Spectral Line Broadening by Plasmas

A I V . l . IMPACT WIDTHS, SHIFTS, AND BROADENING PARAMETERS 343

ELEMENT TEMP. WIDTH SHIFT ALPHA BETA .vA WS WQ DR

AL 1 0 8 8 7 ( 2 3 ) 5 0 0 0 1.81 2.00 .108 .84·-01 70 85 0 0
2.22 2.06 .093 .17 b4 72 0 0
MULT:12 10000 2.69 1.92 .080 .33 59 59 0 0
3.10 1.64 .072 .67 58 48 0 0
4P-6S 2P-2S 20000

40000

SI 2518 (3 ) 5000 .i+08-02 . 4 9 4 - 0 2 .036 . 1 0 - ■01 76 97 0 1
MULT:l UV 1 0 0 0 0 . 4 6 6 - 0 2 . 5 6 8 - 0 2 .033 75 90 0 1
3P-4S 3P-3S 20000 .537-02 .617-02 .029 . 2 0 - •01 73 77 0 1
40000 .616-02 .612-02 .026 71 62 0 1
. 4 0 - •01
. 8 1 - ■01

S I 2 8 6 2 ( 6 ) 5 0 0 0 . 5 6 1 - ■02 . 6 8 7 - ■02 .037 .15-01 76 97 0 2
MULT:43 UV 1 0 0 0 0 . 6 4 0 - ■02 . 7 8 9 - •02 .033 .29-01 75 90 0 2
3 P - 4 S l D - l p 2 0 0 0 0 . 7 3 8 - ■02 . 8 6 0 - ■02 .030 .58-01 73 78 0 2
4 0 0 0 0 . 8 4 8 - ■02 . 8 5 9 - ■02 .027 .12 71 63 0 2

S I 3 9 0 6 ( 8 ) 5 0 0 0 . 1 0 2 - •01 . 1 2 5 "■01 .037 . 3 7 -•01 76 97 02
.033 . 7 3 - •01 75 90 02
MULT : 3 luOOO . 1 1 7 - ■01 . 1 4 3 - •01 .030 .15 72 77 02
.027 02
3 P - 4 S l S - l p 2 0 0 0 0 . 1 3 5 - ■01 . 1 5 5 - ■01 .29 70 62

4 0 0 0 0 . 1 5 6 - •01 . 1 5 5 - •01

SI 12047 (9 ) 5000 .275 .243 .0'+'+ .57 63 68 11
10000 .332 .210 .038 1.1 59 57
MuLT:4 .158 .034 2.3 56 49 12
.106 .030 4.5 55 44 14
4S-4P 3P-3D 20000 .393 07

i+0000 . 4 4 6

SI 1U790 (10 ) 5000 .139 .146 .038 .56 6 5 Θ7 3 2
MULT:5 10000 .175 .152 .032 1.1 58^ 7 6 2 2
.143 .027 2.2 51 64 1 2
4b-4P 3P-3P 20000 .226 .120 .023 4.5 45 53 1 4
i+0000 . 2 8 3

SI 10462 (11 ) 5000 .318 .318 .058 .25 71 64 0 0
.290 .053 .50 70 52 0 0
MULT:O 10000 .359 .239 .050 1.00 72 44 0 1
.181 .0<+7 2.0 76 38 0 2
4S-4P 3P-3S 20000 .39i+

i+0000 . 4 2 1

SI 1D888 (12 ) 5000 1.69 .450 .160 .29 131 25 01
MULT : i l . 1 2 1 0 0 0 0 1 . 5 1 .174 .58 lb5 25
4b-4P lP-lp 20000 1.38 .198 .186 1.2 203 27 03
i+0000 1 . 2 9 .196 2.3 24*+ 2 8
. 2 6 5 - 01 0 33
- . 6 7 2 " 01 0 - 16

SI 10870 (13 ) 5000 .218 .247 .0<+8 .40 69 85 2 2
.254 .042 .79 64 72 1 3
MULT:I3 luOOO . 2 6 5 .233 .036 1.6 59 59 1 3
4;>-4P 1 P - 1 D 20000 . 3 2 2 .193 .032 3.2 56 49 1 5
i+0000 . 3 7 9

S I 9<+14 ( 1 4 ) 5 0 0 0 . 2 8 6 .331 .062 .16 72 80 11
.337 .33 70 66 11
MULT:I4 1J000 .331 .309 ,056 .66 o9 53 12
.258 1.3 71 43 13
4b-4P IP-IS 20000 .376 .051
.485 .o<+8
«♦υϋθθ . 4 1 0 .430
.352
51 5601 (15 ) 5000 . 5 1 1 .272 .110 . 1 2 - 01 71 59 0 0
10000 .559 .103 73 47 0 0
MULT:9 .099 .2<+- 01 79 39 0 1
.100 . 4 8 - 01 89 32 0 2
4Ò-5P 3P-3D 20000 .584 . 9 7 - 01
i+0000 . 5 8 3

344 APPENDIX I V . STARK BROADENING PARAMETERS AND PROFILES

ELEMENT TEMP. WIDTI SHIFT iLPHA BETA tfAWS WQ DR
70 86 1 0
SI 5o99 (16 ) sOOO .232 .257 .081 .21-01 64 73 1 0
MULTUO 10000 .281 .268 60 60 1 0
.254 .070 .41-01 58 48 1 0
4S-5P 3P-3p 20000 .339 .218 .061 .82-01
40000 .391 .054 .16
.211
SI 5b54 (17 ) 5000 .177 .226 .072 .25-01 69 86 38
.224 .063 .49-01 65 74 28
MULT:ll 10000 .212 .206 .055 .98-01 60 61 2 10
.049 .20 58 49 2 14
4S-5P 3P-3S 20000 .255

40000 .295

SI 6032 (18 ) 5000 .653 -.551 .120 .14-01 75 49 0 -1
MULT:14.01 1J000 .682 -.464 .116 .29-01 al 40 0 -1
4S-5P lP-lp 20000 .687 -.365 .115 .58-01 90 34 0 -2
40000 .668 -.273 .118 .12 104 29 0 -4

SI 5949 (19 ) 5000 .374 .434 .097 .17-01 72 82 11
.444 .086 .34-01 69 68 11
MULT:16 10000 ,439 .412 .077 .68-01 67 55 01
4b-bP IP-ID 20000 .505 .350 .072 ,14 69 44 12
40000 .551
.702
SI 5772 (20 ) 5000 .648 .673 .123 .98-02 73 69 0 0
.591 .113 .20-01 73 55 0 0
MULTU7 10000 .723 .481 .108 .39-01 77 44 0 0
4:>-5P IP-IS 20000 .774 .107 .78-01 35 35 0 1
40000 .784 1.10
.952
SI 4o22 (21 ) 5000 1,21 .770 .175 .27-02 72 56 0 0
MULT:il.04 10000 1.31 .594 .165 .55-02 74 44 0 0
4Ò-6P 3P-3D 20000 1,35 .162 .11-01 31 36 0 1
40000 1,31 .165 .22-01 94 30 0 2

SI 4784 (f,i22) 5000 .593 .657 .131 .16-01 70 82 10
MULT:11.05 10000 .712 .668 .115 .32-01 65 69 10
4b-6P 3P-3p 20000 .838 .616 .101 .65-01 62 55 00
40000 .930 .519 .094 .13 63 44 10

SI 4761 (23 ) 5Ù00 .458 .320 .080 .72-02 49 74 2 0
MULT:il.Ü6 1000Ü .612 .320 .065 .14-01 41 64 1 0
4b-oP 3P-3S ^:0000 .774 .297 .054 ,29-01 36 54 1 0
40000 .897 .257 .048 .57-01 35 46 1 1

SI 5Ü06 (24 ) 5000 .948 1.05 .154 ,39-02 71 75 0 1
MULT:17.08 10000 1,10 1.03 ,138 ,79-02 69 61 0 1
4S-6P IP-ID 20000 1.23 .925 .127 .16-01 69 49 0 1
40000 1.29 .767 .122 .31-01 74 39 0 2

SI 4948 (25 ) 5000 2.31 1.99 .237 .18-02 77 48 0 0
1.71
MULT:17.09 10000 2,36 1.38 .233 .36-02 84 38 0 0
4S-6P IP-IS 20000 2.30 1.07 .237 .72-02 97 31 0 0

40000 2.15 1.02 .249 .14-01 117 26 0 1
1.01
SI 1U844 (2b ) 5000 1,89 .939 .017 .27 13 44 0 0
MULT:31 10000 1,90 .809 .017 .54 14 39 0 0
.017 1.1 16 34 0 0
4P-4D IP-ID 20000 1.86 .017 2.2 19 30 0 1
40000 1,78

A l V . a . IMPACT WIDTHS, SHIFTS, AND BROADENING PARAMETERS 345

ELEMENT TEMP. WIDTH SHIFT ALPHA BETA wA WS WQ DR

SI 1U720 (20 ) 5000 1.36 -.428 .062 .13 46 55 0 -2
MULT:53 10000 1.62 -.24(| .054 .26 43 48 0 -5
-.999-01 .050 .51 44 42 0-15
4P-4D 3D-3F 20000 1.81 -.974-02 .048 1.0 47 36 0
40000 1.88

SI 15960 (29 ) 5000 .697 .567 .037 1.2 48 82 0 12
MULTI42.21 10000 .938 .645 .030 2.5 40 72 0 12
4P-5S 3D-3P 20000 1.22 .692 .024 4.9 34 62 0 12
40000 1.47 .692 .021 9.8 32 52 0 13

SI 7b80 (30 ) 5000 3.39 2.49 .202 .96-02 79 41 0 0
MULT:36 10000 3.37 2.19 .203 .19-01 39 35 0 0
1.85 .208 .39-01 1ο3 31 0 0
4P-5D IP-ID 20000 3.27 1.49 .217 .77-01 123 28 0 0
40000 3.08

SI 7942 (31 ) 5000 2.66 -.419 .083 .23-01 39 54 0 -2
MULT:57 10000 3.12 -.115 .073 .45-01 38 47 0-l0
.069 .90-01 39 40 0 l7
4P-5D 3D-3F 20000 3.38 .806-01 .13 43 34 0 10
40000 3.41 .069
.167

SI 8093 (32 ) 5000 1.02 .667 .018 .11 14 68 0 2
MULT:34 10000 1.21 .752 .016 .22 13 63 0 2
4P-6S lP-lp 20000 1.42 .754 .014 .44 12 54 0 3
40000 1.61 .689 .013 .88 12 46 0 4

SI 6722 (33 ) 5000 9,37 -2.64 .492 .19-02 113 28 00
MULT:38 1ÜÜ00 8.63 -1.39 .523 .38-02 138 26 00
-.604 .559 .75-02 170 25 00
4P-6D IP-ID 20000 7.89 -.187 .605 .15-01 212 23 0 -1
40000 7.10
.944-01
SI 7U04 (34 ) 5000 5.21 .467 .062 .12-01 22 55 0 28
MULTlbO 10000 6.18 .663 .055 .24-01 21 48 06
4P-6D 3D-3F 20000 6.68 .696 .052 .47-01 22 40 04
40000 6.65 .052 .94-01 25 33 05

SI 6552 (35 ) 5000 7.12 -4.60 .228 .32-02 61 55 0 -2
M U L T : Ö 0 . 0 6 I O O O O 8.21 -3.60 .205 .65-02 60 46 0 -4
4H-7D 3D-3F 20000 8.96 -2.57 .192 .13-01 62 40 0 -7
40000 9.14 -1.71 .189 .26-01 68 34 0-l3

P 1780 (2 ) 5000 .425-02 .488-02 .048 .19-02 76 90 0 -6
MULT:l UV 10000 .485-02 .534-02 .043 .37-02 75 79 0 -6
3P-4S 4S-4P 20000 .549-02 .545-02 .039 .74-02 74 66 0 -7
40000 .604-02 .504-02 .037 .15-01 76 53 0-10

P 2140 (6 ) 5000 .302-02 .360-02 .037 .55-02 76 97 0 -1

M U L T : 4 uv ioooo .346-02 .412-02 .033 .11-01 75 89 0 -1
.399-02 .445-02 .030 .22-01 73 76 0 -1
3P-4S 2D-2P 20000 .457-02 .437-02 .027 .44-01 71 61 0 -1
40000

P 2541 (9 ) 5000 .409-02 .522-02 .038 .92-02 79 97 0 0
M U L T : Ö UV I O O O O .483-02 .588-02 .033 .18-01 76 89 0 0
3H-4S 2P-2P 20000 .563-02 .633-02 .030 .37-01 73 77 0 0
40000 .646-02 .622-02 .027 .74-01 71 62 0 0

346 APPENDIX I V . STARK BROADENING PARAMETERS AND PROFILES

ELEMENT TEMP. WIDTH SHIFT ALPHA BETA WA WS WQ DR

1U604 (11 ) 5000 .146 .138 .038 .47 62 74 2 2
.183 .1?5 .032 .93 56 63 1 3
MULT:l 10000 .225 .994-01 .027 1.9 51 54 1 5
.264 .699-01 .024 3,7 49 47 1 8
4b-4P 4P-4Q 20000

40000

9745 (12 ) 5000 .121 .130 .041 .35 67 82 2 2
.150 .130 .035 .70 61 70 1 2
MULT:2 10000 .185 .114 .029 1.4 55 58 1 3
4b-4P 4P-4P 20000 .221 .906-01 .026 2.B 52 49 1 5
40000

9J92 (13 ) 5U00 .935-01 .102 .038 .36 o8 88 3 2
MULT:3 10000 .115 .108 .033 .71 61 78 2 2
4b-4P 4P-4S 20000 .146 .104 .027 1.4 54 65 2 2
.182 .893-01 .023 2.9 49 54 1 3
40000

1U023 (14 ) 5000 .149 .179 .046 .32 72 91 2 4
.174 .198 .041 .64 69 81 2 4
MÜLTI4 10000 .205 .203 .037 1.3 66 67 1 4
4b-4P 2P-2P 20000 .238 .190 .033 2.6 o^ 53 1 6
40000

5098 (16 ) 5000 .245 .274 .092 .11-01 71 76 11
MULT: 10000 .285 .271 .082 .21-01 69 62 01
4b-5P 4P-4P 20000 .322 .243 .075 .43-01 68 50 01
40000 .345 .200 .071 .85-01 72 40 02

5u41 (17 ) 5000 .380 -.268 ,103 .76-02 08 51 00
.412 -.206 .097 .15-01 70 42 0 -1
MULT: 10000 .430 -.145 .094 .30-01 75 37 0 -2
.431 -.971-01 .093 .61-01 84 32 0 -4
4b-5P 4P-4S 20000 -.342
-.297
40000 -.238
-.175
5476 (18 ) 5000 .388 .102 .10-01 71 58 1 -4
.425 .409 .095 .21-01 72 47 1 -7
MULT: 10000 .445 .419 .092 .42-01 78 38 1-H
.443 .390 .093 .84-01 88 32 l-2l
4b-5P 2P-2D 20000 .333
40000

5328 (19 ) 5000 .346 .104 .98-02 73 81 1 1
.402 .093 .20-01 71 67 0 1
MULT: 10000 .453 .085 .39-01 70 53 0 2
4b-5P 2P-2P 20000 .483 .081 .79-01 74 42 1 3
40000

8707 (20 ) 5000 .619 -.278 .062 .74-01 53 57 0 -1
.733 -.165 .055 .15 50 50 0 -2
MULT: 10000 .828 -.651-01 .050 .29 50 44 0 -8
.885 .048 .59 52 39 0321
4P-4D 2S-2P 20000 .212-02

40000

1429 (4 ) 5000 . 1 8 6 - 02 .162-02 .026 .17-02 50 78 6 18
. 2 5 2 - 02 .173-02
MULT:5 UV 10000 . 3 3 4 - 02 .178-02 .020 .34-02 41 70 3 l8
. 4 1 2 - 02 .176-02 .017 .68-02 35 60 2 l9
3H-3D 3P-3D 20000 .014 .14-01 32 51 1 22
40000

1Ö14 (6 ) 5000 .190-02 .225-02 .035 .36-02 76 97 0 -1
.031 .72-02 74 89 0 -1
MULT:2 UV 10000 .218-02 .258-02 .028 .14-01 72 76 0 -1
.252-02 .278-02
3P-4S 3P-3S 20000 .288-02 .271-02 .025 .29-01 71 61 0 -1
40000

A l V . a . IMPACT WIDTHS, SHIFTS, AND BROADENING PARAMETERS 347

ELEMENT TEMP. WIDTH SHIFT ALPHA RETA rtAWS WQ DR

S 1320 (20 ) 5000 .186-01 .158-01 .083 .10-03 ó2 66 0 1
58 55 0 1
MULT:Ö UV lüooo .224-01 .144-01 .072 .36-03 57 46 0 1
3P-4D 3P-3D 20000 .25β-01 .121-01 .065 .72-03 59 39 0 3
.277-01 .974-02 .061 .14-02
mjooo

S 1*05 ( 2 1 ) 5000 .732-02 .840-02 .066 .43-03 73 93 0 0
MULT:6 UV 1Ü000 .839-02 .934-02 .059 .86-03 71 82 0 0
3P-5S 3P-3S 20000 .977-02 .950-02 .053 .17-02 o8 67 0 0
4Q000 .111-01 .874-02 .048 .34-02 u8 53 0 0

S 1303 (22 ) 5000 .214-01 .243-01 .104 .14-03 72 88 0 -1
MULT: 10000 .258-01 .255-01 .090 0 7 75 0 -1
.079 .27-03 63 60
3P-6S 3P-35 20000 .309-01 .243-01 .071 .55-03 0 -1
40000 .352-01 .211-01 62 48
.11-02 0 -1

S 9223 (25 ) 5000 .784-01 .765-01 .033 .38 0 3 82 3 0
MULTll 10000 .100 55 70 2 0
.744-01 .028 .76 48 60 1 0
4S-4P 5S-5p 20000 .129 4^ 51 1 0
40000 .159 .632-01 .023 1.5

.473-01 .020 3.1

5 1Ü456 (26 ) 5000 .102 .941-01 .032 .57 60 84 4 0
.937-01 .026 1.1 51 73 2 1
MULT:3 10000 .133 .824-01 .021 2.3 43 62 1 1
4.6 38 53 1 2
4S-4P 3S-3p 20000 ,177 .645-01 .018
40000 .224

S 4o95 (27 ) 5000 .173 .193 .086 .92-02 71 76 1 0
MULT:2 10000 .203 .190 .076
4S-5P 5S-5p 20000 .230 .171 .069 .18-01 68 63 0 0
40000 .248 .141 .065 .37-01 68 51 0 0
.74-01 70 41 0 1

S 5279 (28 ) 5000 .159 .177 .072 .17-01 68 81 2 4
MULT:4 10000 .193 .181 .062
.35-01 63 68 1 5
4b-5P 3S-3p 20000 .230 .168 .055 .69-01 59 56 1 6
40000 .260 .143 .050 .14 59 45 1 9

S 8o64 (29 ) 5000 .466 .367-01 .006 .39 7 66 1 22
.692-01 .005 .78 5 58 0 11
MüLTlb 10000 .632 .899-01 .004 1.6 5 51 09
.949-01 .004 3.1 5 43 0 10
4P-4D 5P-5D 20000 .781
40000 .878

S 9U37 (30 ) 5000 .862 .714 .081 .59-01 61 66 0 1
.635 .070 .12 57 54 0 1
MULT:13 10000 1.05 .520 .063 .24 55 46 0 2
.403 .059 .47 57 39 0 3
4P-4D 3P-3D 20000 1.21
40000 1.31

S 6751 (31 ) 5000 1.10 -.805-01 .041 .26-01 25 62 0 -8
.51-01 22 54 0 l7
MULT:Ó ìoooo 1.42 .401-01 .034 .10 21 ^7 05
4P-5D 5P-5D 20000 1.67 .126 .030 ,21 22 39 05
40000 1.79 .163 .028

S 7o9ü (32 ) 5000 .658 .752 .098 .31-01 72 88 0 0
.790 .085
MULT:7 10000 ,794 .752 .074 .62-01 67 75 0 0
.652 .067 .12 62 61 0 0
4P-bS 5P-5S 20000 .955 .25 61 49 0 0
40000 1,10

348 APPENDIX I V . STARK BROADENING PARAMETERS AND PROFILES

ELEMENT TEMP. WIDTH ALPHA BETA VA WS WQ DR

8452 (33 ) 5000 1.00 1.15 .108 .34-01 72 87 00
MuLT:14 10000 1.20 1.20 .095 .69-01 68 74 0 -1
4P-bS 3P-3S 2Ü000 1.42 1.14 .084 .14 64 60 0 -1
40000 1.60 .972 .076 .28 64 48 0 -1

6411 (34 ) 5000 1.24 1.35 .137 .87-02 69 83 0 0
1.54 1.37 .117 .17-01 63 70 0 0
MULTI9 10000 1.86 1.25 .102 .35-01 58 57 0 0

4H-7S 5P-55 20000 2.10 1.06 .093 .70-01 58 46 0 0

40000

1^49 (2 ) 5000 .931-03 .111-02 .033 .15-02 76 97 0 0
MULTI2 UV lüüOO .106-02 .128-02 .030 .30-02 75 90 0 0
3H-4S 2P-2P 20000 .122-02 .139-02 .027 .59-02 73 77 0 0
.139-02 .138-02 .024 .12-01 72 62 0 0
40000

CL 9«i71 (4 ) 5000 .656-01 .611-01 .030 .42 61 81 3 1
MULT:l 1Ü00Ü .852-01 .591-01 .024 .84 52 70 2 1
4b-4P 4P-4P 20000 .111 .020 1.7 45 60 1 2
40000 .138 .504-01 .017 3.4 40 51 1 3
.383-01

CL 8H13 (5 ) 5000 .536-01 .585-01 .033 .29 67 87 3 1
MULT:* 10000 .681-01 .607-01 .028 .59 59 77 2 1
.023 1.2 51 64 1 2
4b-4P 4P-4Q 2Ü000 .881-01 .569-01 .019 2.3 46 53 1 3
40000 .110 .481-01

CL 7430 (8 ) 5000 .589-01 .676-01 .041 .15 71 91 2 0
MULT:5 10000 .699-01 .740-01 .036 .30 67 80 2 0
4b-4P 4P-4S 20000 .848-01 .736-01 .031 .60 62 66 1 0
40000 .102 .658-01 .027 1.2
58 54 1 1

