(0-017 
) 
/ 
0o / V a = 
1-432 xlO- 3 
0 = 0o [1 + b (6 - 
017)] 
. 1 
b = 
8-Ox lO" 5 
Analysis of the Convection Constant B 
