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DataMuseum.dkPresents historical artifacts from the history of: RC4000/8000/9000 |
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Length: 79872 (0x13800)
Types: TextFile
Names: »mgout«
└─⟦00964e8f7⟧ Bits:30007478 RC8000 Dump tape fra HCØ.
└─⟦b2ec5d50f⟧
└─⟦this⟧ »mgout«
\f
82 04 28 16 35 16
1 Mg I (1 Mg I sequence)
Ionisation Potential 61 671.02
E n* cut
3s 0 1.334 0.025
to A f lambda b c
3p 4.531 1.659 2853 100 0
4p 5.487'-1 1.014'-1 2026 82 52
5p 1.536'-1 2.308'-2 1828 78 65
6p 6.311'-2 8.671'-3 1748 75 70
7p 3.206'-2 4.202'-3 1707 73 72
8p 1.855'-2 2.365'-3 1683 72 74
9p 1.173'-2 1.469'-3 1668 71 75
10p 7.882'-3 9.749'-4 1658 70 75
11p 1.157'-2 1.419'-3 1651 77 5
t E n* cut
4s 42.24 43503.00 2.458 0.025
to A f lambda b c
3p 2.367'-1 1.656'-1 -11832 100 12
4p 1.031'-1 1.358 17113 15 2
5p 1.152'-2 4.128'-2 8926 6 78
6p 3.142'-3 7.516'-3 7293 4 87
7p 1.244'-3 2.461'-3 6633 3 90
8p 6.089'-4 1.083'-3 6289 2 92
9p 3.420'-4 5.695'-4 6085 2 93
10p 2.103'-4 3.351'-4 5953 2 94
11p 1.958'-4 3.026'-4 5862 1 93
t E n* cut
5s 85.56 52556.37 3.470 0.025
to A f lambda b c
3p 5.559'-2 9.066'-3 -5713 48 72
4p 6.129'-2 2.973'-1 -31156 52 15
5p 1.848'-2 1.798 46508 9 4
6p 2.764'-3 5.729'-2 21466 3 81
7p 9.418'-4 1.167'-2 16601 2 89
8p 4.340'-4 4.164'-3 14605 2 92
9p 2.367'-4 1.954'-3 13550 1 93
10p 1.432'-4 1.074'-3 12911 1 94
11p 1.735'-4 1.217'-3 12490 1 93
t E n* cut
6s 162.0 56186.87 4.473 0.025
to A f lambda b c
3p 2.444'-2 2.734'-3 -4731 40 78
4p 1.842'-2 1.967'-2 -14619 30 74
5p 1.887'-2 4.303'-1 -67552 31 16
6p 5.237'-3 2.228 97265 6 5
7p 9.648'-4 7.576'-2 41782 2 83
8p 3.759'-4 1.635'-2 31092 1 90
9p 1.870'-4 5.982'-3 26668 1 93
10p 1.063'-4 2.823'-3 24301 1 95
11p 1.214'-4 2.852'-3 22852 1 94\f
t E n* cut
7s 280.3 58009.46 5.474 0.025
to A f lambda b c
3p 1.305'-2 1.237'-3 -4356 37 80
4p 9.131'-3 6.081'-3 -11544 26 81
5p 6.381'-3 2.923'-2 -30276 18 77
6p 7.117'-3 5.635'-1 -125870 20 16
7p 1.919'-3 2.649 175202 4 6
8p 3.925'-4 9.090'-2 71754 2 84
9p 1.672'-4 2.025'-2 51890 1 91
10p 9.098'-5 7.786'-3 43621 1 94
11p 9.537'-5 6.579'-3 39163 1 94
t E n* cut
8s 450.9 59053.52 6.475 0.025
to A f lambda b c
3p 7.767'-3 6.737'-4 -4166 35 82
4p 5.272'-3 2.796'-3 -10302 24 84
5p 3.383'-3 8.947'-3 -23004 15 84
6p 2.623'-3 3.878'-2 -54391 12 79
7p 3.134'-3 6.992'-1 -211287 14 17
8p 8.346'-4 3.071 286049 3 7
9p 1.955'-4 1.128'-1 113236 1 85
10p 8.977'-5 2.591'-2 80103 1 92
11p 8.016'-5 1.583'-2 66254 1 93
t E n* cut
9s 680.0 59707.11 7.475 0.025