CL 9o63 (10 ) bOOO .721-01 .765-01 .033 .45 65 87 4 3
MULT:ll 1U000 .912-01 .804-01 .027 .89 58 76 2 3
4Ò-4P 2P-2D 20ÜOO .118 .022 1.8 50 64 2 4
40000 .148 .770-01 .019 3.6 45 54 1 6
.675-01

CL 9*52 (11 ) 5000 .718-01 .787-01 .035 .36 68 89 3 2
MULTU2 10000 .880-01 .850-01 .030 .72 62 79 2 3
4b-4P 2P-2S 20000 .111 .025 1.4 55 66 2 3
40000 .138 .840-01 .021 2.9 49 55 1 4
.756-01
69 89 3 3
CL 8üb0 (12 ) 5000 .674-01 .772-01 .037 .26 b4 78 2 3
MULT:13 1ÜÜ00 .824-01 .827-01 .032 .52 57 65 1 4
4b-4P 2P-2P 20000 .103 .027 1.0 52 53 1 6
40000 .126 .808-01 .023 2.1

.718-01

CL 4409 (18 ) 5000 . 1 0 4 .118 .073 .94-02 71 86 1 0
MULT:7 1U000 . 1 2 4 .124 .064 .19-01 66 73 1 0
.118 .056 .38-01 62 60 1 1
4b-bP 4P-4C 20000 . 1 4 8 .102 .051 .75-01 61 48 1 1
40000 . 1 6 9

CL 4^tìb (21 ) 5000 .991-01 .120 .076 .84-02 73 88 2 3
.118 .129 .067 .17-01 68 77 2 3
MuLT:9 10U00 .140 .127 .059 .34-01 65 63 1 3
.161 .115 .053 .67-01 63 50 1 5
4b-bP 4P-4S 20000

4UO00

A l V . a . IMPACT WIDTHS, SHIFTS, AND BROADENING PARAMETERS 349

ELEMENT TEMP. WIDTH SHIFT ALPHA BETA WA WS WQ DR
.146 .164 69 79 1 3
4742 (25 ) 5000 .175 .164 .077 .10-01 65 66 1 4
MULT: 1U000 .205 .148 .067 .20-01 62 53 1 5
4S-5P 2P-2D 20000 .226 .123 .060 .41-01 63 43 1 8
40000 .056 .82-01

CL 4o78 (2b ) 5000 .116 .131 .071 .12-01 68 84 2 4
MULT: 10000 .140 .136 .061 .23-01 63 71 2 5
4b-5P 2P-2S 20000 .169 .129 .053 .46-01 59 58 1 6
40000 .195 .113 .048 .93-01 57 47 1 9

CL 4551 (28 ) 5000 .180 .213 .089 .71-02 72 81 14
MULT:15 10000 .208 .218 .080 .14-01 69 66 15
4b-5P 2P-2P 20000 .236 .203 .073 .28-01 69 53 16
40000 .252 .175 .069 .57-01 72 41 1 10

876 (1 ) 5000 .906-03 .106-02 .039 .21-03 67 85 3 10
MULT : 10000 .111-02 .113-02 .034 .41-03 62 74 2 10
3P-3D 20000 .137-02 .114-02 .029 .83-03 56 62 2 12
lb -3/2 40000 .165-02 .108-02 .025 .17-02 52 51 1 16

AR 8o7 (2 ) 5000 .839-03 .939-03 .038 .21-03 66 85 48
MULT: 10000 .105-02 .100-02 .032 .43-03 59 74 29
3P-3D 20000 .132-02 .100-02 .027 .85-03 53 62 2 10
lb -3/2 40000 .159-02 .949-03 .023 .17-02 49 52 1 13

AR 1U67 (3 ) 5000 .475-03 .562-03 .031 .75-03 76 97 00
MULT: 10000 .541-03 .6^7-03 .028 .15-02 75 90 00
3P-4S .025 .30-02 73 78 00
lb -3/2 20000 .623-03 .707-03 .023 .60-02 72 63 0 -1
40000 .711-03 .704-03

AR lüi*8 (4 ) 5000 .460-03 .545-03 .031 .70-03 76 97 00
MULT: 10000 .525-03 .627-03 .028 .14-02 75 91 00
3P-4S 20000 .604-03 .686-03 .025 .28-02 73 78 00
lb -1/2 40000 .689-03 .684-03 .023 .56-02 72 63 0 -1

AR 8Ó0 (5 ) 5000 .229-02 .274-02 .062 .98-04 75 94 0 0
MULT: 10000 .265-02 .305-02 .056 .20-03 72 83 0 0
3P-5S 20000 .309-02 .313-02 .050 .39-03 70 68 0 0
lb -3/2 40000 .350-02 .292-02 .046 .78-03 69 54 0 0

870 (6 ) 5000 .212-02 .252-02 .061 .98-04 74 94 0 0
MULT: 10000 .246-02 .281-02 .055 .20-03 72 83 0 0
3P-bS 20000 .288-02 .289-02 .049 .39-03 69 68 0 0
lb -1/2 40000 .328-02 .269-02 .044 .79-03 68 54 0 0

AR 13407 (9 ) 5000 .987 -.167 .028 .43 29 66 1·-26
10000 1.34 .022 .86 24 59 1
MULT: 20000 1.70 -.293-01 .019 1.7 21 52 0 50
.990-01 .017 3.5 21 45 0 30
3u-4F 40000 1.97 .188
7/2-9/2

lb302 (lb ) 5000 1.96 -.998 .063 .31 53 60 0 -4
10000 2.40 -.646 .054 .61 <48 52 0 -8
MULT: 20000 2.79 -.307 .048 1.2 47 46 0--19
40000 3.05 -.555-01 .045 2.4 48 40 0
3U-4F
b/2-7/2

350 APPENDIX I V . STARK BROADENING PARAMETERS AND PROFILES

ELEMENT TEMP. WIDTH SHIFT ALPHA BETA WA WS WQ DR

AR 14634 (18 ) _»000 1.46 -.529 .044 .37 41 64 10
MULT: 10000 1.89 -.295 .036 .75 36 56 0 -1
3u-4F 2 JOOO 2.31 -.794-01 .031 1.5 33 50 0 -4
5/2-7/2 4U000 2.63 .028 3.0 32 44 06
.625-01

20845 (21 ) 5000 2.68 3.00 .069 1.4 70 86 1 0
MULT: 10000 3,26 3.15 .060 2.9 65 74 1 0
3Ü-5P 20000 3.98 3.01 .052 5.7 59 61 0 0
7/2-5/2 40000 4.65 2.62 .046 11. 57 49 0 0

8115 (25 ) 5000 .388-01 .347-01 .026 .31 59 84 50
MULT: 10000 ,514-01 .346-01 .021 .61 50 75 30
4S-4P 20000 .695-01 .304"01 .017 1.2 41 64 2 -1
3/2-5/2 40000 .904-01 .235*01 .014 2.5 35 55 1 -1

8425 (33 ) 5000 .288-01 .155-01 .014 .63 38 77 10 4
29 72 5 5
MULT: 10000 .418-01 .142-01 .010 1.3 23 64 2 6
.601-01 .II4-OI .008 2.5
4S-4P 20000 .810-01 .795-02 .006 5.1 19 56 1 9

3/2-5/2 40000

AR 8104 (34 ) 5000 .433-01 .433-01 .030 .26 64 87 4 0
MULT: 10000 .550-01 .452-01 .025 .53 56 77 3 1
.020 1.1 48 65 2 1
4S-4P 20000 .723-01 .424~01 .017 2.1 42 55 1 1
3/2-3/2 40000 .923-01 .356-01

AR 7*48 (43 ) 5000 .361-01 .364-01 .028 .28 63 84 5 0
MULT: 10000 .480-01 .367-01 .023 .56 53 75 3 0
4b-4P 20000 .649-01 .333-01 .018 1.1 44 65 2 1
1/2-3/2 40000 .843-01 .27Q-01 .015 2.2 38 55 1 1

AR 9225 (48 ) 5000 .534-01 .385-01 .023 .48 51 83 5 -2
MULT: 10000 .723-01 .375-01 .018 .96 42 73 3 -2
20000 .997-01 .316-01 .014 1.9 34 64 2 -3
4b-4P 40000 .131 .229-01 .012 3.8 29 55 1 -4
1/2-3/2

8408 (50 ) 5000 .413-01 .356"01 .025 .35 57 83 50
.553-01 .353-01 .020 .70 48 74 30
MULT: 10000 .758-01 .310-01 .016 1.4 39 64 20
4S-4P 20000 .994-01 .239-01 .013 2.8 33 55 1 -1
1/2-3/2 4U000

4*01 (54 ) 5000 .834-01 .917-01 .069 .79-02 69 86 2 0
MULT: 10000 .101 .961-01 .059 .16-01 64 73 1 0
4b-5P .123 .913-01 .051 .32-01 59 60 1 0
3/2-5/2 20000 .142 .787-01 .046 .63-01 58 48 1 0
40000

4^72 (62 ) 5000 .803-01 .855-01 .065 .89-02 68 87 20
MULT: 10000 .982-01 .906"01 .056 .18-01 62 75 10
4b-5P 2U000 .121 .872-01 .048 .36-01 57 62 10
3/2-3/2 40000 .143 .759-01 .042 .71-01 54 50 10

AR 4198 (64 ) 5000 • 128 .150 .085 .55-02 73 83 1 0
MULT: 10000 .150 .155 .076 .11-01 70 69 0 0
4S-5P .144 .068 .22-01 68 56 0 0
3/2-1/2 20000 .173 .123 .064 .44-01
40000 .189 70 44 1 1

A l V . a . IMPACT WIDTHS, SHIFTS, AND BROADENING PARAMETERS 351

ELEMENT TEMP. WIDTH SHIF ALPHA BETA WA WS WO DR
.172 72 83 1 0
AR 1511 (76 ) 5000 .119 .178 .085 .68-02 69 69 0 0
MULT: 10000 .171 .166 .075 .11-01 68 56 0 0
1b-5P .111 .068 .27-01 70 11 1 1
1/2-1/2 20000 • 200 .061 .55-01
10000 .218 .125
.132
1259 (80 ) 5000 • 110 .125 .078 .67-02 72 86 1 0
MULT: 10000 .130 • 108 .069 .13-01 68 73 1 0
1S-5P .151 .061 .27-01 61 59 1 0
1/2-1/2 20000 .171 • 206 .055 .53-01 61 17 1 0
10000 • 210
.195
3t>51 (82 ) 5000 .199 .167 .103 .20-02 67 83 1 0
MULT: 10000 .217 .087 .10-02 60 70 1 0
1b-6P .303 .380 .075 .80-02 55 57 1 0
3/2-3/2 20000 .317 .381 .068 .16-01 51 17 1 0
10000 .315
.287
AR 3607 (87 ) 5000 .336 .135 .11-02 72 79 0 0
MULT: 10000 .392 .130 .120 .27-02 69 65 0 0
1b-6P .130 .110 .55-02 68 52 0 0
3/2-1/2 20000 .111 .390 .101 .11-01 72 11 0 1
10000 .171 .325

AR 3835 (92 ) 5000 .380 .269 .135 .16-02 72 79 0 0
MULT: 10000 .113 .259 .120 .33-02 69 65 0 0
20000 .502 .228 .110 .66-02 68 52 0 0
1S-6P 10000 .536 .188 .101 .13-01 72 11 0 1
1/2-1/2
.356
6753 (137) 5000 .285 .310 .067 .29-01 62 75 1 3
MULT: 10000 .360 .298 .58-01 55 62 0 1
1H-1D .136 .213 .056 .12 51 52 0 5
1/2-3/2 20000 .195 .019 .23 50 11 0 7
10000 .307 .011
.291
AR 7J72 (111) 5000 .383 .260 .071 .31-01 62 75 1 1
MULT: 10000 .182 .215 .060 .69-01 56 62 0 1
1P-1D .052 .11 52 52 0 2
5/2-7/2 20000 .582 .335 .017 .27. 51 13 0 3
1Û000 .655 .323
.286
AR 7tJ91 (162) 5000 .399 .237 .058 .51-01 53 73 1 2
MULT: lüüOO .523 .017 .10 16 61 0 2
1H-1D .159 .010 .20 11 52 0 3
3/2-3/2 20000 .616 .116 .036 .10 11 11 0 1
10000 .731 .391
.323
AR 8o2Ü (167) 5000 .112 .057 .72-01 55 76 1 2
MULT: 10000 .511 .175 .016 .11 17 61 0 2
20000 .679 .160 .039 .29 12 51 0 3
1H-1D 10000 .785 .106 .035 .57 11 15 0 1
1/2-1/2 .332

8uüb (175) 5000 .181 .069 .58-01 63 77 1 1
MULT: 10000 .601 .12 56 61 0 1
1P-1D .736 .058 .23 52 53 0 2
3/2-3/2 2Ü000 .836 .050 .16 51 11 0 3
10000 .016

AR 8762 (181) 5000 .197 .069 .61-01 63 77 1 1
MULT : 10000 .626 .058 .12 56 61 0 2
1H-1D .050 .21 52 53 0 2
1/2-3/2 20000 .763 .016 .19 51 11 0 3
10000 .868

352 APPENDIX I V . STARK BROADENING PARAMETERS AND PROFILES

ELEMENT TEMP. WIDTH SHIFT ALPHA BETA WA WS WQ DR
.358 73 92 0 0
AR 10671 (löl) 5000 .301 .392 .059 .19 70 81 0 0
10000 .359 .391 .052 .38 65 67 0 0
MULT: 2Ü000 .131 .351 .016 .76 62 51 0 0
.010 1.5
IP-bS 10000 .509
1/2-3/2

AK 1*168 (188) 50 00 .396 .182 .059 .31 75 92 0 0
10000 .183 .518 .051 .62 69 81 0 0
MULT: 20000 .592 .509 .011 1.2 63 66 0 0
.153 .038 2.5 59 51 0 0
1P-bS 10000 .708 .582 73 92 0 0
5/2-3/2 .628 68 80 0 0
.618 62 66 0 0
AR 10626 (196) bOOO .192 .551 .058 .13 58 53 0 0
10000 .591 .051 .85
MULT: 20000 .728 .013 1.7
IP-bS .038
3/2-3/2 10000 .871 3.1

AK 1OÜ09 (207) 5000 .153 .510 .059 .31 73 93 0 1
MULT: 10000 .536 .592 .052 .69 70 82 0 2
20000 .611 .596 .015 1.1 65 67 0 2
IP-bS 10000 .760 .516 .010 2.8 62 51 0 3
3/2-1/2

AR 15989 (213) 5000 .589 .627 .052 .75 69 89 0 -3
10000 .760 .615 .013 1.5 60 77 0 -3
MULT: .597 .035 3.0 52 61 0 -1
.195 .030 6.0 16 53 0 -5
IP-bS 2Û000 .989
1/2-1/2 10000 1.21

AR 5559 (216) 5000 .710 .671 .111 .59-02 62 73 0 0
MULT: 10000 .921 .639 .091 .12-01 55 60 0 1
1P-5D .558 .082 .21-01 52 50 0 1
1/2-3/2 20000 1.10 .151 .077 .17-01 53 11 0 2
10000 1.21

AR 6032 (219) 5000 .823 .612 .095 .86-02 55 72 0 0
MULT: 10000 1.06 .610 .079 .17-01 18 60 0 1
1P-5D .535 .068 .31-01 11 50 0 1
5/2-7/2 20000 1.28 .139 .063 .69-01 15 12 0 2
10000 1.11

AR 5^73 (233) 5000 .789 .678 .109 .58-02 60 71 0 0
MULT: 10000 .988 .639 .092 .12-01 51 59 0 0
20000 1.17 .551 .081 .23-01 51 19 0 1
1P-5D 10000 1.28 .151 .076 .17-01 52 11 0 1
5/2-5/2

AR 5710 (239) 5000 .778 .622 .099 .71-02 56 71 0 0
MULT: 10000 .992 .589 .083 .11-01 19 59 0 1
20000 1.19 .516 .072 .28-01 16 50 0 1
1P-5D 10000 1.31 .125 .067 .56-01 17 11 0 2
3/2-5/2

AR 6*13 (215) 5000 1.35 1.29 c110 .58-02 67 68 0 0
MULT: 10000 1.60 1.19 .121 .12-01 61 55 0 0
20000 1.80 1.00 .113 .23-01 63 15 0 1
1P-5D 10000 1.89 .791 .109 .17-01 68 37 0 1

3/2-5/2

AR 6106 (255) 5000 .880 .699 .099 .85-02 56 71 0 0
MULT: 10000 1.12 .661 .082 .17-01 19 59 0 1
20000 1.35 .576 .072 .31-01 16 50 0 1
1P-5D 10000 1.18 .171 .067 .68-01 17 11 0 2
3/2-5/2

A l V . a . IMPACT WIDTHS, SHIFTS, AND BROADENING PARAMETERS

ELEMENT TEMP, WIDTH SHIF \LPHA BETA WA WS WQ DR
.482 .071 .13-01 44 70 1 1
AR 6297 (267) 5000 .799 .469 .058 .25-01 37 60 0 1
MULT: 10000 1.06 .426 .049 .50-01 34 51 0 1
20000 1.31 .361 .045 .10 34 42 0 2
4P-5D 40000 1.46
1/2-3/2 .575
• 608
7U30 (272) 5000 .500 .58*1 .095 .20-01 72 89 0 0
10000 • 600 .510 .083 .41-01 67 76 0 0
MULT: 20000 .719 .073 .81-01 63 61 0 0
40000 .823 .667 .066 .16 62 49 0 0
4P-6S .708
5/2-3/2 .685
.605
AR 7412 (277) 5000 .574 .098 .22-01 73 89 0 0
MULT: 10000 .685 .607 .086 .43-01 68 76 0 0
4P-6S .641 .076 .87-01 65 61 0 0
3/2-3/2 20000 .813 .615 .069 .17 64 49 0 0
40000 .922 .536

AR 7207 (291) 5000 .530 1.06 .095 .22-01 72 89 0 0
MULT: 10000 .637 1.08 .083 .44-01 67 76 0 0
20000 .764 .996 .072 .87-01 63 61 0 0
4P-6S 40000 .876 .845 .065 .17 61 49 0 0
3/2-1/2
1.07
AR 5öö9 (337) 5000 .975 1.09 .134 .57-02 69 84 0 0
MULT: 10000 1.20 1.00 .115 .11-01 63 70 0 0
20000 1.45 .850 .100 .23-01 59 57 0 0
4P-7S 40000 1.64 .091 .46-01 58 46 0 0
1.90
5/2-3/2 1.87
1.67
AR 6025 (353) 5000 .998 1.38 .131 .63-02 69 84 0 0
MULT: 10000 1.24 .112 .13-01 62 70 0 0
20000 1.50 2.05 .097 .25-01 57 57 0 0
4P-7S 40000 1.71 2.01 .088 .50-01 57 46 0 0
3/2-1/2 1.79
1.48
AR 5421 (375) 5000 1.92 .172 .25-02 65 79 0 0
MULT ï 10000 2.40 3.49 .145 .50-02 59 65 0 0
4P-8S 3.61 .126 .99-02 54 54 0 0
5/2-3/2 20000 2.89 3.42 .116 .20-01 55 44 0 0
40000 3.23 2.96

AR 5534 (384) 'όΟΟΟ 2.04 2.78 .175 .26-02 66 79 0 0
MULT: 10000 2.55 2·91 .148 .52-02 59 65 0 0
4P-6S 20000 3.08 2.79 .128 .10-01 55 54 0 0
3/2-1/2 40000 3.43 2.48 • 118 .21-01 55 44 0 0

31453 (1 ) 5000 3.58 4.42 .056 4.4 63 85 2 0
MULT: 10000 4.61 4.52 .046 8.9 55 74 1 0
3U-5P 2D-2P 20000 5.96 4.25 .038 18. 48 62 1 0
40000 7.31 3.71 .033 36. 44 51 0 0

133Ö4 (2 ) 5000 2.50 .101 .12 68 84 1 3
MULT: 10000 3.07 .087 .23 62 72 1 3
3U-6P 2D-2P 20000 3.72 .075 .47 58 59 1 4
40000 4.24 .068 .94 57 47 1 5

1U482 (3 ) 5000 4.16 • 142 .27-01 66 80 1 3
MULT: 10000 5.12 .122 .55-01 60 67 1 3
6.10 .107 .11 57 55 1 4
3U-7P 2D-2P 20000 6.77 .099 • 22 57 44 1 6
40000

354 APPENDIX I V . STARK BROADENING PARAMETERS AND PROFILES

ELEMENT TEMP. WIDTH SHIFT ALPHA BETA WA WS WQ OR

K lbl65 (9 ) 5000 1.86 -.951 .060 .32 51 62 00
MULT: 1Ü000 2.28 -.647 .051 .6*+ 47 53 0 -1
3U-4F 2Ü-2F 20000 2.68 -.352 .045 1.3 44 47 0 -3
40000 2.98 -.141 .042 2*6 45 41 0 -9

K 7o7b (15 ) 5000 .321-01 .289-01 .026 .28 59 86 5 0
MULT:l luOOO .415-01 .300-01 .021 .56 51 77 3 0
4b-4P 2S-2P 20000 .555-01 .278*01 .017 1.1 43 65 2 0
40000 .723-01 .230-01 .014 2.2 37 56 1 0

K 4U45 (16 ) 5000 .613-01 .632*01 .060 .89-02 66 86 3 0

MULT:3 10000 .770-01 .666*01 .050 .18-01 59 74 2 0
4b-5P 2S-2P 20000 .970-01 .642*01 .042 .36-01 53 62 1 0
40000 .116 .564-01 .037 .71-01 49 50 1 0

K 3447 (17 ) 5000 .169 .1B7 .102 .20-02 68 85 2 3
.196 .088 .40-02 0 3 72 1 3
MULT:4 luOOO .206 .190 .076 .79-02 59 59 1 3
.169 58 47 1 5
4b-6P 2S-2P 2U000 .247 .070 .16-01
.328
4Ü000 .280 .322
.290
K 3*17 (lb ) 5000 ,380 .242 .122 .89-03 58 77 10
MULT:l UV 10000 .490 .101 .1^-02 51 65 10
4S-7P 2S-2P 20000 .607 .086 .35-02 46 54 10
40000 .692 .078 .71-02 45 45 10

