EEY. T. E. EOBINSON ON SPECTEA OF ELECTEIC LIGHT, 
963 
Table XI. — Cadmium. 
Air. 
Nitrogen. 
Oxygen. 
Hydrogen. 
Carb. oxide. 
C.P. 
R 
C.P. 
E. 
C.P. 
E. 
C.P. 
E. 2-55. 
E. 0-2. 
C.P. 
E. 
1. 
o 
32 
35-5 0. 
2. 
38 o * 
39 * 
38 
f. 
38-8* 
38-8 «o. 
double. 
3. 
od 
41 double. 
41 n. 
39-8 f. 
40-7* 
4. 
44-8 f. 
5. 
/S' 
48’5 * 
48 f. 
49 1 
f. 
47-8# 
48-7* 
6. 
49-8 n. 
50-8 b. 
53-8 fn. 
50-5 vf. 
50-7 b. 
7. 
52 0. 
53-3 vf. 
52-7 bw2. 
8. 
y 
54‘5 * 
55 « 
56-3 n. 
55-2 n. 
55-7 vf. 
9. 
32 
59 n. 
58-8 fn. 
57-7 
0-2 1 fn 
59-7 f. 
10. 
33 S 
3-5* 
4 fw. 
3 1 vn. 
3 J 
f. 
3-7 f. 
4/» 
5-8 vb. 
3-7 U 
11. 
7 c. 
6-8 nb. 
6 fw. 
6-7" 1 
three. 
7-7* 
12. 
1 
10 b. 
9 b. 
9-7 
four. 
13. 
•' 
11-5] b. 
Ill fn. 
10-51 b. 
11-3 bn. 
10-8 
L 
14. 
d' 
13 /b. 
13 J vfn. 
13 fb. 
12 b. 
13-8 fn. 
12-8 f. 
14-5 vfw. 
12-7 nb. 
15. 
161 * 
15 1 * 
16-3 bw. 
14-8 
17-3 1 f. 
14-7 
16-7 w’f. 
16. 
l 
four. 
? 
17 J # 
17 f. 
17 J * 
17 bw. 
18-8 J f. 
. 
17. 
21-8 ■) b 
20-7 1 c 
21-2 f. 
18. 
25-5# 
double. 1 
23-7 j c. 
f) 
241 b. 
24 * 
24-5 bw’. 
24-8 fb. 
23-8* 
24-5 vfn. 
24 b. 
25-7* 
24-7 vb. 
19. 
■27 jt 
double. J 
28-5 c. 
29 c. 
28-8 fw. 
29 vf. 
28-5 bn. 
28-7 n. 
30-7 f. 
28-7 bn. 
20. 
30 1 vbn. 
295 1 nb. 
30-3 fw. 
30-8 bn. 
21. 
32 1 vn. 
31 Inb. 
22. 
i 
33-5 J * 
33 J * 
33 c. 
32-8 f. 
34-2 vf. 
23. 
35 c. 
36-3 b. 
24. 
37-5 f. 
38 f. 
37-2 f. 
38-7 f. 
25. 
39-8 w. 
39-8 nb. 
40 nf. 
39-5 f. 
41-5 c. 
26. 
41 f. 
42 c. 
41 bw. 
41-5‘ 
1 bn. 
41-8 *w. 
41-7 nc. 
27. 
43-5 
In. 
45 * 
44 bw. 
45-5* 
45-5 
1 bn. 
43-8 vb. 
45-8 nbw. 
45 vfn. 
44 c. 
43-7 fw2 
44-7 b. 
28. 
47-7 n. 
51-7* 
53-2 nc. 
29. 
30. 
! 
51-5 n. 
53 cw. 
50 f. 
53 c. 
50-5 
52 
49-8* 
51-8 n. 
51-8 vf. 
51-5vfvn. 
52-5 cn. 
54-2 fw. 
53 * 
31. 
32. 
XK 
56 * double. 
56 # 
55 
53-8* 
53-8 n. 
54-7 » 
57-2 nf. 
.33*" 
59-5* 
58 * 
57-8 
58-8 vf. 
59-2# 
33. 
34 
2 f. 
2 1 bn. 
1 f. 
l-7f. 
34. 
X 
3-5 ew. 
3-5 1 bn. 
35. 
4-5 J bn. 
4-8 1 bn. 
7- 8 Ibn. 
8- 8 J bn. 
36. 
7 cw. 
7 f 
6-3 vb. 
6-2* 
37. 
9-7 vf. 
38. 
(*• 
11 I vb. 
39. 
12 lb. 
11-5 w. 
ll-8bw. 
40. 
13-5 J b. 
14-5 f. 
13-8 1 vf. 
13-3 vn. 
13-7 b. 
41. 
15-8 1 n. 
17-8 Ic. 
19-8 J f. 
16-3 1 vf. 
15-7 If. 
42. 
18 f. 
17-7 1 n. 
43. 
V 
19 vbn. 
19-5 f. 
19-3 J vf. 
19-8 *w. 
19-7 1 c. 
18-7 J f. 
44. 
91-7 fr. 
23-2 f. 
45. 
27-5 
27 f. 
25-8 bw2. 
26-7 J * 
26-7 f. 
46. 
5 
29-5# 
30 * 
47. 
48. 
» 
35 fw. 
34 f. 
33-5 vf. 
36 c. 
34 vf. 
32-8 nc. 
34-5 vfw. 
34-7 f. 
33-7 f. 
49. 
50. 
41 f. 
37-8 £ 
41-8 f. 
40-8 vf. 
38-7 vf. 
51. 
46 f. 
44-7 vf. 
43-7 vf. 
45-8 c. 
52. 
50‘5 vf. 
47-7 vf. 
45-7 vf. 
53. 
53-5 vf. 
•== 
I have given here the H transition spectrum. The lines are scarcely visible ; they 
are all found in the other two H. These spectra are exceedingly beautiful, but trouble- 
some in tubes of such small diameter from the dense and opake deposits. 
MDCCCLXII. 6 Q 
