Line Tables

These tables give observed air wavelengths for the 2000-20000 Å range for spectra other than Fr I. Outside of the 2000-20000 Å range, the wavelengths are vacuum wavelengths. Lines of Fr I are extrapolated vacuum wavelengths from known energy levels. All observed lines are from NIST ASD. All energy level information is from NIST ASD. Wavelengths from MIT Wavelength Tables have been omitted as this publication appears to still be under copyright. However, in some cases, the exact same wavelength is given by NIST and MIT; in that case, the line is included.

Line intensities have been adjusted in the visible region to match photographed visible spectra. Line intensities of Rn have been adjusted to match the Grotrian diagram of Rn I. Line intensities in the infrared and ultraviolet are less reliable, but every effort was made to estimate them as accurately as possible. The elements He, O, Cl, Ar, Kr, and Xe have had their NIR lines photographed out to roughly 11000 Å. The intensities of the "brightest" several IR lines of each of these elements, in the 7000-10000 Å range, can be trusted. For the range of 3800-8000 Å, estimated visual brightnesses (EVB) are given. A dash in either of the intensity columns means the line intensity would be less than one relative to other lines of the same spectrum.

All Spectra

H

He

Li

Be

B

C

N

O

F

Ne

Na

Mg

Al

Si

P

S

Cl

Ar

K

Ca

Sc

Ti

V

Cr

Mn

Fe

Co

Ni

Cu

Zn

Ga

Ge

As

Se

Br

Kr

Rb

Sr

Y

Zr

Nb

Mo

Tc

Ru

Rh

Pd

Ag

Cd

In

Sn

Sb

Te

I

Xe

Cs

Ba

La

Ce

Pr

Nd

Pm

Sm

Eu

Gd

Tb

Dy

Ho

Er

Tm

Yb

Lu

Hf

Ta

W

Re

Os

Ir

Pt

Au

Hg

Tl

Pb

Bi

Po

At

Rn

Fr

Ra

Ac

Th

Pa

U

Np

Pu

Am

Cm

Bk

Cf

Es

Fm

Md

No

Lr

Rf

Db

Sg

Bh

Hs

Mt

Ds

Rg

Cn

Nh

Fl

Mc

Lv

Ts

Og

Entire Range | 2000-10000 Å | Visible Region | Si CCD/CMOS Region | Thermal IR | Vacuum UV
Specific Wavelength (rounded):  Å  nm
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λ, Å	E.	Sp.#	Rel.Int.	EVB	Lower Config	Lower Term+J	Lower Level	Upper Config	Upper Term+J	Upper Level
4144.772	Ti	III	6	1	3p6.3d.4f	1G°4	158285.34	3p6.3d.(2D5/2).5g	2[9/2]4	182405.25
4145.	Ti	XII	5	1	2p6.7p	2P°3/2	2003550	2p6.7f	2F°5/2	2027670
4145.033	Ti	I	25	3	3d2.4s2	a 1D2	7255.355	3d3.(4F).4p	w 3G°3	31373.807
4145.05	Ti	III	70	10	3p6.3d.4f	1G°4	158285.34	3p6.3d.(2D5/2).5g	2[9/2]5	182403.64
4145.985	Ti	I	15	2	3d3.(2F).4s	3F4	25037.405	3d2.4s.(2F).5p	3D°3	49150.329
4149.441	Ti	I	35	5	3d2.(3F).4s.4p.(3P°)	z 3G°5	21739.707	3d2.4s.(2F).4d	f 3H5	45832.546
4150.55	Ti	I	30	4	3d2.(3F).4s.4p.(3P°)	z 5D°2	18525.059	3d2.4s.(4F).4d	e 5P1	42611.451
4150.799	Ti	I	20	3	3d3.(2P).4s	b 3P1	18061.387	3d.4s2.4p	q 3D°1	42146.348
4150.959	Ti	I	105	14	3d3.(2D2).4s	a 3D3	17540.188	3d.4s2.4p	s 3F°4	41624.219
4154.849	Ti	I	60	8	3d3.(2P).4s	b 3P2	18145.286	3d.4s2.4p	q 3D°2	42206.755
4156.67	Ti	III	4	1	3p6.3d.4f	3F°2	158536.63	3p6.3d.(2D5/2).5g	2[5/2]2	182587.62
4158.2783	Ti	II	15	2	3d2.(1G).4p	y 2G°9/2	43780.9533	3d2.(3F).4d	e 2G9/2	67822.5867