K 1*492 (25 ) 5000 .375 .438 .056 .34 73 92 0 0
MULT:5 luOOO .447 .478 .049 .68 59 81 0 0
4P-5S 2P-2S 20OOO .545 .474 .043 1.4 Ü 3 67 0 0
40000 .652 .424 .037 2.7 59 54 0 0

K 6930 (26 ) 5000 .448 .514 .092 .21-01 72 89 0 0
·5**3 .080 .43-01 67 76 0 0
MULT: 10000 .543 .521 .069 .85-01 62 62 0 0
4P-6S 2P-2S 20000 .655 .454 .062 .17 60 49 0 0
40000 .756

K 5795 (27 ) 5000 .881 .942 .129 .59-02 68 84 0 0
.956 .109 .12-01 62 70 0 0
MULT: 10000 1.09 .882 .094 .24-01 57 57 0 0
4P-7S 2P-2S 20000 1.33 .748 .086 .48-01 56 46 0 0
40000 1,52

K 5334 (28 ) 5000 1.75 1.68 .163 .26-02 64 79 0 0
I.64 .137 .52-02 57 65 0 0
MULT: 10000 2.21 1.47 .118 .10-01 52 54 0 0
4P-8S 2P-2S 20000 2.68 1.22 .109 .21-01 52 44 0 0
40000 3.01

K 11745 (34 ) 5000 .136 .118 .029 .69 54 78 3 l3
MULT:6 10000 .183 .112 .023 1.4 44 69 2 16
.977*01 .018 2.8 37 60 1 2l
4P-3D 2P-2D 20000 .248 .808*01 .015 5.6 32 53 0 29
40000 .320

6955 (35 ) 5000 .520 .542 .094 .20-01 70 71 0 1
.604 .514 .084 .39-01 67 58 0 1
MULT:7 10000 .682 .444 .077 .79-01 67 47 0 1
4P-4D 2P-2D 20000 .730 .355 .073 .16 70 39 0 3
40000

A l V . a . IMPACT WIDTHS, SHIFTS, AND BROADENING PARAMETERS 355

ELEMENT TEMP· WIDTH SHIFT ALPHA BETA WA WS WQ DR

5ö25 (36 ) 5000 2.76 2.58 ,189 .27-02 66 68 0 0
2P-2D 2.36 ,166 .53-02 63 55 0 0
MULT: 10000 3.26 1.99 .152 .11-01 62 45 0 0
4P-6D 20000 3.67 1.57 ,147 .21-01 67 37 0 1
40000 3.85
4.36
5ϋ54 (37 ) 5000 4.96 3.94 .243 .12-02 64 66 0 0
MULT: 10000 5.86 3.27 .214 .24-02 61 53 0 0
4P-7D 2P-2D 20000 6.54 2.56 .197 .48-02 61 44 0 0
40000 6.79 .192 .95-02 66 36 0 0
15.2
6<:i9l (43 ) 5000 55.3 16.8 .028 28. 21 70 2 0
MULT: 10000 78.8 17.4 .021 55. 17 63 1 0
4U-6P 2D-2P 20000 104. 16.7 .017 .11+03 14 56 0 0
4U000 124, .015 .22+03 13 48 0 0

K 27199 (44 ) 5000 26.9 19.8 .108 .50 52 75 10
MULT: 10000 35.8 19.1 .087 1.2 44 64 10
4U-7P 2D-2P 2o000 45.3 17.0 .073 2.3 39 54 00
40000 52.4 14.2 .065 4.7 38 45 00

K 27114 (57 ) 5000 2.38 1.07 .029 4.7 36 77 5 -1
.925 .022 9.4 28 69 2 -1
MULT: 10000 3.46 .701 .017 19. 22 61 1 -2
5S-5P 2S-2P 20000 4.84 .463 .014 37. 19 53 1 -4
40000 6.24
1.86
K 12531 (58 ) 5000 2.07 1.85 .086 .11 60 80 2 0
1.65 .070 .22 52 68 1 0
MULT: 10000 2.68 1.35 .059 .44 46 57 1 0
5S-6P 2S-2P 20000 3.41 .052 .89 43 48 1 0
40000 4.03

9951 (59 ) 5000 3.17 2.31 .097 .33-01 50 71 26
2.15 .079 .66-01 42 61 17
MULT: 10000 4.19 I.84 .067 .13 38 52 1 lO
5.21 1.49 .061 .26 37 43 1 14
5b-7P 2S-2P 20000 5.94
11.3
40000 11.3
10.2
3b529 (67 ) 5000 11.6 8.43 078 3.6 64 85 0 0
55 73 0 0
MULT: 10000 15.0 8.64 065 7.2 48 61 0 0
19.4 β.63 053 14. 44 51 0 1
5P-6S 2P-2S 20000 23.7 7.78 046 29.
6.41
40000
11.7
17979 (68 ) 5000 8.33 11.4 125 .18 67 83 0 0
10.5 10.1 bO 69 0 0
MULT: 10000 12.9 8.23 105 .37 54 57 0 0
5P-7S 2P-2S 20000 14.9 090 .73 53 47 0 0
40000 080 1.5

14178 (69 ) 5000 12.2 162 .49-01 63 78 0 0
135 .93-01 56 65 0 0
MULT: 10000 15.5 117 .20 52 54 0 0
18.9 107 .39 51 44 0 0
5P-8S 2P-2S 20000 21.4

40000

37255 (75 ) 5000 14.8 13.6 087 3.2 65 70 0 0
17^9 12.3 bO 58 0 1
MULT: 10000 21.3 10.2 075 6.4 57 50 0 1
066 13. 56 43 0 2
5P-4D 2P-2D 20000 24.1 7.89 060 26.

40000

356 APPENDIX I V . STARK BROADENING PARAMETERS AND PROFILES

ELEMENT TEMP. WIDTH SHIFT ALPHA BETA WA WS WQ DR

10272 (76 ) 5000 10.4 9.49 .129 .17 ò5 66 03
12.2 8.47 .114 .34 ó2 53 04
MULT: 10000 13.Θ 6.91 .105 .68 h?_ 44 06
5P-5D 2P-2D 20000 14.6 5.37 .100 1.4 0 5 38 0 10
40000

K 14319 (77 ) 5000 15.6 13.6 .177 .43-01 b3 64 0 2
12.0 ,157 .85-01 bl 52 0 3
MULT: 10000 18.4 9.84 .145 .17 ol 43 0 6
5P-6D 2P-2D 20000 20.4 7.70 .141 .34 b 7 35 0 9
40000 21.1

K 1*679 (78 ) 5000 26.2 21.6 .229 .17-01 62 63 0 2
18.9 .204 .34-01 60 50 0 3
MULT: .10000 30.7 15.4 .190 .68-01 61 41 0 5
12.1 .188 .14 67 34 0 9
5P-7D 2P-2D '20000 33.6
40000 34.2

CA 6168 (3 ) 5000 .165 .175 .067 .26-01 70 69 13
.165
MULT:20 10000 .189 .142 .061 .53-01 69 55 13
.116 .057 .11 70 44 15
3U-5P 3D-3p 20000 .207 .055 .21 76 36 19

40000 .214

CA 6718 (4 ) 5000 .295 .235 .077 .25-01 69 52 01
.190 .072 .51-01 71 42 03
MULT:32 10000 .319 .141 .071 .10 78 35 05
3U-5P lD-lp 20000 .328 .100 .072 .20 89 30 1 10
40000 .322

CA 5Ü42 (7 ) 5000 .249 .165 .055 .11-01 t*4 72 1 3
.171
MULT:34 10000 .328 .166 .045 .22-01 38 61 1 4
.150 .038 .44-01 35 52 ! 4
3Ü-6P lD-lp 20000 .400
.035 .88-01 35 42 1 6
40000 .444

CA 2*75 (14 ) 5000 .784-02 .950-02 .048 .28-02 73 88 13
MULT:6 UV 10000 .903-02 .102-01 .043 .57-02 71 75 13
4S-4P 1S-1P 20000 .102-01 .101-01 .039 .11-01 71 60 13
40000 .111-01 .916-02 .037 .23-01 73 47 15

CA 4227 (17 ) 5000 .484-02 .386-02 .016 .88-01 50 79 12 6
10000 .630-02 .380-02 .013 .18 43 73 7 7
MULT:2 .011 .35 35 66 4 lO
4S-4P lS-lp 20000 .862-02 .316-02 .008 .70 29 59 2 l7
40000 .117-01 .211-02

CA 6460 (21 ) 5000 .381-01 .429-01 .043 .89-01 79 99 0 -5

MULT:18 10000 .437-01 .484-01 .039 .18 77 99 0 -5
.035 .36 77 99 0 -5
3U-4P 3D-3F 20000 .491-01 .560-01 .034 .72 83101 0 -5
40000 .514-01 .655-01

CA 2722 (26 ) 5000 .486-01 .398-01 .077 .17-02 o9 53 03
MULT:b UV 10000 .525-01 .328-01
4b-5P lS-lp 20000 .538-01 .253-01 .073 .34-02 72 42 04
40000 .525-01 .192-01 .072 .67-02 79 35 07
.073 .13-01 91 30 1 14

CA 2399 (27 ) 5000 .568-01 .369-01 .054 .12-02 44 72 14
.744-01 .385-01 .044 .24-02 38 61 14
MULT:5 uv IOOOO .906-01 .375-01 .038 .48-02 35 52 14
.101 .339-01 .035 ,95-02 35 42 16
4S-6P lS-lp 20000
40000

A l V . a . IMPACT WIDTHS, SHIFTS, AND BROADENING PARAMETERS 357

ELEMENT TEMP. WIDTH SHIFT ALPHA BETA .vA WS WQ OR
-.987-01 .106 .31-03
CA 2*01 (20 ) t>00U .168 -.804*01 .089 .63-03 52 65 2-ll
MULT:7 UV 10000 .213 -.577-01 .078 .13-02 46 55 1-16
.'.)4S-7P1S-Ip 2U000 .255 -.354-01 .072 .25-02 43 48 1-27
4U000 .ZB2 44 40 1-52

CA 4445 (30 ) 5000 .608-01 -.247-01 .037 .17-01 46 62 1 -1
.032 .35-01 42 5** 0 -2
MULT;4 10000 .753-01 -.124*01 .028 .70-01 4O 48 O-7I

4P-4D 3P-3D 20000 .884-01 -.534-03 .026 .14 41 42 05

40000 .971-01 .771-02

CA 6142 (31 ) 5000 .652-01 .778*01 .051 .49-01 75 95 0 0

MüLT:3 10000 .740-01 .884-OI .047 .99-01 74 86 0 0
.042 .20 73 72 0 0
4P-5S 3P-3S 20000 .844-01 .934-01 .039 .40 73 57 0 0

40000 .947-01 .895-01

CA 3t>38 (32 ) 5000 .344 -•260 .133 .14-02 71 50 00
.28-02
MULT:9 10000 .370 -.203 .126 .56-02 74 42 0 -1
-•143 .123 .11-01 80 36 0 -1
4P-5D 3P-3D 20000 .381 -.926-01 .125 92 31 0 -3

40000 .374

CA 5189 (33 ) 5000 .317 -.225 .078 .86-02 57 66 1 -2
-.188 .066 .17-01 51 56 1 -4
MULT:49 10000 .397
-.139 .05β .35-01 48 49 0 -6
4P-50 IP-ID 20000 .477 -.933-01 .053 .69-01 48 42 0-ll
40000 .532

CA 3965 (34 ) 5000 .103 .121 .082 .50-02 73 92 0 2
.133 .073 .10-01 70 80 0 2
MULT:6 10000 .120 .133 .065 .20-01 67 65 0 2
4P-6S 3P-3S 20000 .141 .122 .059 .40-01 66 51 0 3
40000 .161

CA 3356 (35 ) 5000 1.00 -.774 .228 .42-03 76 47 00

MULT:ll 10000 1.04 -.620 .221 .83-03 82 38 00
-.459 .222 .17-02 92 33 00
4P-ÓD 3P-3D 20000 1.04 -.322 .230 .33-02 lo9 28 0 -1

40000 .989

CA 4o85 (36 ) 5000 1.18 -.235 .098 .26-02 42 52 0 -7
.088 .51-02 41 46 0-25
MüLT:51 1J000 1.35 -.771-01 .084 .10-01 ί|3 39 0 49
.449-01 .084 .21-01 48 33 0 23
4P-6D lP-lü 20000 1.45 .117

40000 1.45

CA 3481 (37 ) 5000 .232 .246 .113 .16-02 68 85 0 0
.251
MüLT:lO 10000 .29-1 .096 .32-02 61 71 0 0
.235 .082 .64-02 55 58 0 0
4H-7S 3P-3S 2U00Ü .35b .202 .074 .13-01 54 47 0 0

40000 .412

CA 3*21 (38 ) ^000 2.40 -1.83 .341 .17-03 79 44 00
-1.46 .337 .35-03 87 36 00
MULT:13 10000 2.44 -1.09 .345 .70-03 loi 30 00
-.782 ,365 .14-02 122 25 00
4P-7D 3P-3D 20000 2.37
40000 2.20

es 8944 2500 .730-01 .847-01 .0^4 .35-01 71 89 2 1
5000 .870-01 .914-01 .038 .71-01 67 78 2 1
MÜLT:l 10000 .107 .882-01 .033 .14 61 66 1 1
6S-6P 20000 .131 .752-01 .028 .28 56 55 1 1
1/2-1/2

3 5 8 APPENDIX I V . STARK BROADENING PARAMETERS AND PROFILES

ELEMENT TEMP· WIDTH SHIFT ALPHA BETA WA WS WQ DR
CS 4593 .195 73 85 0 0
2500 • 166 • 206 • 101 •93-03 71 71 0 0
MULT:2 5000 .192 .197 .090 .19-02 70 57 0 0
6S-7P 10000 • 220 .172 • 082 .37-02 71 46 0 1
1/2-1/2 20000 • 243 .076 .75-02

CS 3889 2500 .447 .499 .160 .21-03 71 77 0 1
MULT: 5000 • 516 .491 .144 .43-03 69 62 0 1
6S-8P 10000 .576 .437 .132 .86-03 70 49 0 2
1/2-1/2 20000 .609 .359 .127 .17-02 74 40 0 3

CS 3617 2500 1.09 1.16 .234 .80-04 71 72 0 1
MULT: 5000 1.25 1.11 .211 .16-03 69 58 0 1
6S-9P 10000 1.37 .952 .197 .32-03 71 46 0 1
1/2-1/2 20000 1.42 .762 .192 .64-03 77 37 0 3

CS 3480 2500 2.30 2.35 .316 .39-04 70 68 0 1
MULT: 5000 2.61 2.16 .287 .77-04 69 54 0 1
6S-10P 10000 2.81 1.81 .272 .15-03 72 43 0 2
1/2-1/2 20000 2.85 1.42 .269 .31-03 80 35 0 3

CS 3400 2500 4.48 4.41 .412 .21-04 70 64 0 0
MULT: 5000 5.04 3.96 .377 .42-04 70 51 0 1
6S-11P 10000 5.36 3.26 .360 .84-04 74 41 0 1
1/2-1/2 20000 5.36 2.52 .360 .17-03 83 33 0 2

CS 8521 2500 .783-01 .913-01 .047 .27-01 72 88 2 1
MULT:l 5000 •921-01 .986-01 .041 .54-01 69 77 1 1
6S-6P 10000 .957-01 .036 .11 64 65 1 1
1/2-3/2 20000 • 111 •824-01 .032 .21 60 54 1 1
• 132
CS 4555
MULT:2 2500 .191 • 221 .106 .81-03 73 82 0 0
6S-7P 5000 • 218 .230 .096 .16-02 72 68 0 0
1/2-3/2 10000 .245 • 218 .088 .32-02 71 55 0 0
20000 .266 .189 .083 .65-02 74 44 0 0
CS 3876
MULT: 2500 .521 .568 .170 .19-03 71 74 0 1
6S-8P 5000 .593 • 548 • 154 .38-03 70 59 0 1
1/2-3/2 10000 • 646 .479 • 144 .75-03 72 46 0 2
20000 .667 .389 .141 .15-02 79 37 0 3
CS 3bl2
MULT: 2500 1.27 1.33 .250 .70-04 71 68 0 0
6S-9P 1.43 1.23 .228 .14-03 71 54 0 1
1/2-3/2 5000 1.53 1.04 .217 .28-03 74 43 0 1
10000 1.55 .824 .216 .56-03 B 3 34 0 3
CS 3477 20000
MULT:
6S-10P 2500 2.68 2.66 .338 .34-04 71 64 0 0
1/2-3/2 2.97 2.39 .312 .68-04 71 50 0 1
5000 3.13 1.97 .301 .14-03 76 40 0 1
CS 3498 10000 3.10 1.53 .303 .27-03 86 32 0 3
MULT: 20000
6S-11P
1/2-3/2 2500 5.16 4.90 .439 .19-04 71 60 0 0
5000 5.66 4.31 .410 .38-04 72 47 0 1
10000 5.87 3.49 .399 .75-04 78 38 0 1
20000 5.74 2.67 • 405 .15-03 90 31 0 3

A l V . a . IMPACT WIDTHS, SHIFTS, AND BROADENING PARAMETERS 359

ELEMENT TEMP. WIDTH SHIFT ALPHA BETA wA WS WQ DR

cs 8761 2500 .385 -.177 .047 .14-01 43 71 1 -4
MULT: 5000 .522 -.121 .037 .27-01 35 62 0 -7
6P-6D 10Ü00 .673 -.553-01 .031 .54-01 31 54 0-17
1/2-3/2 20000 .605 -.241-02 .027 .11 29 48 0

CS 6723 2500 .928 -.420 .083 .21-02 44 67 1 -1
MULT: 5000 1.21 -.264 .068 .41-02 38 59 0 -2
6P-7D 10000 1.49 -.969-01 .058 .82-02 35 51 0 -6
1/2-3/2 20000 1.70 .052 .16-01
.308-01 34 45 0 23

CS 6U10 2500 2.15 -.961 .132 .64-03 47 63 0 -3
MULT: 5000 2.71 -.587 .111 .13-02 42 55 0 -7
6P-ÖD 10000 3.20 -.205 .098 .25-02 40 48 0-22
1/2-3/2 20000 3.52 .091 .51-02
.777-01 41 41 0 68

CS 5664 2500 4.41 -1.84 .183 .28-03 48 61 0 -3
5000 5.44 .156 .56-03 43 53 0 -7
MULT: 10000 6.30 -1.08 .140 .11-02 42 46 0-27
6P-9D 2U000 6.75 -.352 .133 .22-02 44 39 0 66
1/2-3/2
.160

CS 5466 2500 8.48 -3.46 .246 .14-03 49 58 0 -3
MULT: 5000 10.3 -2.04 .213 .29-03 45 51 0 -6
6P-10P 10000 11.6 -.734 .194 ,58-03 45 44 0-21
1/2-3/2 20000 12.2 .187 .12-02 48 38 0114
.157

CS 5340 2500 15.0 -5.91 .316 .84-04 50 57 0 -3
MULT: 5000 17.9 .276 .17-03 47 49 0 -6
6P-11D 10000 19.9 -3.44 .255 .33-03 47 43 0-20
1/2-3/2 20000 20.7 -1.27 .248 .67-03 51 36 0176

CS 9172 .167
MULT:
6P-6D 2500 .500 -.278 .058 .12-01 49 69 1 -2
3/2-5/2 5000 .653 -.202 .047 .25-01 42 60 0 -4
10000 .818 -.112 .040 .50-01 37 52 0 -8
20000 .957 -.376-01 .035 .99-01 36 46 0-29

CS 6973 2500 1.18 -.616 .101 .19-02 50 64 0 -1
MULT: 1.48 -.409 .085 .37-02 45 56 0 -2
6P-7D 5000 1.77 -.189 .074 .74-02 42 49 0 -6
3/2-5/2 10000 1.97 -.234-01 .068 .15-01 42 42 0-57
20000

CS 6*13 2500 2.70 -1.32 .154 .58-03 51 60 0 -2
MULT: 5000 3.29 -.822 .133 .12-02 47 53 0 -5
10000 3.78 -.331 .120 .23-02 46 46 0-14
6P-8D 20000 4.06 .114 .47-02 48 40 0200
.266-01
3/2-5/2

CS 5ö45 2500 5.51 -2.48 .214 .26-03 52 57 0 -2
MULT: 5000 6.57 -1.48 ,187 .51-03 49 50 0 -5
6P-9D 10000 7.38 -.556 .172 .10-02 49 44 0-17
3/2-5/2 20000 7.74 .166 .21-02 52 38 0127
.846-01

CS 5o35 2500 10.4 -4.46 .284 .13-03 53 55 0 -2
MULT: 5000 12.2 .252 .27-03 51 48 0 -5
10000 13.5 -2.61 .235 .53-03 52 42 0-16
6P-10U 20000 13.9 -.983 .229 .11-02 56 36 0178
" 3/2-5/2
.105

360 APPENDIX I V . STARK BROADENING PARAMETERS AND PROFILES

ELEMENT TEMP. WIDTH SHIFT ALPHA RFTA A-A ws WQ DR
CS 5503
2500 18.3 -7.42 .363 .78-04 54 53 0 -2
MULT: 5000 21.2 -4.25 .325 .16-03 52 47 0 -5
6P-11Ü 10000 23.0 -1.56 .306 .31-03 54 41 0-17
3/2-5/2 20000 23.3 .303 .62-03 60 35 0190
CS 13589 .163
MULT:
6P-7S 2500 .418 .450 .060 .63-01 70 97 0 1
1/2-1/2 5000 .496 .515 .053 .13 67 90 0 1
10000 .617 .558 .045 .25 60 78 0 1
20000 .781 .555 .038 .51 53 65 0 1

CS 7o09 2500 .488 .573 .105 .40-02 74 96 0 0
MULT: 5000 .581 .643 .092 .80-02 70 87 0 0
6P-8S 10000 .718 .671 .078 .16-01 63 74 0 0
1/2-1/2 20000 .884 .636 .067 .32-01 58 61 0 0
1.04
CS 6355 2500 .907 1.14 .147 .46-02 72 93 0 0
MULT: 5000 1.12 1.14 .126 .92-02 66 82 0 0
6P-9S 10000 1·42 1.04 .105 .18-01 58 69 0 0
1/2-1/2 20000 1.75 1.82 .090 .37-01 53 57 0 0
1.93
CS 5ö39 2500 1.70 1.87 .186 .50-03 68 89 0 0
MULT: 5000 2.18 1.67 .155 .10-02 60 77 0 0
6P-10S 10000 2.81 .128 .20-02 52 64 0 0
1/2-1/2 20000 3.46 .109 .40-02 47 54 0 0

