136 ON A TABLE OF STANDARD WAVE LENGTHS OF THE SPECTEAL LINES 
6 = 4219.025 (3) 
(2) 4e = 1GS76.096 3)16873.551 = 5624.518 = n (1) 
2.545 
(3) 6c = 21095.120 4)21080.429 = 5270.108 = I (2) 
14.691 
(1) be - 21095.120 8)21091.447 = 7030.483 = t (1) 
3.673 
(5) 3e = 12657.072 2)12641.166 = 6320.584 = p (2) 
15.906 
(2) 6e = 2.5314.144 5)25323.406 = 5064.682 = k (1) 
+ 9.262 
(3) 7e = 29533.168 . 6)29505.108 = 4917.519 = _/ (2) 
28.060 
(3) 7e = 295.33.167 5)29454.150 = 5890.831 = (2) 
■79.017 
h = 4690.949 (4) 
(3) Qh = 28145.694 5)28122.525 = 5624.505 = n (2) 
23.169 
(3) 6h = 2814.5.694 4)28122.117 = 7030.529 = t (2) 
23.577 
(4) bh= 23454.743 4)23563.320 = 5890.830 = o (2) 
+ 108.577 
y = 4917.519 (5) 
(1) 4 J = 19670.076 3)19698.780 = 6566.260 
+ 28.704 
(3) Qj = 29505.114 7)29533.174 = 4219.025 
4- 28.060 
(3) 6y = 29505.114 5)29454.144'= 6890.829 
50.970 
k = 5064.681 (1) 
2 5^ = 25323.406 6)25314.144 = 4219.024 
9.262 
? (1) 
e (2) 
(2) 
e (1) 
2 5^ = 25323.406 . 4)25282:336 = 6320^584=^ (1) 
41.070 
» 