4159.637	Ti	I	300	48	3d3.(2D2).4s	a 3D2	17423.856	3d.4s2.4p	s 3F°3	41457.639
4160.186	Ti	I	25	4	3d3.(2F).4s	3F3	25068.842	3d2.4s.(2F).5p	3D°2	49099.463
4160.408	Ti	I	20	3	3d2.(3F).4s.4p.(3P°)	z 3G°3	21469.488	3d2.4s.(2F).4d	3G4	45498.815
4160.42	Ti	III	3	-	3p6.3d.4f	3F°3	158557.76	3p6.3d.(2D5/2).5g	2[5/2]3	182587.12
4160.57	Ti	III	5	1	3p6.3d2	1G4	14397.6	3p6.3d.4s	3D3	38425.99
4161.5293	Ti	II	150	23	3d2.(1D).4s	a 2D5/2	8744.3406	3d2.(3F).4p	z 4D°7/2	32767.1961
4163.6437	Ti	II	660	106	3d3	b 2F7/2	20891.7898	3d2.(3P).4p	x 2D°5/2	44902.4455
4164.132	Ti	I	50	8	3d3.(2G).4s	a 3G3	15108.111	3d3.(2H).4p	x 3H°4	39115.957
4165.15	Ti	III	6	1	3p6.3d2	1D2	8473.5	3p6.3d2	1S0	32475.5
4165.721	Ti	III	9	2	3p6.3d.4d	1D2	135405.27	3p6.3d.4f	3D°2	159403.91
4166.308	Ti	I	315	58	3d3.(2G).4s	a 3G4	15156.802	3d3.(2H).4p	x 3H°5	39152.103
4167.688	Ti	I	25	5	3d3.(2F).4s	3F2	25092.958	3d2.4s.(2F).5p	3D°1	49080.327
4169.326	Ti	I	255	48	3d3.(2G).4s	a 3G5	15220.393	3d3.(2H).4p	x 3H°6	39198.323
4170.8632	Ti	II	75	13	3d2.(1D).4p	y 2D°5/2	39476.9244	3d2.(3F).5s	e 2F7/2	63446.0264
4171.017	Ti	I	330	62	3d3.(2D2).4s	a 3D1	17369.529	3d.4s2.4p	s 3F°2	41337.748
4171.9038	Ti	II	690	127	3d3	b 2F5/2	20951.7551	3d2.(3P).4p	x 2D°3/2	44914.8733
4172.594	Ti	I	50	10	3d3.(2G).4s	a 3G4	15156.802	3d3.(2H).4p	x 3H°4	39115.957
4173.5332	Ti	II	465	86	3d2.(1D).4s	a 2D5/2	8744.3406	3d2.(3F).4p	z 4D°5/2	32698.1022
4174.0664	Ti	II	95	18	3d3	b 2F5/2	20951.7551	3d2.(3P).4p	x 2D°5/2	44902.4455
4174.072	Ti	I	195	35	3d2.4s2	a 1D2	7255.355	3d2.(3P).4s.4p.(3P°)	v 3D°3	31206.007
4174.467	Ti	I	195	37	3d3.(2P).4s	b 3P0	17995.487	3d3.(2P).4p	u 3P°1	41943.884
4176.54	Ti	III	25	5	3p6.3d.4f	3F°2	158536.63	3p6.3d.(2D5/2).5g	2[7/2]3	182473.21
4176.6856	Ti	II	90	19	3d2.(1D).4p	z 2P°3/2	39233.4153	3d2.(3F).5s	e 2F5/2	63169.091
4176.967	Ti	I	55	12	3d2.(3F).4s.4p.(3P°)	z 3G°3	21469.488	3d2.4s.(2F).4d	3G3	45403.556
4177.38	Ti	I	120	25	3d3.(2G).4s	a 3G5	15220.393	3d3.(2H).4p	x 3H°5	39152.103
4179.87	Ti	I	35	7	3d3.(2D2).4s	a 3D3	17540.188	3d.4s2.4p	s 3F°3	41457.639
4180.02	Ti	III	7	2	3p6.3d.4f	3F°3	158557.76	3p6.3d.(2D5/2).5g	2[7/2]4	182474.38
4180.22	Ti	III	7	2	3p6.3d.4f	3F°3	158557.76	3p6.3d.(2D5/2).5g	2[7/2]3	182473.21
4180.495	Ti	I	45	10	3d3.(2D2).4s	a 3D2	17423.856	3d.4s2.4p	s 3F°2	41337.748
4181.119	Ti	I	25	6	3d2.(3F).4s.4p.(3P°)	z 3G°4	21588.495	3d2.4s.(2F).4d	3G4	45498.815
4183.287	Ti	I	120	27	3d3.(2P).4s	b 3P1	18061.387	3d3.(2P).4p	u 3P°0	41959.293
4183.58	Ti	III	2	1	3p6.3d.4f	3F°4	158690.85	3p6.3d.(2D5/2).5g	2[5/2]3	182587.12
4184.3108	Ti	II	120	25	3d2.(1D).4s	a 2D3/2	8710.5675	3d2.(3F).4p	z 4D°3/2	32602.6265
4184.589	Ti	I	25	5	3d2.(3F).4s.4p.(3P°)	z 3G°5	21739.707	3d2.4s.(2F).4d	3G5	45630.18
4185.988	Ti	I	30	7	3d3.(2P).4s	b 3P1	18061.387	3d3.(2P).4p	u 3P°1	41943.884
4186.118	Ti	I	585	141	3d2.4s2	a 1G4	12118.393	3d2.(1G).4s.4p.(1P°)	y 1G°4	36000.148
4188.683	Ti	I	210	53	3d3.(2P).4s	b 3P1	18061.387	3d3.(2P).4p	u 3P°2	41928.526
4188.9873	Ti	II	120	27	3d2.(1G).4p	y 2G°7/2	43740.7678	3d2.(3F).4d	e 2G7/2	67606.1621

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