CS 5568 2500 3.13 3.01 .222 .27-03 63 86 0 0
MULT: . 5000 4.08 3.11 .182 .55-03 54 73 0 0
6P-11S 10000 5.32 2.95 .149 .11-02 47 61 0 0
1/2-1/2 20000 6.49 2.57 .128 .22-02 43 51 0 0
4.79
CS 5407 2500 5.43 4.82 .260 .17-03 59 83 0 0
MULT: 5000 7.30 4.48 .209 .33-03 49 70 0 0
6P-12S 10000 9.52 3.87 .171 .66-03 42 59 0 0
1/2-1/2 20000 11.5 .511 .148 .13-02 39 49 0 0
.574
CS 1*695 2500 .448 • 616 .061 .83-01 73 96 0 1
MULT: 5000 .558 .611 .051 .17 65 88 0 1
6P-7S 10000 .723 .622 .042 .33 57 77 0 1
3/2-1/2 20000 .930 .697 .035 .67 49 64 0 1
.725
CS 79*4 2500 .528 .686 .105 .46-02 74 96 0 0
MULT: 5000 .631 1.10 .092 .91-02 70 87 0 0
6P-8S 10000 .782 1.21 .078 .18-01 63 74 0 0
3/2-1/2 20000 .965 1.22 .067 .36-01 57 61 0 0
1.12
CS 6586 2500 .992 1.94 .145 .13-02 71 93 0 0
MULT: 5000 1.21 2.06 .124 .25-02 65 82 0 0
6P-9S 1Ü000 1.53 2.00 .105 .51-02 58 69 0 0
3/2-1/2 20000 1.88 1.78 .090 .10-01 53 57 0 0

CS 6034 2500 1.83 .185 .56-03 68 90 0 0
MULT: 2.33 .155 .11-02 60 77 0 0
6P-10S 5000 3.00 .128 .22-02 52 64 0 0
3/2-1/2 10000 3.70 .109 .45-02 47 53 0 0
20000

A l V . a . IMPACT WIDTHS, SHIFTS, AND BROADENING PARAMETERS 361

ELEMENT TEMP. WIDTH SHIFT ALPHA BETA WA WS WQ DR
3.22 63 86 0 0
cs 571+6 2500 3.32 3.31 .223 .30-03 54 73 0 0
bOOO 4.35 3.13 .182 .60-03 47 61 0 0
MULT: 1Ü00O 5.66 2.73 .149 .12-02 43 51 0 0
6P-11S 20000 6.92 5.08 .128 .24-02
3/2-1/2 5.12
4.76
C9 5573 2500 5.78 4.11 .260 .18-03 59 83 0 0
MULT: 5000 7.75 2.98 .209 .36-03 49 70 0 0
6P-12S 10000 10.1 2.29 .171 .73-03 42 59 0 0
3/2-1/2 20000 12.2 1.7/4 .148 .15-02 39 49 0 0
1.31
CS θϋΐβ 2500 4.80 6.91 .286 .80-03 88 35 0 0
MULT: 5000 4.63 5.04 .293 .16-02 102 30 0 0
5U-5F 10000 4.43 3.52 .304 .32-02 120 28 0 0
3/2-5/2 20000 4.22 2.45 .314 .64-02 141 28 0 1
13.8
CS 7*129 2500 11.7 10.0 .415 .27-03 85 35 0 0
5000 11.2 6.93 .428 .53-03 99 29 0 1
MULT: 10000 10.4 4.75 .451 .11-02 119 26 0 3
5U-6F 20000 9.56 24.1 .482 .21-02 146 24 0 5
3/2-5/2 17.3
11.9
CS 6ö25 2500 23.5 8.09 .562 .12-03 85 36 0 0
MULT: 5000 22.5 42.7 .580 .24-03 99 29 0 1
5U-7F 10000 20.9 30.4 .614 .49-03 120 25 0 2
3/2-5/2 20000 18.9 20.8 .661 .97-03 149 23 0 4
14.1
CS 6566 2500 42.1 58.2 .728 .66-04 36 35 0 0
MULT: 5000 40.2 41.1 .754 .13-03 101 29 0 1
5U-8F 10000 37.2 28.0 .800 .26-03 122 25 0 2
3/2-5/2 20000 33.5 18.9 .865 .53-03 152 23 0 4
2.98
CS 6432 2500 77.9 2.29 .976 .36-04 89 33 0 0
5000 73.3 1.73 1.021 .73-04 106 27 0 0
MULT: 10000 66.8 1.30 1.094 .15-03. 131 24 0 1
5U-9F 20000 59.5 6.97 1.194 .29-03 165 21 0 3
3/2-5/2 5.06
3.53
CS 6326 2500 108. 2.45 1.097 .27-04 87 34 0 0
MULT: 5000 103. 13.9 1.140 .53-04 103 28 0 1
5Ü-10F 10000 94.7 10.1 1.215 .11-03 126 25 0 2
3/2-5/2 20000 84.7 6.95 1.320 .21-03 159 22 0 4
4.75
CS 8061 2500 4.82 .282 .83-03 87 35 0 0
MULT: bOOO 4.67 .289 .17-02 101 30 0 0
5U-5F 1U000 4,48 .298 .33-02 U 8 28 0 0
5/2-5/2*7/2 20000 4.28 .308 .67-02 139 28 0 1

CS 7<i80 2500 11.8 .414 .27-03 85 36 0 0
MULT: bOOO 11.4 .427 .54-03 99 30 0 1
5u-6F 10000 10.6 .450 .11-02 U 9 26 0 3
b/2-5/2»7/2 2U000 9.73 .480 .22-02 146 24 0 5

CS 6o71 ,£500 23.8 .561 .12-03 84 36 0 0
MULT: bOOO 22.8 .579 .25-03 99 29 0 1
5u-7F 1Ü000 21.2 .612 .50-03 120 26 0 2
5/2-5/2»7/2 20000 19.3 .658 .99-03 l48 23 0 4

3 6 2 APPENDIX I V . STARK BROADENING PARAMETERS AND PROFILES

ELEMENT TEMP. WIDTH SHIFT ALPHA BETA WA WS WQ DR

CS 6o29 2500 42.7 24.3 .727 .67-04 85 35 0 0
17.4 .753 .13-03 loO 29 0 1
MULT: bOOO 40.Θ 11.9 .798 .27-03 122 25 0 2
5u-öF 10000 37.7 8.09 .862 .5^-03 152 23 0 4
5/2-5/2*7/2 20000 34.0
«+3.1
CS 6 H 7 3 2500 78.9 30.6 .975 .37-04 89 33 0 0
20.9 1.019 .74-04 lo6 27 0 0
MULT: 5000 74.3 14.1 1.092 .15-03 130 24 0 1
5u-9F 10000 67.8 1.191 .30-03 165 21 0 3
5/2-5/2r7/2 20000 60.4 58.7
41.3
CS 606b 2500 110. 28.0 1.095 .27-04 87 3^ 00
18.9 1.138 .54-04 103 28 01
MULT: 5000 104. 1.211 .11-03 126 25 02
5U-10F 10000 96.1 1.316 .22-03 I58 22 04
5/2-5/2*7/2 20000 86.1

AlV.b. STARK PROFILES FOR ISOLATED NEUTRAL
ATOM LINES

This section lists Stark profiles
1 ["> H(ß) dß
W o 1 + (x - A4/3/32)2

for isolated neutral atom lines according to Eq. (223) and using the reduced
wavelength separation x = ±(Δλ — d)/w. (The sign must be equal to
the sign of the low temperature limit of d.) The ion broadening parameter
A and the electron impact widths w and shifts d can be calculated from
Section AlV.a, while the Debye shielding parameter R is to be calculated
from Eq. (225). The relation j(x) ~ π-^-2[1 + Α(3ττ/4)ζ1/4] holds for
| x | » 1 if x is positive or j(x) ~ War2 if x is negative.

A=0.1 x\R • fi M 8 7 • 200 • 0513 • 0523 • 0533

•2.000 . C 7 26 .0501 • 0771 .0789 • 080*
• 1 IM? • 1228 • 1259 .1287
-1.SOG .0750 • 16M6 • 1689 • 1726
-1«COO • 1 b39 • 1 191 • 2076
• 1596 • 198* • 2033
-.700 • ISS« .192* • 2385 • 2*30
-•500 • 2201 • 233* • 2586
-•300 • 2365 • 2272 • 25** • 271*
-.200 • 251 1 • 2*3M • 2*9* • 2676
-· 100 • 2576 • 2630 • 280<4
.2631 • 2687 • 2771 • 28*7
• üOO • 271S • 2758 • 2733 • 2823
• 1Ü0 • 275Θ .2786 • 279* • 2827 • 28*2
• 200 • 2757 • 2768 • 2808
• 300 • 2635 • 2615 • 2777 • 278* .2790
• 500 • 2399 .2357 • 2599 • 2585 • 257M
• 700 .1967 .1912 • 2296 • 227H
l ·000 • 1331 • 128H • 2323 • 1H33 • 180*
l ·*00 • 0906 • 087*4 * 1868 • 1216 • 1 191
2·000 .0639 • 0618 .12*6 • 0825 • 0807
2.500 • 0*469 • 0M55 • 0585 .0572
3.000 .0279 • 0272 • 08M7 • 0*32 • 0*22
«♦.000 • 0183 • 0180 • 0260 • 025M
5.000 • 0600 • 0172 • 0169
• 0**2
• 0266
• 0176

x\R • 200 • MOO • 800

-2.G00 0388 0*1 1 • 0*32 • 0MM9 • 0*65
• 1 «500 0565
-1«000 0872 0403 • 0637 • 0667 • 069H
11S7 0939 • 0998 • 1050 • 1097
-•700 1398 • 1332 • 1MQ3 • 1*67
-•500 1671 1250 • 1608 • 1693 • 1768
-.300 181 1 1510
-.200 19<48 • 1910 • 2005 .2087
-. 100 2075 1799 • 2059 • 2155 • 2238
2185 19MM • 2197 • 2291 • 2371
• COO 2273 • 2315 • 2*78
• 100 233* 2083 • 2*08 • 2M0* • 2551
• 200 2370 2206 • 2*68 • 2M87
• 300 2300 2308 • 2*93 • 2586
• 500 2063 2383 • 253* • 2581
• 700 1566 2*26 • 2*** • 25**
1*000 1 IMS • 2289 .2*460 • 2*68
1·500 08M3 2*16 • 1959
2.000 063* • 227* • 2258
2.500 0385 2299 •1*13 • 1916 • 1877
3.000 0255 2009 • 1010 • 1359 • 131*
*·000 • 0738 • 0926
5.000 0318 1*81 • 096* .067*4
0*55 1069 • 0556
x\R 0688 • 03*2 • 0702 • 0507
09 û* 0783 • 0529 • 0313
-2.COO 10B8 0590 • 0230 • 0326 • 0211
1302 0362
-I .500 1*16 0242 • 0220
-1.COO 1532
16M<4 200 •MOO •600 • 800
-.700 1 7M9
-.500 18M2 03M6 • 0372 • 039M • 0*1*
-.300 1920 • 061 1
-.200 2019 0500 • 05M1 • 0578 .0957
-.100 20*41 0765 •0835 • 0A99 • 1275
195 3 1010 •1 108 • 1 196 • 1538
.000 1638 1218 • 1337 • 1MM3 • 1825
• 100 1292 1*56 • 1595 • 1717 • 1965
• 200 100* 1580 • 1727 • 185* • 209*
.300 C782 1703 • 185* • 1983 • 2205
• 500 0*95 1819 •1971 • 2098 .2291
.700 033M 192* • 2071 • 2191 .23*7
1 .000 2011 • 21*9 • 2259 .2371
1 .500 2078 • 2202 • 2297 • 2325
2.000 21M2 • 2227 • 2286 • 2183
2.500 2117 • 2158 • 2177 • 188*
3.000 1958 • 19M0 • 191* • 1386
*·000 1566 • 1*98 • 1M38 • 1011
5.000 1 199 • 1 123 • 1062 • 07SM
0916 • 08M8 • 0796 • 0577
0709 • 065* • 0611 • 036S
0MM9 • 0*1* • 0387 • 0250
0305 • 0282 • 026*

363

364 APPENDIX I V . STARK BROADENING PARAMETERS AND PROFILES

.200 .**00 •600 .800

-2·ύ00 .0267 0297 • 0325 •0351 .0374
• 0468 •05Ü9 ·0547
-I.SCO .0376 0423
-1.000 .05S9 • 0713 •0783 .0848
.C727 06 3 8 • 0941 •1037 .1126
-.700 .0872 0836 •1250 .1358
-.500 .1042 •1 133
-.300 .113S 1006 • 13S4 • 1491 · 1615
-.200 .123U 1203
-.100 .132* • 1469 • 1*14 .1744
.1417 1308 • 1584 •1734 .1867
.000 · 1 b(j 3 1414 • 1692 •1844 .1976
.100 .157V 1518 • 1791 •1940 .2067
.200 .1698 1615 • 187M •2016 .2134
.I7A1 1702 • 1938 •2069 .2174
.100 .1761 1775 •2103 .2174
tbCO .1591 • 2005 .2050 .2084
.700 .1341 1872 • 1992 •1865 «1853
1.U00 .1098 1899 • 1861 •1471 .1421
1.S00 .0891 1832 • 1520 • 1126 ·1070
2·QUO .0595 1566 • 1 191 •0867 .0816
2·*00 1265 • 0929 •0679 «0635
3.000 ·ο 41 ? 1006 •0441 .0411
M.COO • 0733 •0306 .0285
0802 • 0478
5 . ■·: c o 0528
• 0332
0366

A =0.5 x\R tr.oo •200 *400 •6L0 ·Β00

-2.000 .0228 0259 0288 0315 0341

-1.500 .0317 0364 • 0410 0453 0494
-1.000 «Ü464 0542 0619
.0599 0706 Û691 0760
-.700 0846 081 1 091 1 1006
.0716 0976 1097
-•500 101 1 1212
.0853 1 100 1 166 1310 1444
-.300 .0929 1 191 1267 1421 1563
-.200 .1007 1369 1530 « 1678
-.100 .1097 1282 1634 1783
.1166 1370 1467 1727 , 1874
•000 .12*42 1451 1946
.100 .1312 1523 1560 1806 1996
.200 ·1429 » 1642 1Η66
•300 .1509 1631 2026
•500 «1555 1687 1710 1V28 1975
•700 .1483 1679 1798 1913 , 1800
1.000 .13 1 β 1512 « 1Θ20 1789 1431
1·500 .1129 1279 ■ 1753 1471 1107
2.000 ·0953 1056 , 0Θ62
2·500 .0673 0867 1501 1 163 0682
3·000 »0483 0594 »1222 0918 0451
4.000 0982
5.000 0422 »0792 0732 »0317
»0533 0487
► 0377 0344

APPENDIX V

Electron Impact Widths and Shifts
of Isolated Lines from Singly
Charged Ions

This appendix lists electron impact widths and shifts (in angstroms) of
isolated (see Appendix IV.a) lines from singly charged ions at an electron
density N = 1017 cm"3 calculated [357] according to Section II.3d. Also
given are the percentage contributions to the width of strong collisions
(WS), quadrupole interactions (WQ), and collisions (WC) for which the
characteristic function Β(δ, £) had to be replaced rather arbitrarily by
3π/2 to avoid a serious overestimate of width and shift contributions from
strong collisions. (DS is the percentage contribution of strong collisions to
the shift.) Other quantities are the ratios (kT/E) of thermal energies (at
kT = 104 K) and characteristic level separations, the relative angular
momenta (L) of electrons making (almost) strong collisions and the ef-
fective Gaunt factors (G) calculated from the present widths and Eq.
(459). Finally, AS/S is a measure of the failure in the fulfillment of sum
rules for the squares of dipole matrix elements, S here being the sum of the
squares of these matrix elements. The lines are characterized by their wave-
length, running number of Wiese et al. [39] or [40], multiplet number of
Moore [44b] or [49], principal and orbital quantum numbers of the
optical electron in the two states, and by multiplicity and total orbital
angular momentum quantum numbers of these states. (Wavelengths are
averaged over the multiplets.)

365

366 APPENDIX V . ELECTRON IMPACT WIDTHS AND SHIFTS

ELfc>F.NT/TRAiMSlTIUN TfcMP WIDTH SHIFT WS WO WC PS

L I 1 9 9 1 MULT: 1 UV 5000 •279-03 ••165-03 70 2 0 87 2.9 .55
IS-2P 1S-1P 10000 .207-03 ■•120-03 69 1 0 87
•156-03 ••861-04 67 1 0 89 2.9 ·5Λ
AS/S= - . 1 3 20000 .123-03 •,599-04 62 1 0 93 2·9 .62
KT/F= ,59 2.9 ·69
40000

LI 178 2 MULT: UV 5000 .236-02 .161-02 70 75 9.3 1.03
1S-3P IS-IP 10000 .178-02 •110-02 63 8.8 1,10
AS/S= -,U4 20000 .137-02 •729-03 55 75 β·4 1.19
KT/F= lb.5u 4U000 .lOK-02 .481-03 46 17 75 8·0 1.33
U5 75
LI 8517 3 MULT: 5000
2S-2P 1S-1P 10000 • 6ö7 -•762 81 69 4.1 .47
àS/S- - . 1 6 20000 .669 66 4.1 .50
KT/E= ,59 40000 .521 -•575 78 63 4.1 .55
.427 -'•441 73 61 4.3 .64
-•344 67

Li 1395 4 MULT: 5000 .135 -.108 7θ 0 0 64 9,3 .81

2S-3P 1S-1P 10000 ·1θ7 -.833-01 66 0 0 6 2 9.3 .91
AS/S= -.üb 200υ0
KT/F= 14,ho 40000 .869-01 -.647-01 62 0 0 61 9.6 1.04
.728-01 -.505-01 58 0 0 62 10.2 1.24

LI Iü7ö 5 M U L T : 5000 .2b6 -.221 64 0 0 56 16.4 .91
2S-4P IS-IP 10000 .223 -.176 61 0 0 56 16.9 1.08
20000 .1«2 -.141 57 0 0 58 18.2 1.31
AS/S= -,ϋο 40000 .167 -.113 55 0 0 60 19.8 1.62

KT/F= 34,57

LI 1756 6 WULT : 5000 .135 •136 77 0 0 56 7.8 .51
2P-3S-1Ì ..IS 10000 .114 •112 73 0 0 54 8.1 .61
AS/S= -.06 20000 • 101 .946-01 68 0 0 53 8.8 .76
Kl/F= 2.34 40000 .922-01 •80^-01 64 0 0 53 9.7 .99

Li 1254 7 M U L T : 5000 • lH6 .200 74 0 0 50 12.8 .48
2P-4S 1P-1S 10000 .169 .173
AS/S= -.üb 20000 .Ibi .153 68 0 0 49 13.6 .61
ΚΤ/Ε= 5.60 40000 .156 .134 6 3 0 0 4 9 15.2 .83
59 0 0 50 17.3 1 · ! *
Li 1109 a MULT: 5000
2P-5S 1P-1S 10000 .338 .377 74 0 0 49 19.7 .46
AS/S= - , Ü 6 20000 .326 .337 67 0 0 47 21.4 .63
KT/F= 10.67 40000 .325 .304 61 0 0 48 24.3 .8θ
.322 .270 58 0 0 51 28.1 1.25
Li 1103 12 MULT; 5000
2P-5U IP-li) 10000 1.13 .751 55 0 0 61 30.3 1.73
AS/S= -,0ó 20000
KT/F=ò34.46 40000 .917 .568 52 0 0 61 30.5 1.98
.7i+5 .429 49 0 0 63 31.82.27
Li 4156 14 M U L T : 5000 .607 .326 47 0 0 65 33.5 2.62
10000
3S-4P 1S-1P 20000 4.05 -3.45 66 0 57 16.8 .75
AS/S= -,r>7 40000 3.40 -2.76 62 0 56 17.2 .89
KT/F= 34,57 2.94 -2.24 58 0 56 18.4 1.09
50ü0 2.59 -1.82 55 0 57 20.1 1.36
Li 2953 15 MULT: 10000
3S-5P 1S-1P 200Û0 4.7l -4.10 62 0 0 52 25.0 .81
AS/S= -.04 40000 4.14 -3.36 59 0 0 53 26.4 1.00
KT/E= 55,58
5000 3,71 -2.77 56 0 0 55 29.1 1.27
LI 5039 16 MULT: 10000 3,34 -2.29 54 0 0 58 32.5 1.62
3P-4S 1P-1S 20000
AS/S= -.üb 40000 3.i*9 3.74 74 0 0 51 13.8 .45
KT/F= 5.60 3.20 3.25 68 0 0 49 14.8 .58
5000 3.06 2.88 63 0 0 49 16.6 .79
LI 3307 17 MULT: 10000 2.97 2.54 59 0 18.9 1.08
3P-5S 1P-1S 20ÛU0 51
AS/S= -,0b 40000 3.11 3.51
KT/F= 10.67 3.01 3.14 74 48 20.0 .44
3,01 2.84 67 47 21.8 .60
2.99 2.53 61 47 24.8 .84
58 0 50 28.7 1.19

OF ISOLATED LINES FROM SINGLY CHARGED IONS

ELtMENT/TRANslίI ON TEMP WIQTH SHIFT WS WO *C OS

Li 3250 2υ MULT": 5000 10.0 6.74 56 0 0 61 30. 9 1.59
10000 8.15 5.13 53 0 0 61 31. 2 1.8?
3P-5Ü IP-• I D 20000 6,b5 3.O0 50 0 0 62 32,,5 2.10
40000 5.44 2.98 48 0 0 64 34,,3 2.4·*
AS/S= "*,«0b

K T / E = 5 3 4 ,,46

LI 2 7 6 7 21 M U L T : 5000 15,6 10,4 56 0 0 61 45. 1 1.67
3P-6Ü IP-• 1Ü 10000 12,7 7.95 52 0 0 61 45, 6 1.9?

AS/S= - ,04 20000 10,4 6.08 49 0 0 62 47, 7 2.23
4000Ü 8.58 4.68 48 0 0 64 50. 5 2.60
K T / E = 7 7 2 ,,00

LI 5485 27 MULT: I 5000 .293 -.254 84 0 0 71 3,,7 .45
10000 .218 -.190 80 0 0 67 3,6 .48
2S-2P 3S--3P
-(,,1318 200UO • 168 -.145 74 0 0 63 3,,6 .52
AS/S= 40000 .137 -.113 67 0 0 59 3,,7 • 60
KT/E=

LI 1198 28 MULT : 5000 . 6 0 1 - 01 .429- 01 70 0 0 72 7,,2 .55
2S-3P 3S-•3P 10000 .479- 01 .319- 01 65 0 0 72 7,,1 .6?
20000 . 3 9 5 - 01 .234- 01 58 0 0 72 7,,2 .72
AS/S= -^,ϋ7 40000 .336- 01 .170-•01 51 0 0 73 7,»4 .87

KT/E= 3,,θ9

LI 945 29 MULT: 5000 .113 .892- 01 66 0 0 61 12,,4 .54
2S-4P 3S--3P 10000 . 9 8 2 - 01 .704-•01 60 0 0 61 12,► 7 .67
20000
AS/Sz - ,06 40000 .881- 01 .552- 01 54 0 0 63 13,► 5 .85
.796- 01 .429-•01 48 0 0 66 14,• 5 1.08
KT/E= 9,► 5 4

Li 861 30 MULT: 5000 .231 .188 64 0 0 57 19,.1 .54
2S-5P 3S-3P 10000 .211 .151 5b 0 0 58 20,.0 .70
20000
AS/S= -,05 40000 .196 .120 50 0 0 60 21,.6 .92
.loi .950-•01 46 0 0 64 23,.6 1.20
KT/E= 19;»14 5000
10000
1053 20000 :8i H.915- •01 .920- • 46
2P-3S 40000 • 5*
• 7i*6-■01 .748- • 64
Ll 31 MULT: 84 0 0 7,.1 .8?
3P.-3S 79 0 0 57 7 .1
AS/S= -.07 7 .5
.642-•01 .626-•01 71 0 0 53 8,.1
.579-•01 .533--01 64 0 0 51
KT/E= 1 .47

LI 1167 32 M U L T ; 5000 • 124 .135 83 0 0 56 11 • 8 • 41
2 P - 4 S 3P.-3S 10000 • 111 .117 76 0 0 53 12 • 4 .5?
20000 • 105
AS/S= -.04 40000 • 102 •7>°.104
68 0 0 50 13 • 6
K T / E = 3 .65 .928--01 62 0 0 50 15 • 4 • 96

Ll 10 32 33 M U L T : 5000 .221 .255 80 0 0 50 17 • 6 • 38
2 P - 5 S 3P.-3S 10000 .212 .230 71 0 0 48 19 • 0 .52
20000 .213 .210 64 0 0 47 21 .5 .73
AS/Sz -,03 40000 .214 .190
59 0 0 49 24 • 8 1.05
KT/F= 7 .31

Ll 972 34 MULT: 5000 .402 .406 75 0 0 36 24 • 8 .37
3P-6S 3P.-3S 10000 .406 .416 68 0 0 41 27 .6 .5?
.424 62 0 0 45 32 .0 .7o
AS/S= -.04 20000 .436 .403 58 0 0 49 37 .7 1.15
40000 ,373
K T / E = 12 .84

Ll 1493 35 MULT: 5000 .659-01 - . 4 6 ° - 0 1 69 0 0 71 6.0 .50
2P-3Ü 3P-3D 1000U .510-01 -.349-01 66 0 0 71 6.0 .54
AS/S= -,0b 20000 .406-01 -.255-01 62 0 0 73 6.1 .61
KT/E= 3.98 40000 .336-01 -.179-01 57 0 0 79 6.3 .7?

Ll 1018 37 MULT; 5000 .773 .365 50 0 75 77 24.2 1.39
2P-5U 3P-3Ü 14000
AS/S= -,0b 20000 .592 .220 41 0 87 80 21.3 1.50
KT/E=4b3,20 40000 .460 .126 31 0 94 82 18.5 1.65
.365 .727-01 ?1 0 97 80 15.8 1.85
LI 21091 38 MULT:
3S-3P 3S-3P 5000 21,5 -12.7 74 0 0 93 8.0 .3P
AS/S= -,07
KT/E= 3,99 10000 17.9 -10.2 67 0 0 86 7.9 .44
20000 15.8 -8.68 57 0 0 77 8.2 .55
40000 14.4 -7.53 49 0 0 69 8.7 .71

368 APPENDIX V. ELECTRON IMPACT WIDTHS AND SHIFTS

ELt>ENT/TRANsITlON TEMP WluTH SHIFT WS WO wC DS

L l 3 6 8 4 39 MULT : 5000 1.73 1.32 67 0 65 12.6 .45
10000 1.52 1.04 61 0 66 13.0 .56
3S-4P 3S-3P 20000 1.38 .<Ϊ01 55 0 70 13.9 .71
40000 1.27 .603 49 0 75 14.9 .9?
AS/S= - , 0 b
KT/F = 9 . 5 4 2.25 l.Pl
2.05 1.46
2b74 40 MULT: 4 UV 5000 1.91 1.16 64 0 0 58 19.3 .50
3S-5P 3S-3P 10000 1.76 ,903 57 0 0 59 20.2 .65

AS/S= -,04 20000 1.90 1.84 51 0 0 62 21.9 .85
KT/E= 19,14 4U000 l.e,7 1.59 46 0 0 66 23.7 1.11
1.59 1.43
Li 4681 41 MULT: 4 5000 1.57 1.30 88 0 0 66 11.3 .2°
3P-4S 3P-3S ΙΟΟυΟ 7ö 0 60 11.6 .36
AS/S= -,0b 20000 2.08 2.36 67 0 0 55 12.5 .4*
KT/E= 2,44 40000 2.00 2.12 58 0 0 5? 13.9 .67
2.01 1.91*
LI 3155 42 MULT: bOOO 2.03 1.75 0
3P-5S 3P-3S 10000
20000 3.01 3.02 PO 0 0 52 17.β .35
Ä S / S = -.03 40000 3.05 3.10 72 0 0 49 19.2 .47
3.18 3.00 64 0 0 48 21.6 .68
KT/F = 7.31 5000 3.27 2.78 59 0 0 50 24.ö .96
10000
Ll 2b57 43 MULT: 20000 6.72 3.16 7o 0 0 36 24.9 .36
3P-6S 3P-3S 40000 5.18 l.ol 68 0 0 42 27.7 .51
AS/S= -.04 4.06 1.09 62 0 0 45 32.1 .75
KT/F= 12.84 5000 3.25 58 0 0 49 37.7 1.10
10000 .50 3
3029 46 MULT: 2000Ù 49 0 75 77 24.0 1.24
3P-5Ü 3P-3Ü 40ÜO0 4 1 0 88 8t 21.3 1.35
AS/S= -,0b M 0 94 84 18.Ö 1.4a
KT/F=434,25 bOOÜ 22 0 97 83 16.3 I.6O
lOOOO
Ll 2bH5 47 N'ULT: 20000 11.8 5.72 50 0 2 75 37.1 1.44
3P-6Ü 3P-3U 400ü0 9.1? 3.48 41 0 19 78 32.9 1.57
A5/S= -,t>b 7.12 2.01 M 0 47 81 28.9 1.7*
KT/F=b94,bò 1.15 22 0 71 80 24.9 1,94

Ll 4841 40 MULT: 5000 3.02 2.46 67 0 60 12.6 .48
30-4P 3D-3P lOOOO 2.b5 1.98 61 0 60 13.1 .59
óS/S= -,0b 20000 2.42 1.59 55 0 62 14.1 .76
KT/E= 9,54 40000 2.21 1.27 50 0 65 15.3 .99

Ll 3236 49 MULT: 5000 3.30 2.70 65 0 0 58 19,4 .5?
3D-5P 3Ü-3Ü 10000 3,ol 2.18 20.2 .66
57 0 0 58 21.8 .87
Ä S / S = -.05 20000 2.80 1.74 60 23.7 1.14
51 0 0 64
KT/F= 19,14 40000 2.58 1.38
46 0 0
Bt 3131 1 MULT: l 5000
2S-2P 2S-2P 10000 .719-01 -.604-01 87 0 0 76 3.3 .37
AS/S= -.10 20000
KT/E= ,22 40000 .537-01 -.452-01 84 0 0 73 3.3 . 3Q
.416-01 -.347-01 80 0 0 70 3.3 .43

.341-01 -.274-01 73 0 0 67 3.4 .50

BE 1036 2 MULT: 1 UV 5000 .456-01 ,358-01 72 0 0 67 7.4 .57
2S-3P 2S-2P 10000 .366-01 ,277-01 69 0 0 67 7.5 .64
AS/S= -.10 20000 .304-01 .214-01 65 0 0 68 7,9 ,76
KT/E= 4,4o 40000 .260-01 .165-01 60 0 0 70 8.4 .91

OL 1776 3 MULT: 3 UV 5000 ·777-01 .789-01 91 0 5695 66..12 .37
2P-3S 2P-2S 10000 .609-01 ,631-01 84 0 0 5? .41
AS/S= -,0b 20000 .509-01 ,525-01 73 0 0 46
KT/E= .84 40000 6.2 .48
.454-OI .446-01 63 0 6.5 .61
BL 1512 4 MULT: 4 UV 5000
2P-3D 2P-2U 10000 .720-01 -.521-01 71 0 0 71 6.2 .5?
AS/S= -.04 20000 .552-01 -.385-01 68 0 0 71 6.2 .57
KT/F= 4,46 40000 .435-01 -.278-01 63 0 0 73 6,3 .64
6.4 . 7 *
.355-01 -,193-υΐ 58 0 0 78

OF ISOLATED LINES FROM SINGLY CHARGED IONS 369

ELEMENT/TRArMSlT ION TEMP WIDTH SHJFT ws wo wc ns

Bt 1209b b fULT: bOOO 6.<j9 2.23 64 0 0 71 7.0 .34
3S-3P 2S-2P 10000 b.04 2.20 62 0 0 83 7,3 .40
ûS/S= -.06 200O0 <*.42 1.83 59 0 0 95 7.9 .50
KT/Fr 4.4t> 40000 4.o7 1.40 «=>4 0 0 ] t 2 8.7 .64

Bt 3275 6 MULT: 2 bOOO 1.36 1.13 62 0 0 bb 12.2 .45
3S-4P 2S-2P 10000 1.19 .923 61 0 0 57 13.1 ,56

Ä S / S = -,ub 20000 1.09 .753 58 0 0 6? 14.6 .73

KT/F= 10.53 40000 .999 .601 ^5 0 0 68 16.1 .94

flL b271 7 NULT: 3 bOÜO 1.92 1.77 83 0 0 66 10.2 .27
3P-4S 2P-2S lOOUO 1.70 1.53 74 0 0 60 10.b .33
AS/S= 200O0 Ι.ί,Ι 1.38 63 0 0 54 11.3 .45
KT/F = -,Ü4 40000 1.59 l.?6 *5 0 0 51 12.5 .6?
2.11
bOOO
Bt 3P3-254S8 8 VULl 100ÜO 1.54 1.76 87 15.3 .26
2P-2S 20000 1.4h 1.5Q 77 16.3 .3U
400L0
AS/S= -.02 1.46 1.4A 0 0 48 18.1 .4<i
ΚΤ/ζ = 4.24 50 OU 1.51 1.37 59 0 0 4 7 20.8 .7?

ht 63P4-236L6) 9 VULÎ 10 U υ 0 21ο. -1*0. 71 (I 6? 8.2 . 4 *
2P-2.) 177. -143. 64 0 6? 8.5 . 5 ^
2 0 O U ι.» Ibi. -113. 6(1 0 63 9.0 .6U
-.07 132. -»«.* 0 66 9.7 .7Q
KT/P = 4.4b 40000
*+.l2 o 99 97 12.5 . 8 *
BE 4361 10 MULT: 4 5000 3.30 1.32 4? 0 99107 11.ö ,9u
3P-4D 2P-20 10000 2,69 .797 ?b 0 99124 11,4 1,08
AS/S= -,06 20000 2.2? 0 99213 11.o 1.25
KT/E=267,23 40000 ,360 30
3.30 .574-01 ?5
BE 4674 11 MULT: 6 bOOO 2.54
3D-4F 20-2F 10000 1.98 -1.65 50 0 99 74 11.5 .80
AS/S= ,08 20000 Lb8
KT/E=267,23 40000 -1.14 46 0 99 76 11.0 .87
-.756 42 0 99 81 10.9 . 9 ^
-.496 37 0 99 87 10.9 1.0*

B 1362 1 MULT: UV 50G0 .904-02 .759-02 ft9 1 0 78 2.8 .38
2S-2P 1S-1P 10000 .670-02 .564-0? 88 0 77 2.7 .39
AS/S= ,14 20000 .511-02 .429-02 85 1 0 74 2.8 .43
KT/E= ,11 40000 .412-02 .539-02 79 1 0 71 2.9 .49
1
5000 1.15 65 9.0 .39
4122 5 MULT: 10000 .935 ,850 66 67 9.2 .45
2D-4F 2D-2F 200υ0 .791 ,648 63 71 9.7 .53
AS/S= 40000 .693 ,483 59 80 10.4 .66
KT/E= -,03 .350 5b
8,37 .119 0 76 4.6 .26
.926-01 0 73 4.6 .2P
2837 8 MULT: 13 UV bOOO .767-01 ,9t|?-oi β2 0 70 4.7 .33
2S-3P 2S-2P .678-01 0 67 5.0 .41
10000 .724-01 78
.573-01 71
AS/S= -.23 20000 .466-01 63

KT/E= ,50 40000

858 9 MULT: UV 5000 .110-01 ,105-01 °2 0 70 4.8 .4*
2P-3S 2P-2S 10000 .824-02 ,814-02 86 0 64 4.6 .48
AS/S= -,10 20000 .650-02 .652-02 77 4.6 .53
KT/E= ,46 40000 .5^9-02 56 4.8 .64
,5u0-02 67 50
.642-02 4.5 .29
687 10 MULT: 5 UV 5000 .214-02 .763 0 93 4.5 .3?
2P-30 2P-2D 10000 ..885255 0 9? ..3487
20000 .675 0 89 S5.·07
AS/S= ".09 40000 0 84
KT/E= ,50 .1 \-il

6580 11 MULT: 5000 .735 -.554 85 1 0 8? 5.1 .25
3S-3P 2S-2P 10000 .596 5.2
AS/S= 20000, .519 -.441 82 0 0 81 5.6 .2ft
KT/E= ,01 4000Ô • 4e6 -.365 75 0 0 79 6.1
,50 -.314 67 0 0 76 .35
.46

370 APPENDIX V. ELECTRON IMPACT WIDTHS AND SHIFTS

ELEMENT/TRANSITION TEMP WIOTH SHIFT ws wo v.c ns 4.7 .24
P2 0 03 4.8 .27
C 6786 12 MULT: lu 5000 .7(j7 .4 54 79 0 93 5.Ü .32
. ^50 73 92 5.3 .4ft
3S-3P 4P-4Û 100ÜÜ .b<,2 .27b 6b 91
AS/S= -.29 20ÜUÜ .473 .220
KT/E= ,49 400u0 .4^4
.152 77 7.8 .2?
2174 15 MULT: bOOO · 1>>5 .119 79 72 8.0 .27
10ÛU0 .159 0 59 .35
3S-4P 2S-2P 200ÜU .luH .768-01 *9 0 35 89..b7 .49
AS/S= -.03 40Ü0Ü .I46 .4f.l-ul 59
KT/E= 1.31

7234 10 MULT: 3 bOOO .8b3 .610 P2 1 0 PO 4.9 .20
3P-30 2P-2Ü Ιϋϋθϋ ·6Β9 .340 80 0 0 70 5.1 .23
AS/S= -.09 20ÜUÜ .b99 .874-01 7b 0 0 1 5.4 .28
KT/E= .50 40000 .563 .3U1-01 67 0 O3I6 6.0 .37
.67O 8.4 .27
.5920 17 MULT: (4 bOOO .5u5 .6OO 92 0 0 66 8.3 .31
3P-4S 2P-2S 1000C .480 .572 P<+ 0 0 59 8.7 .39
AS/S= -.01 20000 «4b7 .493 72 0 0 52 9.4 .52
KT/F = 1.31 400o0 ,432 61 0 0 47

3589 18 MULI : 23 5000 .5b5 .578 Q3 0 0 66 8.4 .28
3P-4S 4U-4P ΙΟΟυΟ .4b8 .480 8<* 0 0 59 8.4 .32
AS/S= -.04 200υϋ .404 .415 .40
KT/E = 1.33 40000 .3*3 .364 72 0 0 51 8.6 .53
·624 .512 61 0 0 47 9.3
.528 .412
2747 19 MuLV: 15 UV büüO .468 ,33? 66 0 0 59 10.1 .38
3P-4U 2P-2Ü 10000 .426 .267 64 0 0 60 10.6 .45
AS/S= -,ub 20000 I.36 1.17 61 0 ' 0 63 11,b .57
Kl/F= 0.14 400υ0 1.17 .967 *7 0 0 67 12.7 .73
1.09 .836
b8°u 2υ MULT: S bOüO 1.07 .7t|l 86 1 0 73 7.8 .20
3U-4P 2U-2P 10000 79 1 0 70 8 . 1 .2«S
AS/S= -,0o 200u0 70 1 0 66 8.7 .32
KT/F = 1.31 40000 60 0 0 64 9,b .4*

4267 21 MULT: bOOO 1.22 -.918 65 0 0 63 8.9 .37
30-uF 2D-2F 100UO .^97 -.705 62 0 0 64 9.1 .43
AS/^= 200U0 »8u5 -.531 59 0 0 69 9.7 .51
KT/E= -.01 400JO ·7ι+1 -.3*8 54 0 0 76 10.4 .6u
b,14
büüu .7^3 -.599
3877 22 MULT: 33 lüOuO .605 -.485 68 0 0 60 7.8 .27
3P-4F 4F-4G 20000 .b33 -.305 67 0 0 61 8.2 .3?
AS/^ -.1/ 40000 .4h7 -.317 64 0 0 63 8.9 .40
KT/F = 3,50 59 0 0 67
9.8 .51

3361 27 MULT: 7 5000 .97h .483 83 1 0 85 11.6 .20
3D-5P 2Ü-2P 10000 .912 .132 76 1 0 34 12.5 .26
200ÔU • Si h 0 Ü2U
-,AS/S =,υ2 4υ0ϋΟ .9ι*9 - . 9 b 7 - •01 67 0 0169 14.0 .37
-.181 58 15.8 .5u
KT/F = 3,,57 bÜOU 2.77
lOOuO 2.2h
2^°ò 2b MULi 20000 1.92 1.17 *1 0 0 90 16.»+ . 6 ^
40ÜO0 l.b3 .731
3P-5F dü-Zi·' .367 43 0 0 96 15.5 .76
.112 34 0 0 99 14.9 .90
AS/Sr -59,(,,0330 ?7 0 0 88 14.5 1.0*
KT/Kr

C 18902 29 MULT: bOOO 16.3 -13.0 85 1 0 74 8.5 .17
4S-4P 2S-2P 10000 14,8 -11.8 79 0 0 73 9.1 .21
AS/S= -.00 200υΟ 14,6 -10.5 70 0 0 72 10.1 .30
KT/F= 1,31 4Ù0UÙ Ib.? -9.b3 • 4U
61 0 0 71 11.5
UV bO0 0 .4*
N 671 7 NULT: ΙΟΟϋΟ .53°- •02 .512- •02 °2 0 0 7T 4,3 .4Π
?P-3S 3P-3P 20000 .40?- •02 . 3Q?--02 *7 0 4.2 .54
4oOJO 0 65 4.2 .6'
AS/r>= -.0-'3 .313-02 ,311- ■0? 79 0 0 58 4.3
Kl/E= ,3b .2^1-02 .256-■02 70 0
0 52

OF ISOLATED LINES FROM SINGLY CHARGED IONS 371

fcLLMFNI/TRANSITION lt.MP wIuTh SHIFT WS WQ ,VC OS

N 747 β MUL« 8 UV buüü .60^-02 .585-02 °4 0 0 72 4.2 .'♦4
♦4^1-02 .445-02 °0 0 0 67 4,1 • 4P
2P-3S 1U-1P lOOoo •34°-02 .3*2-02 83 0 0 60 .b6
.288-02 ,?«0-02 74 0 0 54 4.1
AS/S= -.Uri 2U0JU 4.2
.3o7-02 2 0 84
KT/»-"= ,2tf UUübU .2*7-02 1 0 83
.237-02 1 0 81
h b^4 9 M U L T : !., UV bOUU ♦210-02 ,26°-G2 8b 1 0 77 4.4 .2°
,207-02 *2 4.4 .3?
2P-3D 3P-30 10000 .165-02 77 4.6 .37
.137-02 68 4.9 .47
AS/S= -,Οβ 20000

KT/F= ,44 4ϋ0υ0

N b30 lu MULT: 6 UV bO0U .3t>l-02 ,?«8-Û2 *b 2 0 7b 4.4 .27
.282-02 .231-02 p 2 2 0 74 4,4 .30
2P-3U έΡ-2Ρ lOOOO
.234-02 ,185-02 77 1 0 71 4.6 .3*
AS/S= -.11» 20000 ·2θ°-02 5.U î^4
.155-02 69 1 0 68
KT/F= .47 40000

K 5679 lb MULT: bOOO .4 76 -.407 89 0 76 4.8 .27
lOOOO -.319 86 0 74 4.9 .31
3S-5P 3^-3U 20000 .380 -.260 79 0 72 5.2 .37
40000 .324 -.221 7() 0 70 5.Ò
AS/Sz . 1β .300

KT/C= .39

N bii'lb 27 M J L T ; m 5000 .333 -.154 82 1 0 96 4.b .1«

3P-3U ol.)-3F Ιθυυθ .265 -.354-01 p l 1 0 88 4.6 .21
200UO .226 4.9 .25
AS/S= - , Κ , 40000 .20Q .414-01 77 1 0107 5.3 .3*

KT/F= .43 .663-01 69 0 0103

N boni ou v U L i : 24 5000 .354 -.233 80 0 89 4.6 .18
3P-3U 3S-3P 10000 .285 -.187 81) 0 90 4.8 .20
.248
AS/S= .06 20000 .236 -.156 77 0 89 5.2 .2*
ΚΤ/Γ = .«»7 400o0 -.135 69 0 89 5.7 .34

5939 31 MULT: 2°. bOuO .4«7 .252 8b 0 90 4.6 .18
3P-3U 3P-3U ΙΟΟυΟ .3rt6 .744-01 P2 0 72 4.6 .20
AS/S= 200υ0 .32b 4.9 .24
KT/F= -.32 4000U .295 .379-01 76 1 0146 5.2 .31
,44
büOO · 3ö 1 .813-01 67 0 0117 7.4 .23
10000 .243 7.4 .27
IN. 3U0 7 38 M U L T : 18 20000 .212 .307 94 0 0 67 .3^
40000 .202 .251 7.e .44
3P-4S IP-IP 87 0 0 61
•1*43 .200 76 0 0 50 8.4
AS/S= .u,i .350 .158 6b 0 0 39
.298
KT/F= ,93 «27ü

N 3328 39 MULT: p? 5000 .518 ,451 °4 0 0 68 8.1 .29
3P-4S 3Ü-3P 10ÜUÜ .408 ,370 87 0 0 60 7.9 .3?
ûS/S= -,ΐβ 20000 .348 .317 7b 0 0 51 8.1 ,3°
KT/F= 1,13 40000 .321 .278 63 0 0 45 8.6 .51

IM 3601 H Ü M U L T : 26 50u0 .526 94 0 0 68 8.1 .2*
3P-3S 3S-3P 10000 .431 86 0 0 60 7.9 .32
200UÖ . 36° 7b 0 0 bl 8.1 .3«
AS/S= -,17 400u0 .323 63 0 0 46 Θ.6 ,50

KT/F= 1,1.3

K 3i*43 4 1 M U L T : 30 5000 .5il .523 °1 0 0 65 7,5 .24

3P-4S 3f-3P lOüJO ·*»2«» .^17 83 0 0 59 7.6 .29
20000 .382 ,291 73 0 0 43 8.0 .36
AS/S= .^3 40000 .369 .172 62 0 0 12 8.7 ,50

KT/F= 1,1,3

N 4 228 42 MULi: 33 büüO .585 .601 °3 0 0 66 7.3 .21
3P-4S 1Ü-1P 10000 .^77 .497 86 0 0 60
200O0 .422 .430 76 0 0 54 7.4 .25
AS/S= -.04 400ÛO .407 .382 65 0 0 50 7.Ö .31
KT/F= ,9o 8.5

N 5104 43 MULT: ?4 500U .796 ,807 θϋ 0 0 65 7.0 .19
lOUuO .671 .665 84 0 0 61 7.2 .23
3P-4S 1S-1P 20000
40000 .615 ,52U 74 0 0 52 7.8 ,30
AS/S= .03 .608 .411 64 0 0 43 8.7 ,42

Kl/F= ,93

372 APPENDIX V. ELECTRON IMPACT WIDTHS AND SHIFTS

ELtMENl/TRANCI\iON TEMP WlijTH SHIFT WS WO wC OS

N 233 7 4 b N U L T : lf,UV 5000 .33° .294 70 59 9.0 .31
3P-4U 3K-3F 100Ü0 .289 .240 67 59 9.5 .3«
20000 .241 .197 63 10.4 • 4P
AS/S= -,i4 .161 59 0 61 11.b .63
KT/F.= 4 . 4 2 0 6*»
40000

N 2b?2 46 M)LT: 19UV 5000 .b<4l ,442 66 0 59 10.2 .40
.452 .352 64 0 60 10.6 .47
3P-4D 3P-3J ÌOOOO .392 .280 61 0 63 11.b .58
.347 .221 58 0 67 12.5 .72
AS/S= -.10 2ϋ0υΟ
.573 .470
KT/F= 8.9 7 40000 .476 .371
.408 .292
N 2 4 9 4 «4 7 V'ULT: 20UV 5000 .358 .228 68 0 61 10.7 .42
65 0 61 11.0 .49
3P-4U 3P-3P 10000 1.27 1.06 61 63 11.6 .60
1.0e» .872 58 67 12.7 .74
AS/S= -.20 20000 1.00 .753
.9b6 .671
KT/F = 9.94 40000
1.32 1.32
N 6168 52 MULT: 36 bOOO 1.06 1.08 87 76 7.3 .19
3Ü-4P 3F-3U 10000 .930 .928 81 74 7.5 .23
AS/S= -,ub 20000 .878 .813 72 70 8.1 .30
KT/F = 1,13 40000 63 0 68 9.0 .4?
1.74 1.43
N 6 34b 5b MULT: bOOO 1.47 1.17 «M 1 0 66 7.2 .18
3U-4P 3U-3P Ιυθϋθ 1.34 .9oQ 84 1 0 61 7.2 .21
AS/S= -.30 2000Ü 1.31 .880 74 1 0 54 7.6 .26
K1/F = ,99 400υ0 63 1 0 50 8.2 .34
1.54 1.54
N 7 183 bb MULT: 52 bOJO 1.26 1.25 87 0 78 7.3 .1*
3D-4P 3P-3U 10OUÜ 1.11 .970 81 0 75 7.5 .22
AS/S= - . 1 / 20000 1.06 ,761 72 0 71 8.1 .2Q
KT/F= 1.13 40000 62 0 68 8.8 .40
1.52 1.5?
N 6971 b7 NULT: 5? bOOO 1.22 1.2* °1 0 67 7.1 .17
3U-4P 3P-3P lOOOO 1.07 1.07 0 61 7.2 .20
20000 1.01 .938 84 7.5 .25
AS/S= -.21 40000 74 8.2 .34
.87·Ί -.683 63
KT/F= .09 -.545
.725 -.433
N 6 H ? b bri *ULÎî bOOO .635 -.^36 Ql 1 0 67 7.2 .1«
lOOou .b76 85 1 0 61 7.2
3P-4P 3P-3S 200υ0 -.943 74 1 0 54 7.5 .20
400u0 1.25 -.721 64 1 0 50 8.2
AS/S= -.31 1.02 -,54l .25
.6b7 -.*"3 .3^
Kl/F= .9/ .7^4

N 4U'4l bi M U L T : M bO uU 68 0 O b3 8.2 .30
3D-4F 3K-3<:» 10000 6b 0 0 64 8.b .35
AS/S= -.12 200ÛU 62 0 0 67 9.2 .43
KT/F.S 4,42 58 0 0 73 10.0 .55
4 00υυ
N 4,239 o4 .VULT: 66 O 0 64 9.1 .3°
-ÌD-4F 3Ü-3K 5001) 63 0 O 65 9.3 . 4 *
AS/Sr -,0o lOOuO 59 0 O 6° 9,8 .53
KT/r= n.u/ 2UÙUU ^b 0 0 77 10,5 .66
40UUO

N 44 35 ôb NîUcT: b5 bôOO I.48 -1.13 67 0 O 64 9.b .40
3D-3F 3P-3Ü 10000 1.2C -.8(>6 64 0 0 65 9.7 .46
20U0U .997 -.650 60 0 0 67 10.1 .54
AS/S= -.10 4u000 .8b5 -.476 5b 0 0 73 10.7 .66

KT/F= 9.94

^39 b MULT: 2 UV bOOO .317-02 .2Q7-02 °2 0 0 72 4.1 .51
.236-02 .226-02 87 0 0 66 4.0 .5^
2P-3S 4S-4P 10000
.182-02 .178-02 80 0 0 60 4.0 .58
AS/S= -.ub 20000 .149-02 ,145-02 71 0 0 53 4.1 .68

KT/E= .32 40000

b l 7 b NiULT: 5 UV 50JO .422-02 .403-02 °3 0 0 71 4.2 .47

2P-3S 2ί)-2*> Ιυθυθ .313-02 .306-02 89 0 0 66 4.0 .50
.241-02 .240-02 81 0 0 60 4.0 .54
AS/S= -.09 20ÜO0 .198-02 .1^6-02 72 0 0 53 4.1 .6^

KT/E= .31 40000

OF ISOLATED LINES FROM SINGLY CHARGED IONS 373

ELt^ENi/TRANslTlOh 1L.-P WltfTH SHIFT WS WO WC OS

0 673 7 NULÎ: 12UV bOOO .b02-02 . 4 7 9 - 0 2 Q 3 0 0 71 4 . 2 .<*7
.372-02
2P-3S 2P-2P 10000 .267-02 .364-02 89 0 0 66 4.0 .49
.236-02 . 2 8 6 - 0 2 81 0 0 60 4.0 .54
AS/S= -.10 20000 .233-02 72 0 0 53 4.1 .6^

KT/E = ,31 40000

0 4 3 0 l u VULT: itjV bOuü .236-02 .188-02 83 2 0 76 4.3 .28
. 1 8 4 - 0 2 . 1 4 5 - 0 2 81 2 0 7b 4.4 .31
2P-^U 4S-4P 10000
. l b 2 - 0 2 . 1 1 6 - 0 2 7b 2 0 73 4.to .36
AS/S= - . 1 4 20000 . 1 3 5 - 0 2 . 9 5 7 - 0 3 68 1 0 70 4.9 .4e»

KT/F = .52 40000

Ü 4 8 5 11 MULI": 8ilV bOOO .2*8-02 .230-02 83 2 0 76 4.2 .26
lOOou .225-02 . 1 7 8 - 0 2 81 2 0 7b 4.3 .29
2P-3Ü 2Û-2K 200υ0 .186-02 . 1 4 2 - 0 2 7t> 2 0 7 3 4.5 .34
4(J0uO .165-02 . 1 1 8 - 0 2 68 2 0 70 4.6 .43
AS/S- - . 1 9
4.4 .26
KT/F = .4o 4.4 .2°
4.b .3^
0 4 84 12 "UJL T : <-»l»N/ bOOO .297-02 .26Q-02 89 2 0 72 4.6 .41
.228-02 ,208-02 85 2 0 6^
2P-3Ü 2Ü-2P lOOou .1*6-02 .166-02 79 2 0 6b 4.4 .26
AS/S= -.21 200υ0 .l(,3-02 .138-02 70 2 0 61 4.5 .2°
KT/E= .47 400υ0 4.7 .34
5.0 .4"*
0 4 82 13 -V.UI.Î: 1(,UV bOOO .305-02 .249-02 84 2 0 76 4.μ .26
.23°-02 .1^3-02 P2 2 0 74 4.4 .2°
2P-3U 2^-2*1 10000 .199-02 .155-02 76 2 0 71 4.b .33
.177-02 .129-02 66 1 0 68 4.8 .41
AS/S= -.18 20000
.3u0-02 .^08-02 89 2 0 72
KT/F= .u9 400OO .2(>2-02 .238-02 Pb 2 0 6°
.213-02 .1°Π-02 79 2 0 65
bl6 14 NULT: IHUV bOGu .lc<6-02 .158-02 70 2 0 61
2P-3U 2P-2P 100OO

AS/S= -.21 200υ0
Kl/F = 4 000 0
,Μ7

C 516 ID MJi_T: 17UV boOo .350-02 .2Γ-5-02 ^4 2 0 76 4.4 .26
.274-02 . 2 2 1 - 0 2 8p 2 0 74 4,5 .2«
?P-U> 2P-2·) ΙθΟϋΟ .22^-02 . 1 7 8 - 0 2 76 2 0 71 4.7 ,3a
.2:i3-02 . 1 4 * - U 2 6H 1 0 6 6 5 . 0 .4"«
AS/5= - . 1 / 2000O
.2o3 4,3 ·2^
Kf/Fr # H ^ 40000 .20' 4.4 .2°
• 174 4,h ,3'»
Û 4 6 5 2 2 3 Mi.lL I : 1 50 υθ .I57 ,1°1 8u 1 0 S5 5.0 .4"*
5S-3P HP-M.) lOOou 4.0 .2?
.200 .liiQ 83 1 0 85 4.0 .24
AS/^= -.'.io 2υϋυΟ • lb«» 4.1 .2«
KT/F.= .32 400o0 .120 78 1 0 83 4.3 .34
.125
.109 .100 70 0 0 80

0 4341 24 MULT: 2 5000 .155 84 2 0 JO
3S-3P 4Ρ-4Ρ 10000 .119 81 2 0 77
AS/S= -.38 20000
KT/E= ,30 40000 .938-01 76 1 0 75
.771-01 68 1 0 71

0 4418 2β MULT: 5 5000 .230 .15*+ 82 2 0 89 4.2 .22
3S-3P 2P-2Ü 10000 .1«1 4.2 .25
20000 .150 .120 81 1 0 89 4.5 .2Q
Ä S / S = -.27 40000 .13* 4.8 .37
.9(>7-01 76 1 0 87 4.3 .2?
KT/E= ,33 5000 .187 4.2 .24
10000 .145 .7Q7-01 69 1 0 85 4.4 .27
0 3967 30 MULT: 6 20000 .118 4.6 .34
3S-3P 2P-2P 40000 .103 .150 87 2 0 75
AS/S= -,38 4.3 . 1 «
KT/E= ,34 5000 ♦ lu9 .122 83 2 0 72 4.4 .20
10000 .118 4.7 .2*
0 3386 33 MULT: 9 20000 ..91209?- ,973-01 77 1 0 68 5.2 .3?
3P-3Ü 2S-2P 40000 .803-01 68 1 0 64
AS/S= -.12 .209 4.4 .1°
KT/E= .'♦7 5000 .166 ,12? «0 1 0 72 4.5 .21
Ιϋθυθ .I4I 4.Θ . 2 *
20000 .129 .921-01 79 1 0 70 5.3 .32
40000
.572-01 75 1 0 59

.320-01 66 1 0 38

0 4 0 7 5 40 M U L T : 10 .151 «4 1 0 85

3P-3D 4D-4F .119 83 1 0 85

ÄS/S= - , 2 Ü .972-υ1 79 1 0 84

KT/F = .48 .817-01 72 0 0 84

374 APPENDIX V. ELECTRON IMPACT WIDTHS AND

ELEMENT/TRANSITION TEMP WIuTH SHIFT WS WO *C US

0 4152 44 MULT: 19 5000 .2*6 .?0Q 89 1 0 70 4.6
3P-3Ü 4P-4P .176 .163 86 1 0 68 4.6
AS/S= -.34 louoo .I46 .133 8 0 1 0 6«» 4.8
KT/E = .52 .130 .11? 71 1 0 61 5.1
200ÜÜ
0 4111 45 MULT: 20 4000b .224 .179 87 1 0 80 4.6
.177 4.6
3P-30 4P-4Ü 5000 .150 .140 85 1 0 79 4.9
100ÙU .137 5.3
AS/S= -.19 20000 .113 80 1 0 77
40000 .300 4.7
KT/E= .53 .238 .946-01 71 0 0 76 4.7
bOoO .202 5.0
0 4/04 49 MULT: 25 10000 .186 .216 89 1 0 90 5.4
3P-3L) 2Ü-2F 2ϋϋυ0 .U>9 87 1 0 90
40000 .331 . 135 81 1 0 88 4.4
AS/S= -.10 .264 .112 72 0 0 87 4.6
KT/E = .46 büüü .227 5.0
lÜOOO .212 5.5
0 4 9 1 3 52 M U L T : 2fi 20UÜÜ -.196 78 1 0 97
3P-3U 4S-4P 400UÜ .355 4.5
AS/S= -.14 .2tf0 -.147 79 1 0 97 4.6
KT/E= .5* 50 uO .234 4.8
ΙϋΟϋΟ .212 -.7<>?-ul 76 1 0 95 5.2
20000 -.201-01 69 0
40ü0ü .336 0 8° 4.4
.2b7 4.6
0 5191 bb MULT: 32 .228 .320 1 0 71 4.9
3P-3U 2P-2P .212 .251 85 1 0 69 5.4
AS/S= -,3b .205 79 1 0 66
KT/E = .47 .250 , 175 7 0 1 0 62 7.4
.199 7.4
0 4943 5b MULT: 3 3 büut .17? .207 77 2 0 91 7.7
3P-3U 2P-2!) .160 .16b 77 1 8.3
AS/S= -.24 10 Ü u ü .136 u 92
.32* .115 7.4
κτ/>·:= .49 200UÜ .263 75 1 0 93 7.3
.227 69 1 0 93 7.6
400U0 .212 8.2

0 2738 6b M U L T : 20UV 5ü00 .3oC .25* ^5 0 0 67 7.4
3P-4S 2S-2P 10000 .2ö* .212 88 0 0 61 7.3
200OÜ .248 .183 70 0 0 53 7.5
A S / S = -.üb 40000 .231 .163 67 0 0 48 8.1
KT/E = .«1
.393 7.4
0 3134 ob MULT: 14 5000 .316 .336 Q3 0 0 67 7.4
3P-4S 4Ü-4P lOOüO .274 .276 86 0 0 60 7,7
AS/S= -.03 20000 .258 .236 76 0 0 53 8.3
KT/F= .9/ 40U00 .208 65 0 0 48
.462 7.3
0 3292 to7 M U L T : 23 5ÜO0 .37? .366 °3 0 0 67 7.3
3P-4S 4P-4P .324 .300 7.6
AS/^= -.08 IÜOJO .304 .256 86 0 0 60 8.2
KT/E = .97 .223 7b 0 0 53
20000 .4oß 64 0 0 48 7.3
0 3469 6H MULT: 27 40000 .377 7.3
2P-4S 2D-2P .32ft .402 <*4 0 0 67 7.6
AS/S= -.üb bÜOÖ .310 .331 88 0 0 61 8.3
KT/E= .91 10000 .286 78 0 0 54
2üÜ00 1.34 ,254 67 0 0 50 6.6
0 3754 t-9 M U L T : 31 40000 1.14 6.8
3P-4S 4S-4P 1.06 .467 <*3 0 0 67 7.4
AS/S= -.Üb bOüö 1.05 .383 86 0 0 61 8.3
KT/E = .97 10000 .327 75 0 0 54
200UÜ .286 64 0 0 50
400OÜ
.475 Q4 0 0 68
0 3809 7υ MULT: 34 5000 .3Q0 P7 0 0 62
3P-4S 2P-2P 10000 ,336 77 0 0 55
AS/S= -.10 20000 ,297 66 0 0 51
KT/F.= .91 40000
1,05 83 2 n 78
0 6 8 Q 8 74 MULT: 4b bOOO .«63
30-4 P 4F-4D 10000 .746 79 1 0 76
A S / S = -.04 2Ü00U .667 71 1 0 74
Kl/E= .97 40üu0 62 1 0 72

OF ISOLATED LINES FROM SINGLY CHARGED IONS 375

ELLMFN1/TRANSIT ION TEMP WI()TH SHIFT WS WO *C OS

6b57 75 MULT: 8 b 5000 1.3ft 1.20 87 2 0 73 7.0 .17
3Ü-4P 2P-2P 1000Ü 1.17 .972 81 1 0 70 7.2 .20
AS/S= -,lo 20000 1.07 .722 72 1 0 62 7.8 .26
KT/F= .94 40000 1.θ5 .487 62 1 0 48 8.6 .36

-f2# 2 MULT: 150000000 ..115226 -.113 8045 11 00 87 44..10 ..2258
20000 -.871-01 86 4.3 .32
3S 5S-5P 40000 4.6 .41
.101 -.692-01 80 1 0 85
AS/S= -.04 5000 .903-01 -.567-01 72 1 0 84
10000
KT/E= .27 4000O

3 MULT: bOOO ±î --M-'iì Λ 1 8%-.1238P23200 991?4.1 -.11
3S-3P 10000 7 1 4.2
20000 'Ml -.956-01
,0b 40000 lu •M
.29
bOOO
F 3b04 8 MULT: 3 10000 .lb7 .124 83 1 0 77 4.4 .19
200υ0 .1^5 .978-01 82 1 0 77 «♦.5 .21
3P-3Ü bH-bO 40000 .106 .800-01 79 1 0 76 4.9 .25
AS/S= -.10 .979-01 .679-01 72 0 0 76 5.3 .3^
bOOO
KT/F= .bo 10000
20000
F 4103 9 MULT: U 40000 .220 .158 P4 1 0 86 4.5 .18
3 P - M J 3P-3Ü .176 .125 1 0 86 H.6 .20
AS/S= -,u9 5000 .lbl 83 1 0 85 4.9 .24
KT/F= #<4rt 10000 .I4I .102 79 0 0 85 5.4 .3?
20UÙ0 .8fr0-01 71 0 0 65 9.9
40000 0 0 66 9.9 .44
F 4 4 4 7 12 M U L T : 11, l.b3 -1.21 66 0 0 70 10.3 .50
30-4F 3Ü-3F bOOO 1.30 -.907 63 0 0 76 10.8 .58
AS/S= -,ul 10000 1.07 -.662 59 2 0 83 3.6 .69
KT/F = 13,00 20000 .904 -.46° 54 2 0 81 3.6
40000 1 0 79 3.7 .24
NL 3717 2 M U L T : 1 .121 .917-01 85 1 0 75 3.9 .26
bOOO .921-01 .6<U-01 83 .29
3S-3P 4P-4P lOOOO .732-01 .534-01 79 .34
20000 .621-01 .430-01 71
AS/S= -.39 400OO
KT/r =
.2o bOOO
10000
N L 3337 3 MULT: 2 20000 .103 .702-01 8b 2 0 92 3.8 .24
400ÛO 3.8 .26
3S-3P 4P-4.J .797-01 .537-01 84 2 0 91 4.0 .30
5000 .647-01 .421-01 80 1 0 90 4.2 .37
AS/^= -.22 ΙϋΟυΟ .b64-01 ,340-01 73 1 0 89 3.8 .23
20000 3.8 .2*
KT/E= .23 40000 4.0 .2«
4.2 .36
Nt 3 / 1 3 1C N.ULT: b bOOO .132 ,914-01 83 2 0 88
ΙΟϋΟΟ
3S-3P 2P-2D 20000 .102 .700-01 82 2 0 87
40000
AS/S= - . 2 9 .826-01 .550-01 78 1 0 86
bOOO
KT/F= ,2b 10000 .719-01 .447-01 71 1 0 84
20000
N L 3 U 3 9 18 MULT: 8 40000 .959-OI .681-01 81 2 0 83 3.9 .17
3P-30 4l'-4U .745-01 .505-0.1 80 3.9 .1«
.615-01 .307-01 76 2 0 82 4.2 .21
AS/S= - , 3 υ .548-01 .181-01 70 2 74 4.b .27
KT/F= .29 1 0 63 4.2 .17
0 4.3 .IO

Nt 3203 2b MULT: 13 .118 .101 89 2 n 76 .22
3P-3L) 4Ö-4F .916-01 .777-01 8b 4.8 .28
.756-01 1 0 74 4.4 .18
AS/S= -.3* .675-01 .622-01 81 1 0 72 4.4 .19
KT/F= ,30 .518-01 72 1 0 69 4.5 .2?
4.8 .2«
N t 3 4 1 5 52 MULT: 2b .I4I .128 Q 2 1 0 74 4.2 .16
4.3 .18
3 P - M 5 2Ü.2F .108 .991-01 89 1 0 71 4.7 .22
AS/C= - . 3 / .884-01 .794-01 82 1 0 67 5.1 .28
.781-01 .666-01 73 1 0 63
KT/E= .31

N L 3473 40 M U L T : 2f .142 .113 83 2 0 76
.112 2 0 77
3P-3Ü 2S-2P .950-01 .888-01 83 1 0 76
AS/S= -,2b .871-01 .727-01 80 1 0 75
K7/E= .31
.619-01 73

376 APPENDIX V . ELECTRON IMPACT WIDTHS AND SHIFTS

ELLfr-FNT/TRANc,! I l O Tt.vlH WloTH SHIFT Wb WO wC OS

NL 3559 4b IVULT: 34 bOOO .154 .136 89 1 0 74 4.4 .17

3P-3U 4S-4P 10000 .122 ,107 87 1 0 73 4.b .19
AS/S= - . 2 1 20000 .102 4.Ö .23
KT/E= ,32 40000 .932-01 , 8 7 4 - 0 1 8 3 1 0 71 5.2 .29
.746-01 75 1 0 68

NA 372 2 MULl: 2 UV bOOO .9<jl-03 .939-03 93 0 0 71 3.4 .45
2P-3S 1S-1»1 10000 .723-03 .705-03 90 0 0 67 3.3 .47
AS/S= -,0«4
KT/F= ,17 20000 .bbO-03 .546-03 84 0 0 62 3.3 .50
400Û0 .442-03 .441-03 77 0 0 56 3.3 .57

MO 2 7 9 8 1 MULT: 1 UV 5 0 0 0 .686-01 -.462-01 87 2 0 95 3.7 .26
.530-01 -.353-01 86 1 0 94 3.7 .28
3S-3P 2S-2P 10000
20000 . 4 3 0 - 0 1 - . 2 7 5 - 0 1 B2 1 0 9 4 3.9 .3?
AS/S= - . 0 0 40000 .376-01 -.222-01 7b 1 0 93 4.1 .40

KT/F = ,20

Mb 1240 2 MULT: 5000 .353-01 .2°6-01 Qo 3 0 78 6.1 .20
3S-4P 2S-2P 10000 .284-01 .?35-01 85 2 0 75 6.1 .2?
AS/S= ^,22 .245-01 .195-01 77 2 0 71 6.4 .27
KT/E= ,76 20000 .229-01 .169-01 67 2 0 66 6.9 .36
40000

MO 1026 3 MULT: 50υ0 .543-01 -.336-01 78 4 0 86 8.7 .16
1(K)0Ü
3S-5P 2S-2P 20000 .495-01 -.170-01 75 3 0 78 9 . 5 .20
AS/S= -,04 40000 . 4 9 5 - 0 1 . 6 8 3 - 0 3 67 2 O486 1 0 . 7 . 2 9
KT/E= 1,67 .522-01 .117-01 59 2 0112 12.2 .43

Mo 2 796 H MULT: 3 UV 5 0 0 0 .117 .107 85 1 0 68 4.8 .2?
3P-3Ü 2P-2Û lOOoO
AS/S= 20000 .914-01 .835-01 83 1 0 66 4.8 .25
KT/F= -,ub 40000
,70 .759-01 ,678-01 78 0 0 64 5.0 .29
.681-01 5.4 .36
.569-01 70 0 0 61

MG 2 9 3 4 5 friULT: 2 UV 5000 .203 .203 °4 0 0 69 6.2 .25
3P-4S 2P-2S • lb9 .16** 0 63 6.2 .28
10000 .134 .139 89 0 0 56 6.4 .33
AS/S= - . 0 3 20000 79 0 0 51 6.8 • **3
.122 .121 68 0
KT/F= .64 4ϋΰυ0

MO 10926 o MULT; ? 5000 2.78 -1.35 84 2 0 9 1 6 . 0 . 1 *
3D-4P 2Û-2P lÜOUO 2.33 -.309 *2 2 0 66 6 . 3 . 1 «
AS/S= -,0b 20000 2.13 76 1 0 1 2 4 6 . 9 . 2 4
KT/F= ,7b 40000 2.11 .382 67 1 O l l i 7.7 .33
.677
MO 4 4 8 I 7 M U L T : 4 5000 1.71 66 0 0 6 5 1 0 . 1 .46
3U-4F 2u-2r lOOuo 1.37 -1.28 63 0 0 6 6 1 0 . 1 .51
AS/S= - , u l 200u0 1.12 -.959 ^9 0 0 6 9 1 0 . b .60
KT/F= 14,21 40000 .9<+9 -.705 *4 0 0 75 1 1 . 0 . 7 1
-.506

Mo 3 8 4 9 8 MULT: 5 5000 *702 -.513 77 4 0 8 4 8 . 7 . 1 4
3D-5P 2Ü-2P 10000 .695 75 3 0 8 5 9 . 5 . 1 8
20000 .699 -.444 68 2 0 87 1 0 . 8 . 2 *
ÄS/S= -.03 40000 -.375 59 1 0 84 1 2 . 4 .3Q
.741 -.218
KT/F= 1,67

MO 3 1 0 5 9 MULT: 6 5000 ^.22 1.00 3b 0 Q9107 16.1 .90
30-5F 2Ü-2F 10000 3.39 ,45° 30 0 99121 15.1 1.02
AS/5= - . 0 3 20000 2.75 .763-01 24 0 99186 14.4 1,18
KT/F=463.20 40000 -.764-01 19 0 99 75 1 3 . 8 1.37
2.2b

Mo 2 t > 6 l l o N-ULT; UV 5000 9.q8 3.71 4b 0 12 85 30.7 1.26
" W - 6 F ^>-2Ρ lOOoU 7.38 2.1« "*6 0 39 89 26.7 1.3*
AS/S= - , o 9 1.24 22.9 1.5*
Kl/F=694.tut 2ουυυ 4b..70 3 .685 ?* 0 h5 89 19.2 1.7*
1 0 b3 82
400J0 -2.02
-1.68
MO ' 2 2 b 11 Y U L T : 1 5000 ?.?5 -1.N6 9 0 ? n 73 6.6 . I e
4S-4P ^S-2P lOOOD 1.91 -1.3?
AS/S= - . 0 2 1.77 87 1 0 7? 6.9 .1«
KT/E= . 7t> 200ϋ0 1.7° 79 1 (1 70 7.6 .2'i
69 1 0 6Q 8.6 .30
4 υ0υ0

OF ISOLATED LINES FROM SINGLY CHARGED IONS 377

ELL^ENT/TRANS1TI0N Tc>P WloTH SHIFT WS WO v.C HS

MG 3614 12 MULT: 2 5000 .680 •.404 77 4 0 78 8.8 .13
4S-bP 2S-2P 100ÜÜ .6pC .431 75 3 0 79 9.6 .17
AS/S= -,02 200ÛO .626 ..3Q3
KT/E= 1,67 40000 .670 •.ìt>3 *9 2 0 81 11.0 .25
61 1 0 82 12.7 .37

MO 7690 13 MULT: 8 bOOO 6.9b b.Q6 71 0 0 60 11.9 .38
4P-4Ü 2P-2Ü 100ÜÜ b.68 4.7? 67 0 0 59 12.1 .44
AS/5= -.07 200CU 4.80 3.79 62 0 0 57 12.7 .5^
KT/E= 14.21 4.21 3.07 57 0 0 57 13.7 .65
ucooo
MG 8232 14 MULT: 7 3.H2 4.16 Q 4 0 0 63 9.7 .17
4 P - 5 S 2^-2^ bOOO 3.b8 86 0 0 57 10.0 .20
AS/S= -.02 10000 3.25 3.24 74 0 0 51 10.8 .27
KT/E= 1,49 20000 3.üb 2.98 63 0 0 48 12.1 .3*
40000 3.10

MG 4389 lb MULT: 10 bOOO b.bb b.12 6b 0 0 53 18.8 .4P
4 P - b U 2^-2^ 10ÖOO 4.92 4.19 61 0 0 52 19.7 .5Q
AS/S= -,0b 20ÜÜ0 4,40 3.46 57 0 0 53 21.4 .74
KT/F= 2b,83 400o0 3.98 2.86 bb 0 0 56 2 3 . 8 .9S

MG 4432 lo MULT: 9 bOOO 2.42 2.70 °3 0 0 61 14.3 .1»
4P-6S 2P-2S 10000 2.13 2.41 0 53 14.7 .22
200UÜ 2.Q9 2.24 82 0 0 47 15.9 .31
ÄS/S= -.01 40000 2.ie 2.08 0 44 17.9 .4*
68 0
K T / E = 2.rtb 57 0

MG 3 D 38 17 M U L T : 1? bOOO 7.*5 7.28 61 0 0 48 2 6 . 6 .51
4P-6Ü 2P-2J 7.12 6.10 57 0 0 48 28.7 .66
ìoooo (>.b* b.13 54 0 0 51 32.0 .86
ÄS/S= ^,ùb 6.09 4.31 *3 0 0 55 36.2 1.1^
200ÜO
KT/F.= 4 2 . 6 9 2.74 3.33
400O0 2.t,8 3.12
MG 3 b b 2 lo M u L T : 11 2.^5 3.01 °0 0 0 54 19.2 .1*
4P-7S ÜP-2S bOOO 3.U 2.P6 20.7
AS/S= -.02 lOOoO 79 0 0 50 23.6 .23
KT/F = 4.69 200uU 67 0 0 47 27.6
400ου *9 0 0 47 .34
.53

MG 3175 19 ViULT: 13 bOoO 3.,,b 4.*8 89 0 0 52 25.8 .17
4P-8S 2P-2S 10000 4.07 4.6Q 78 0 0 49 2 8 . 6 .24.
AS/S= -.02 2000O 4.r>0
KT/C= 7,69 400^0 b. 0 0 4.60 67 0 0 48 33.2 .3P
4.40 *9 0 0 49 39.3 .59

Mo 6347 21 MULI": 16 bOuO b3.6 20.1 4 4 0 13 87 30.7 1.10
4t)-6F ?L-2F 1CU 0 0 42.3 11.8 3t, 0 40 9 4 27.b 1.23
AS/S= -.11 200ÛO 33. H Ü./7 PI 0 ή 6 1 Ο 0 24.4 1.30
KT/F=694,H0 27. b 19 0 P3 9M 1.60
4 óüU 0 2.73 21.3

Mo 5264 22 .VULÎ: 1/ bOOO tfi.i 3 3.5 4b 0 0 82 46.0 I.33
4Ü-7F 2û-2f 6 3.3 1Q,A 0 2 86 40.3 1.47
1 00Üo bO.l 37 0 1 8 f\o 34,6 1.64
AS/S= -,ϋ>3 40. 3 11.2 ?1 0 46 A6 29.1 1.87
KT/F=992,b/ 2 00u 0 Ò.2Q 18
.3 72-•01 1 0 72
400υ0 • 2 M 2 -• ni 1 0 70
.•l2t;.:n«---•n0i1 1 0 66
AL 1 72Ò H viuLl : <;. U V bo oo . M7-01 84 1 0 64 4.3 .2*
,2u0-ul »1 4.2 .30
3H-^D 3P-30 ÌOO'JO . ) »'6-ül 7!-> 4.3 .34
,1ua-j1 6H 4.b .41
AS/S= -.ili 2 00 0 0

KT/Fr ,70 4 0000

AL 1860 12 MULT: 4 UV bOOO .64O-•01 .648-01 °5 0 0 68 5.b .2«
3P-4S 3P-3S 10000 . 4 9 3 -•01 .512-01 °0 0 0 63 5.4 .3?
. 4 0 3 -•01 .423-01 81 0 0 57 5.6 .37
AS/S= -.02 20000 • 3b7-•01 .^64-01 71 0 0 51 5.9 .4*
.856-01 77 0 0 55 9.1 ,3R
KT/E= .49 40000 . 8 3 7 -•01 .715-01 72 0 0 52 9.4 .43
. 7 1 4 --01 .613-01 65 0 0 50 10.2 .54
AL 1191 lb MULT: bOOO • 644--01 .530-01 60 0 0 50 11.3 .72
3P-4D 3P-3D 10000 . 6 0 3 -•01
AS/S= -,ub 20000
KT/E= 3.59 40000

378 APPENDIX V. ELECTRON IMPACT WIDTHS AND SHIFTS

ELfcfoENT/TRAhsITlON TEMP WIDTH SHIFT WS WO wC OS

AL 1049 17 MULT: 50Û0 .201 .20« 71 0 0 50 15.5 .40
3P-5U 3P-30 lOOOU .182 .180 65 0 0 4Θ 16.5 .5?
AS/S= ,04 20000 .173 .1*7 60 0 0 48 18.4 .69
KT/E= 11.17 40000 .166 .137
56 0 0 50 20.8 .94
AL 7049 21 MULT: 3 5000 1.06 -.938
4S-4P 3S-3P 10000 .873 -.761 PO 2 0 74 5.9 . 1 f t
AS/S= -.05 20000 .7*2 -.647 87 1 0 73 6.1 .19
KT/E= ,70 40000 .765 -.573 80 1 0 71 6.6 .24
70 1 0 69 7.3 .33

AL 6237 23 MULT: lo 50ϋ0 2.29 2.35 77 0 0 55 9.1 .25
4P-4U 3P-3Û 10000 1.96 1.97 .30
AS/S= -.03 200UÔ 1.78 1.69 72 0 0 52 9.4 .30
KT/E= 3.59 40000 1.70 1.47 6b 0 0 50 10.3 .53

AL 6830 24 MULT: 9 5000 2,10 2.29 60 0 0 50 11.5
4P-5S 3P-3S lOOuO 1.77 1.95
AS/S= -.06 20000 l.b3 I.74 03 0 0 62 8.7 .17
KT/E= 1,24 40000 1.63 1.58 P5 0 0 57 8.8 .20
74 0 0 51 9.5 .26
64 0 0 48 10.6 .37

AL 3653 2b MULT: 1? 5000 2,u4 2.53 71 0 0 50 15.5 .35
4P-5D 3P-3Ü 10000 2.2l 2.18 65 0 0 48 16.5 .4S
AS/S= ,03 20000 2.Q9 1.90 60 0 0 48 18.3 .60
KT/E= 11.17 40000 2.01 1.66 *6 0 0 50 20.8 .8?
I.38
AL 3736 26 MULT: n 5000 1.23 I.59 03 0 0 59 12.9 .17
4P-6S 3P-3S 10000 11..2217 1.42 82 0 0 52 13.3 .2?
AS/S= -.02 20000 1,32 69 0 0 46 14.5 .30
KT/E= 2,40 40000 3.63 1.23 *9 0 0 44 16.5 .4*
3.34 -3.30 0 52 21.3 .38
AL 2997 30 MULT : 14 5000 3.14 -2.M 60 0 0 53 22.7 .4«
4P-6Ü 3P-3Ü 10000 2.^4 -2.00 c5 0 0 58 25.0 .6^
AS/S= -.10 20000 -1,59 Ml 0 0 63 27.7 .86
KT/E= 25.73 40000 *47 0

AL 8358 33 MULΓ: 40 5000 13.3 -7.^8 66 0 0 82 15.1 .3*
4Ü-5F 3Ü-3K 10000 12.0 -6.27 *6 0 0 79 15.3 .4α
AS/S= -,ob 20000 11.2 -5.P4 "B
KT/E= 11.17 400υϋ 10.4 -4.05 <» 1 O O 78 16.1 .58
0 0 77 17.0 .77
AL 5860 34 MULT: 4 1 50 üb 13.υ 1 Ì.2
4D-6F 3Ü-3F 10 0 0 O 12.3 11,6 69 0 0 4e» ?2.2 .3ο
20ÜUÜ 12.0 91.01,?3 64 0 49 24.3 .51
Ä S / S = -.03 400uU 11.« 60 0 0 51 27.7 .70
-20.3 *7 0 0 54 31.9 .9Ρ
KT/F= 25.73 5000 23.8 -16,6
10000 21,9 -13,3 0
AL 7632 36 MULT: 91 20000 20.7 -10,6
5P-6D 3Ρ-30 40000 19,5 61 0 53 21.7 .33
56 0 55 23.2 .4?
Ä S / S = -.16 52 0 59 25.7 .57
48 0 65 28.6 .75
ΚΤ/Ε= 25,73

AL 6004 37 MULT: 93 5000 14,4 17.4 88 0 0 53 25.7 .18
5P-7D 3P-3Û 10000 14.3 16.5 77 0 0 48 27.9 .25
20000 15.2 15,9 65 0 0 45 31.7 .38
Ä S / S = -.08 40000 16.3 15,0 58 0 0 46 37.0 .58

KT/E= 8.61 5000 12,6 15.7 88 0 0 52 24.0 .15
lOOOO 12,9 15.0 77 0 0 48 26.6 .2?
AL 6071 39 MULT: 92 20000 14,3 14.7 66 0 0 47 30.9 .34
5P-8S 3P-3S 40000 15.9 14.1 59 0 0 48 36.5 .54
AS/S= -.02
KT/E= 7.02

SI 1263 6 MULT: 4 UV 5000 .432-01 .353-01 75 0 0 67 6.0 .56
3P-3D 2P-2J 10000 .332-01 .271-01 72 0 0 65 5.9 .61
AS/S= ,00 2000U .2b2-01 ,211-01 69 0 0 63 6.1 .68
KT/E= 3,69 40000 .214-01 .167-01 65 0 0 61 6.4 .79

OF ISOLATED LINES FROM SINGLY CHARGED IONS 379

ELfcMENT/TRANsITlOh TEMP WIDTH SHIFT WS WO fcC DS

SI 1531 7 MULT: UV 5000 .390-01 .3p9-01 «»4 0 0 69 5.2 .3?
3P-4S 2P-2S .296-01 .35
AS/Sr -.07 10000 .238-01 .304-01 89 0 0 63 5.1 .39
KT/E= .44 20000 .207-01 .248-01 80 0 0 56 5.1 .48
40000 .210-01 69 0 0 50 5.3
.584- 01 .37
SI 992 8 MULT: 6 UV 5000 .502- 01 .613- 01 83 0 0 57 9.4 .45
3P-4D 2P-20 10000 .457- 01 .516- 01 76 0 0 54 9.7 .58
AS/S= -.07 20000 .431- 01 .447- 01 68 0 0 51 10.5 .78
KT/E= 2.74 400Ò0 .390- 01 62 0 11.6
.473- 01 0 50 .26
.384- 01 .30
SI 1023 9 M U L T : 5.1n u 5000 .341- 01 .498- 01 95 0 0 66 8.7 .37
3P-5S 2P-2S .328- 01 0 0 58 8.7 .51
10000 .419- 01 87 0 0 51 9.1
.372- 01 76 0 0 46 9.9
AS/S= -.05 20000 .337- 01 64

KT/E= 1.18 40000

SI 3858 12 MULT: 1 5000 .707 -.613 72 0 0 61 7.9 .48
3S-4P 2D-2P 10000 .575 -.486
AS/S= .02 20000 • ^88 -.388 69 0 0 60 8.0 .56
KT/E= 3,69 40000 .429 -.309 8.5 .67
64 0 0 59 9.2 . 8 *
SI 4130 15 MULT: 3 5000 60 0 0 61
3D-4F 2D-2F 10000
20000 .814 -.506 69 0 0 47 7.8 .28
tr,u i-M 40000 .688 -.488 67 0 0 56 8.2 .34

.616 -.428 64 0 0 61 9.0 .42
.572 -.352 58 0 0 67 9.8 .56

SI 2905 16 MULT: 17 UV 5000 1.58 1.06 66 0 0 73 14.9 .4?
1.37 .780 57 0 0 74 14.9 .51
3D-5F 2D-2F 10000 1.23 .565 49 0 0 78 15.4 .6*
1.12 .417 ill 0 0 81 16.0 .8"*
AS/S= -.05 20000
*./4 1.97
KT/E= 16.66 40000 2.i*9 1.49
1.09
Si 2502 17 MULT: 18 UV 50GU 2.33 ,7Q6 64 0 0 65 22.5 • 4U
3D-6F 2D-2F 1000C 2.1«S 5<4 0 0 6 7 2 2 . 7 . 5 *

AS/S= -.05 20000 0 0 70 23.7 .7u
38 0 0 75 24.8 .97
KT/E= 2b.12 40000

s i 6355 18 MULT: 2 5000 1.46 -1.28 76 0 0 63 7.0 .33
4S-4P 2S-2P 10000 1.17 -1.01 73 0 0 62 7.2 .37
20000 • 9ö2 -.824 70 0 0 61 7.6 .44
AS/S= .01 40000 .872 -.685 64 0 0 60 8.3 ♦ 5f
KT/E= 3.69
1.66 1.78
SI 5u51 19 MULT: 5 5000 1.45 1.52 82 0 0 56 9.9 .30
4P-4Ü 2P-2Ü 10000 1.35 1.34 7b 0 0 53 10.3 .37
Ä S / S = -.10 20000 1.29 1.18 68 0 0 50 11.3 .49
KT/E= 2.73 40000 62 0 0 50 12.6 • 66

SI 5972 2U MULT: 4 5000 1.56 1.65 94 0 0 65 8.6 .19
4P-5S 2P-2S 10000 1.29 1.40
Ä S / S = -.09 20000 1.16 1.24 87 0 0 59 8.7 .22
KT/E= 1.18 40000 1.14 1.13 76 0 0 52 9.2 .28
65 0 0 48 10.1 .39
Si 3208 21 MULT: 7 5000 1.38 1.59
UP-5U 2P-2D 10000 1.30 1.43 82 0 0 52 14.4 .27
AS/S= -.08 20000 1.29 1.31 74 0 0 49 15.4 .37
KT/E= 5.09 40000 1.31 1.19
66 0 0 48 17.4 .51
SI 3 3 3 8 22 M U L T : 6 5000 1.13 1.27 61 0 0 49 20.0 .74
4P-6S 2P-2S 10000 .985 1.12
AS/S= -.05 20000 .9^9 1.03 03 0 0 61 13.0 .20
KT/E= 2.49 40000 .973 ,953 83 0 0 53 13.3 .24
69 0 0 47 14.3 .33
SI 2725 23 MULT: 19 UV 5000 1.67 1.96 58 0 0 44 16.0 .48
4P-7S 2P-2S 1.58 1.82
10000 l.ö3 1.74 °0 0 0 56 19.4 .21
AS/S= .01 1.73 1.63 0 50 20.6 .29
20000 79 0 0 46 23.1 .4?
KT/E = 5.17 67 0 0 46 26.6 .63
40000 59 0

380 APPENDIX V . ELECTRON IMPACT WIDTHS AND SHIFTS

ELEMENT/TKANsITlON TEMP WlpTH SHIFT WS WO wC ns L 6

SI 7850 24 MULT: 7.02 5000 11.3 6.83 62 0 0 75 14.4 .33
4D-SF 20-2F 10.0 5.OS 55 0 0 80 14.6 .41
10000 9.29 3.65 48 0 0 90 15.8 .54
Ö.67 2.67 42 0 0 99 16.8 .71
AS/S= - . 1 0 20000
13.0 9.14
KT/E= 16.70 40000 11.9 6.88
11.1 4. PO
SI 5467 2b MULT: 7.03 HI! fill Hi! till 10.3 3.56 63 0 0 66 22.3 .39
U0-6F 20-2F 54 0 0 68 22.7 .51
AS/S= - , 1 0 19.1 14.1 45 0 0 73 23.8 .67
KT/F= 26,12 17l7 10.8 38 0 0 81 24.9 .88
16.ft 7.99
SI 4622 26 MULT: 7.05 5000 5.85 65 0 0 64 32.3 .43
UD-7F 2D-2F 10000 1517 54 0 0 65 32.9 .57
14.2 44 0 0 69 34.4 .76
AS/S= - . 0 4 20000 11.8 13,1 37 0 0 74 36.2 1.01
KT/F = 38.82 40000 11.6 12.3
12,1 11.4
SI 6630 27 MULT: 7.12 12.6 81 0 0 49 20.2 • 24
<*F-6D 2F-2Ü 15,0 72 0 0 47 22.0 .34
AS/S= - . 0 7 12.6 13.8 64 0 0 46 25.2 • 50
KT/E = 8.81 12.3 13.0 59 0 0 48 29.5 .74
12.7 12,0
S i 6B26 ?tt MULT: 7.20 5000 13.2 82 0 0 51 20.5 .23
5P-6Ü 2P-20 13.4
AS/S= - . 0 7 10000 11.3 12.4 73 0 0 47 22.2 .32
10.8 11.° 64 0 0 46 25.2 • 46
KT/E= 6,81 20000 11.2 11.1 59 0 0 47 29.4 .68
U.9
40000 10.4
8.69 9.78
S I 7122 29 MULT: 7.19 8.36 9.51 0 0 55 19.3 .19
5P-7S 2P-2S 8.84 9.12
AS/S= - . 0 5 9.69 79 0 0 50 20.6 .25
KT/Es 5.17 14.4
12.3 14.0 67 0 0 46 23.1 .37
13.5 13.9 59 0 0 46 26.8 .55
15.7 13.5
SI 5574 30 MULT: 7.21 18.0 Q2 0 0 56 21.9 .13
5P-8S 2P-2S .337 «0 0 0 50 23.4 .1*
AS/S= -.16 .554 .266 26.3
KT/E= 5.33 • 4<+6 .218 6 7 0 0 46 30.6 .27
.385 .187 *8 0 0 45 .4?
.3b2
SI 4901 31 MULT: 7.23 5000 -.773 *6 0 0 54 29. 4 .14
5P-9S 2P-2S 1.01 -.586
AS/S= .05 10000 -.441 7b 0 0 53 33.6 .23
• 7H9 -.326 *5 0 0 54 40.1 .37
KT/E= 9.23 20000 58 0 0 56 48.0 .60
.633 .837
40000 .529 .6^2
.•097
P 6052 3 MULT: 5000 .827 .^25 82 3 0 99 4.7 .17
4S-4P 3P-3Ü 10000 .671 4.9 .19
AS/S= -.20 20000 .5tt7 1.37 81 2 0 9° 5.3 .23
KT/E= .45 40000 .5b4 1.16
1.00 76 2 0 99 5.8 .31
1θ2 . 868 69 1 0 97
1.14
P 5406 4 MULT: 5000 1.04 1.25 70 0 0 68 6.6 .37
4S-4P 3P-3P 10000 .982 1.05 68 0 0 67 6.6 .40
AS/S= -.28 20000 .907 64 0 0 67 6.8 .46
KT/E= 4.57 400u0 1.19 .7a? 58 0 0 70 7.0 .54
1.01
P 4599 9 MULT: bOOO .9ub °2 0 0 66 7.9 .2?
4P-4D 3D-3F 10000 .854 8.0 .26
AS/S= -.13 20060 8b 0 0 60 .3?
KT/E= 1.51 400U0 74 0 0 5"* 8.3 .4"*
64 0 0 49 9.0
P 4485 10 MULT: 5000 .3?
<fP-4D 3P-30 10000 *1 0 0 57 9.8 .40
AS/S= -.24 20000 7i» 0 10.1 .51
KT/E= 3.10 40000 67 0 0 53 10.9 .6«
6fj 0 0 51 12.1
P 4464 11 MULT; bOOO .2Q
4P-4D 3P-3P 10000 8<* 0 n 50 .35
AS/Ss -.30 20000 77 0 .4«=
KT/E= 2.34 40UO0 67 0 0 59 9.5 .60
60 0 0 54 9.6
0 49
0 47 10.2
11.2

OF ISOLATED LINES FROM SINGLY CHARGED IONS 381

ELEMENT/TRANSITION TEMP W I D T H SHIFT WS 1MQ it.c ns L G

P 4580 12 MULT: 50oO Ι.ϋΟ 1.26 8t> 0 0 59 9.3 .2«
4P-4D 3S-3P Ιθθυθ 1.0t 1 .0^ 78 C 0 54 9.5 .3'
200u0 .9itt 68 0 0 4P 10.1 .4^
Ä S / S = -.09 40000 .07" .H06 6 0 0 ll 47 11.1 .5*

KT/E= 2.34 5000 Los i .in 0 0 (S6 8.b .21
lüüCO .9?3 88 0 0 5° 8.b .24
P 4943 17 MULT: 200ÓU • 8sb .»17 77 0 0 52 9.U .30
1P-5S 3D-3P 400υ0 .7bM . 7«o 6b 0 :) 47 9.6 .41
AS/S= -.06 .732
KT/E= 1,13 l.en
l.b7
P 5477 ΐβ MULT: 50OO 1.29 l.?4 8 7 0 0 62 9.0 .2*
4P-5S 3P-3P 1000O 1.14 1.16 .20
AS/S= -.07 20000 1.0* l.o* 8ü 0 0 56 9.0 .36
KT/E= 1.13 40000 7ü 0 0 SO 9.5 .49
61 0 0 47 10.4

P 5653 19 MULT: 5000 1.54 1.63 88 0 0 61 8.7 .23
4P-5S 3S-3P 10000 1.28 1.38 81 0 0 55 8.8 .27
AS/S= -.01 20000 1.15 1.21 71 0 0 49 9.3 .34
KT/E= 1.13 40000 1.11 1.09 61 0 0 46 10.3 .47

S 1127 3 MULT: 8 'UV 5000 •lö6-01 .182- 01 94 0 0 71 4.9 .38
3P-4S 2P-2P 4.7 .40
AS/S= -.06 10000 .140-01 .140- 01 89 0 0 65 4.7 .45
.110-01 .112- 01 81 0 0 58 4.9 .54
KT/E= .39 20000 .935-02 .939- 02 70 0 0 51
5.6 .09
40000 5.8 .it
6.2 .13
S 4814 32 MULT: 52 5000 • 414 -.447 Q6 1 0 65 6.9 .18
4P-5S 2D-2P 10000 .336 -.362
AS/S= -.39 20000 .291 -.312 °4 1 0 64
KT/E= .33 40000 .276 -.285
89 0 0 61

80 0 0 56

CL 5438 2 MULT: 2 5000 .33* .223 78 3 0 87 4.0 .23
3D-4P 5D-5P 1000C .263 .173 78 3 0 87 4.1
AS/S= ^.2d 20000 .217 .139 7b 2 0 86 4.3 .25
KT/E= .38 40000 .193 .116 68 2 0 83 4.6 .29
.36

CL 4806 17 MULT; 1 5000 .315 -.281 8R 2 0 72 4.7 .20
4S-4P 5S-5P 10000 .250 -.222 86 1 0 71 4.7 .23
AS/S= -.03 20000 .213 -.183 81 1 0 69 5.1 .27
KT/E= .38 40000 .198 -.158 72 1 0 67 5.5 .36

CL 5 2 2 1 18 MULT: 3 5000 .433 -.408 93 1 0 72 5.1 .21
4/S-4P 3S-3P 10000 .333 -.318 88 1 0 67 5.0 .23
20000 .271 -.2*9 81 1 0 62 5.1 .26
AS/S= - . 3 1 40000 .240 -.219 70 1 0 57 5.4 .33

KT/E= .58

AR 724 3 MULT: 4 UV 500O •6b2-02 .638-•02 Q4 0 0 71 4.5 .43
3P-4S 2P-2P 10000 4.3 .45
AS/S= .01 20000 .493-02 .488-•02 89 0 0 66 4.3 .50
KT/E= .34 40000 •3b4-02 . 387-•02 81 0 0 59 4.4 .59
.321-02 .319-•02 71 0 0 52

AR 4388 4 MULT: 1 5000 .206 .136 83 3 0 92 4.0 .26
3D-4P 4D-4P 10000 .15° .104 81 2 0 91 4.0 .28
20000 .130 .32
AS/S= ".21 4Ü0UÜ .813-•01 77 2 0 90 4.2 .40
KT/E= .34 .6*2-•01 69 2 0 87 4.4
bOOO
AR 3968 5 MULT: 2 10000 .163 .122 82 4 0 81 3.9 .23
3D-4P 4D-4U 2θ0υ0 3.9 .25
AS/S= -.33 40000 .12* . Q 3 5 -■01 81 3 0 80 4.1 .29
KT/E= .30 .102 .36
•8Ö4-01 .738-•01 77 3 0 77 4.3

.6()6-•01 69 2 0 74

AR 4875 18 MULT: 6 5000 .277 -.187 84 2 n 87 4.Ü .IO
4S-4P 4P-4P 10000 .217 4.3 .21
AS/S= -.32 20000 -.101 8 3 2 0 80 .25
KT/E= .34 40000 .180 4.5 .32
.16C - . 2 1 1 -■01 79 2 0 20 4.8
.165-■01 71 1 01 85

382 APPENDIX V . ELECTRON IMPACT WIDTHS AND SHIFTS

ELEMENT/TRANSITION TEMP WIDTH SHIFT ws wo v*c os

AR 4361 19 MULT: 7 5ÜÜ0 .229 -.156 87 2 0 89 4.3 .IQ
4S-4P 4P-40 10000 .17« -.832-■01 Pu ? 0 83 4.3 .21
AS/S= -,3b 2000Ü -.17?-•01 79 2 0 34 4.b .24
KT/E= .46 40UÜU • li+7 . 1 M -•ül 70 2 0156 4.ö .31

.100

AR 3187 36 MULT: 47 5000 .341 .356 90 0 0 63 7.3 • 24
4P-4D 4P-4P 10000 .274 • 291 83 0 0 57 7.3 .28
AS/S= -.29 20000 .236 • 249 74 0 0 51 7.6 .34
KT/E= 1.53 40000 .219 • 218 64 0 0 47 8.2 .44
.416 6.7 .2?
AR 3824 37 MULT: 54 5000 .334 .435 90 0 0 63 6.8 .26
4P-40 40-40 10000 • 266 .355 85 0 0 59 7.1 .3?
AS/Sr -.24 20000 • 264 .302 77 0 0 53 7.8 .41
KT/E= 1.35 40000 .267 69 •0 0 49

AR 3551 45 MULT: 70 5000 .478 .496 88 0 0 62 7.7 .26
4P-40 20-2F 10000 • 388 • 407 82 0 0 57 7.7 .30
AS/S= -.03 20000 • 338 • 347 72 0 0 52 8.1 .37
KT/E= 1.95 40000 .316 • 304 63 0 0 48 8.8 .48

AR 3298 49 MULT: 83 5000 • 997 .866 74 0 0 62 10.9 .52
4P-40 2P-2P 10000 .799 • 683 69 0 0 59 10.9 .59
AS/S= -.22 20000 • 663 .547 63 0 0 56 11.3 .70
KT/E= 12.19 40000 .571 .447 58 0 0 54 12.0 .85

AR 3908 52 MULT: 90 5000 .502 .520 89 0 0 62 7.2 .23
4P-4D 4S-4P 10000 • 408 .426 82 0 0 58 7.2 .26
AS/S= -.03 20000 .357 .363 73 0 0 53 7.6 .32
KT/E= 1.53 40000 .337 .318 64 0 0 49 8.3 .43

AR 3709 63 MULT: 42 5000 • 466 .481 °4 0 0 67 7.5 • 22
4P-5S 4P-4P 10000 .375 .397 Pö 0 0 61 7.b .26
AS/S= -.09 20000 .327 • 345 78 0 0 54 7.9 .31
KT/E= .92 40000 .309 • 307 67 0 0 49 8.5 .4P

AR 4102 68 MULT: 64 5000 .595 .627 95 0 0 66 7.7 .22
4P-5S 2D-2P 10000 • 4ö0 .521 88 0 0 59 7.7 .25
AS/S= -.17 20000 .419 • 456 7« 0 0 52 8.1 • 3t
KT/E= .95 40000 .397 .410 67 0 0 47 8.8 .41

AR 4725 71 MULT: 85 5000 .756 .785 94 0 0 66 7.5 • 21
4P-5S 4S-4P 10000 • 611 .651 88 0 0 60 7.6 .24
AS/S= -.04 20000 .536 .567 78 0 0 54 7.9 .30
KT/E= .92 40000 .511 .507 67 0 0 49 8.6 .41

CA 8579 1 MULT: 2 5000 .•6β8θ0ΐ -.630 80 1 0 82 4·1 .28
3D-4P 2D.2P 10000 .551 -•477 78 1 0 81 4.1 .31
AS/S= -.19 20000 .476 -•365 4.3 .36
KT/E= • 60 40000 -.260 73 1 0 81 4.5 .43
• 163 66 1 0 82
.138
CA 2132 2 MULT: 3 UV 5000 .126 -.140 75 21 00 6643 7.0 .24
3D-5P 2D-2P 10000 .121 -.115 72 7.4 • 20
AS/S=
KT/E= -.08 20000 • 2*2 -.975- ui 6617 1 0 64 8.1 .37
1*86 40000 .222 -.825- 01 1 0 65 9.0 • 50
.21*
CA 1644 3 MULT: 5 UV 5000 .221 -.2u2 80 1 0 59 11.6 .2?
3D-6P 2D-2P lOüOO -.209 73 1 0 57 12.3 .2*
AS/S= -•05 20000 -.1*4 6b 1 0 56 13.7 .3*
KT/E= 3.90 40000 -.160 57 1 0 58 15.b .57

CA 1839 4 MULT: 4 UV 5000 • 103 .997-Ül 88 1 0 66 7.0 .21
30-4F 2D-2F 10000 .860-01 .815-01 82 1 0 64 7.1 .24
AS/S= -.02 .777-01 .697-01 74 1 0 60 7·7 .31
KT/E= 1.49 20000 .7b7-01 .615-01 64 1 0 58 8.4 .43
40000

OF ISOLATED LINES FROM SINGLY CHARGED IONS 383

ELEMENT/TRANSITION TEMP WlfjTH SHIFT WS WO v*C OS

CA 1554 5 MULT: 6 UV 5000 .6i*l .500 6b 0 0 61 1 7 . b .60
.517 .384
3D-5F 20-2F 10000 .429 .?96 61 P 0 60 17.b .6°
.233
AS/S= -,04 20000 • 36ft ^7 0 0 60 18.4 .81
*2 0 0 61 19.b .9P
KT/E= 50.72 40000 1.46
1.23
CA 1433 6 MULT: 7 UV bOOO 1.05 1.16 62 0 0 57 ?8.3 .70
.911 .911 58 0 0 57 29.1 ,8<i
30-6F 2D-2F 10000 .713
.190 .5^4 54 ύ Ü 59 ™.9 ;1.01
òS/S= -,04 20000 .149
.124 51 u 0 61 33.4 .1.2ü
KT/E= 84,73 40000 .112

CA 3945 11 MULT: 1 5000 .435 -.lf>7 «5 2 0 71 4.3 .2*
10000 .345 4.4 .?*
4S-4P 2S-2P 20000 .297 -.130 1 0 70 4.6 .30
40000 .278 5.u .3*
AS/S= -,0b -.106 79 1 0 68
.3bl
KT/E= ,60 .301 -,800-Jl 72 1 0 66
.278
CA 3727 12 MULT; 3 5000 .277 .445 °b 0 0 68 7.2 . 2 *
10000 ,V>5 7.2
4P-5S 2P-2S 20000 .483 .M6 89 0 0 62 7.b .3?
40000 • 444 ,?8l 8.1 .42
òS/S= -,05 .448 8o u 0 55
.474
KT/E= ,83 68 0 0 4 Q
.328
CA 2 2 0 5 13 M U L T : ft UV 5000 .264 . ÎH2 °4 0 0 65 11.1 .2?
.226 • 3M 85 0 0 57 11.2 .26
4P-6S 2P-2S 10000 .207 .300 72 0 0 49 11,8 .34
,276 61 0 0 44 13.0 .48
ÄS/S= -.03 20000 • 344
• 301 .506 Q l 0 0 57 15.4 .19
KT/E= 1.81 40000 • 283 .515 »0 0 0 51 16.1 .25
• 280 ,485 68 0 0 46 17.7 .35
CA 1848 14 MULT; 10 UV 5000 .455 58 0 0 44 20.3 .53
.536
4P-7S 2P-2S 10000 • 502
.504
AS/S= -.02 20000 .521

KT/E= 3,37 40000 5·98
5.07
CA 3173 16 MULT: 4 5000 4.69 .331 87 0 0 63 7.1 .27
4P-i*U 2P-2Ü 10000 4.69 .268 81 0 0 59 7.1 .31
20000 .226 74 0 0 54 7.5 .38
AS/S= -.03 40000 7.18 • 196 66 0 0 51 8.1 .49
6.10
KT/F= 1,86 5.72 .361
5.80 • 309
CA 2110 17 MULT: 9 UV 5000 .274 84 0 0 58 10.9 .24
3.89 .246
4P-5D 2P-2D 10000 3.63 76 0 0 54 11.3 .29
3.71 67 0 0 51 12.2 .30
AS/S= -.02 20000 3.96 59 0 0 "9 13.7 .55

KT/E= 3,90 40000 b.19
4.56
CA 1812 18 MULT: 11 UV 5000 4.32 • 571 82 0 0 56 15.8 .22
4.32 .507 73 0 0 53 16.8 .29
4P-6D 2P-2D 10000 • 461 6 4 0 0 51 18.8 .41
.421 57 0 0 52 21.6 .60
AS/S= -,02 20000
-6.27 89 1 0 62 8.3 .18
KT/E= 7,06 40000 -5.28 83 1 0 58 8.6 .21
-4.65 74 0 0 55 9.3 .28
CA 11873 29 MULT: 5 5000 -4.22 65 0 0 53 10.4 .39
5S-5P 2S-2P 10000
20000
ÄS/S= -,02 40000

KT/E= 1,86

CA 9907 30 MULT: 12 5000 7,58 94 0 0 65 11.1 .16
5P-6S 2P-2S 10000 6.60 86 0 0 58 11.3 .20
20000 6.03 74 0 0 51 12.2 .26
LS/S- -,12 40000 5.57 62 0 0 47 13.6 .3»

KT/E= 1.81

CA 5300 31 MULT: 14 5000 4.66 92 0 0 56 15.3 .16
5P-7S 2P-2S lOOUO 4.26 82 0 0 51 16.3 .21
20000 4.03 69 0 0 47 18.1 .31
ÄS/S= -.09 40000 3.80 60 0 0 46 20.9 .47

KT/E= 3.37 5000 5.48 83 0 0 58 10.8 .1«
10000 4.70 76 0 0 54 11.2 .2?
CA 8235 33 MULT: 13 20000 4.17 67 0 0 51 12.3 . 2 ^
5P-5D 2P-2Û 40000 3.75 59 0 0 50 13.6 .4?

AS/S= -,lo

KT/E= 3,90

384 APPENDIX V

ELEMENT/TRANSITION TEMP WIDTH SHIFT WS WO WC DS L G

CA 501** 3*+ MULT; 15 5000 <+.08 4.35 82 0 0 56 15.7 .10
5P-6Ü 2P-2Ü 10000 3.ö3 3.86 73 0 0 53 16.8 .25
AS/S= -.06 20000 3.Θ5 3.51 64 0 0 51 18.8 .36
KT/E= 7.üb uoooo 3,y9 3.20 57 0 0 52 21.5 .52

CA t*106 35 MULT: 17 50UÜ 2.72 1.50 77 3 0 65 15.6 .in
5P-7D 2P-2Ü 10000 2.80 ,4Q? 70 2 0 -3 17.5 .lü
200UG 3.08 -.226
Ä S / S = -.33 <+0000 3.39 -.56Q 61 1 0332 2 0 . <4 .23
54 1 0190 23.8 .3*
KT/E= U.7U

APPENDIX VI

Atomic Parameters for Neutral
Helium Lines with Forbidden
Components

This appendix lists angular frequency separations | ω«< | of some neutral
helium energy levels. (After Martin [358]).)

Level i 3P 4P 4D 5D 5F
Level %' 3D 4D 4F 5F 5G
Singlet 1.97E13 8.7E12 9.5E11 5.3E11 1.0E11
Triplet 1.01E14 4.3E13 1.4E12 7.4E11 1.0E11

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