to A f lambda b c
3p 5.016'-3 4.124'-4 -4056 34 82
4p 3.348'-3 1.559'-3 -9652 23 86
5p 2.072'-3 4.141'-3 -19998 14 87
6p 1.518'-3 1.222'-2 -40127 10 86
7p 1.215'-3 4.780'-2 -88741 8 80
8p 1.536'-3 8.305'-1 -328947 10 17
9p 4.081'-4 3.484 435692 2 7
10p 9.987'-5 1.270'-1 168121 1 85
11p 7.439'-5 4.569'-2 116857 0 91
t E n* cut
10s 981.4 60143.23 8.475 0.025
to A f lambda b c
3p 3.417'-3 2.712'-4 -3985 34 83
4p 2.257'-3 9.675'-4 -9262 22 86
5p 1.371'-3 2.318'-3 -18394 13 89
6p 9.894'-4 5.766'-3 -34150 10 89
7p 7.054'-4 1.443'-2 -63980 7 88
8p 6.250'-4 5.702'-2 -135113 6 81
9p 8.247'-4 9.656'-1 -484027 8 17
10p 2.188'-4 3.908 630159 2 8
11p 9.161'-5 2.340'-1 238305 1 82\f
t E n* cut
11s 1333.3 60448.72 9.475 0.025
to A f lambda b c
3p 2.497'-3 1.934'-4 -3937 33 83
4p 1.633'-3 6.620'-4 -9007 22 87
5p 9.817'-4 1.488'-3 -17415 13 90
6p 7.034'-4 3.362'-3 -30924 9 90
7p 4.736'-4 6.779'-3 -53519 6 91
8p 3.996'-4 1.826'-2 -95638 5 88
9p 3.450'-4 6.574'-2 -195278 5 82
10p 4.672'-4 1.083 -681199 6 17
11p 1.119'-4 3.862 876117 1 11
t E n* cut
3p 2.207 35051.36 2.030 0.025
to A f lambda b c
3d 3.444'-1 6.678'-1 8809 100 0
4d 2.215'-3 1.693'-3 5530 3 92
5d 2.015'-2 1.114'-2 4704 50 72
6d 2.113'-2 1.000'-2 4353 71 65
7d 1.674'-2 7.268'-3 4168 77 62
8d 1.270'-2 5.228'-3 4059 79 60
9d 9.312'-3 3.700'-3 3988 79 60
10d 7.218'-3 2.799'-3 3940 80 59
t E n* cut
4p 14.91 49346.67 2.984 0.225
to A f lambda b c
3d 1.893'-2 1.966'-1 -33973 3 6
4d 6.622'-2 1.153 26399 97 1
5d 2.117'-3 1.092'-2 14364 5 88
6d 4.872'-5 1.617'-4 11525 0 98
7d 5.169'-4 1.374'-3 10315 2 93
8d 7.199'-4 1.681'-3 9668 4 90
9d 7.018'-4 1.509'-3 9276 6 89
10d 6.166'-4 1.253'-3 9018 7 88
t E n* cut
5p 50.64 54706.54 3.969 0.275
to A f lambda b c
3d 5.770'-3 7.528'-3 -12043 3 81
4d 8.117'-3 2.955'-1 -63620 4 17
5d 1.504'-2 1.464 62426 37 2
6d 1.073'-3 2.437'-2 30150 4 86
7d 5.696'-5 7.575'-4 23070 0 97
8d 3.551'-6 3.573'-5 20066 0 99
9d 3.102'-5 2.638'-4 18448 0 98
10d 4.533'-5 3.451'-4 17456 1 97
t E n* cut
6p 119.2 57214.99 4.963 0.300
to A f lambda b c
3d 3.394'-3 2.612'-3 -9249 4 85
4d 2.067'-3 1.117'-2 -24508 2 84
5d 4.151'-3 4.543'-1 -110307 5 18
6d 4.603'-3 1.761 123720 15 3
7d 4.757'-4 3.564'-2 54762 2 87
8d 7.491'-5 3.055'-3 40404 0 95
9d 9.440'-6 2.781'-4 34337 0 98
10d 3.528'-7 8.502'-6 31054 0 100\f
t E n* cut
7p 228.7 58580.23 5.959 0.300
to A f lambda b c
3d 2.125'-3 1.289'-3 -8212 5 87
4d 1.048'-3 3.179'-3 -18364 2 89
5d 1.335'-3 2.328'-2 -44018 3 82
6d 2.092'-3 6.066'-1 -179546 5 19
7d 1.744'-3 2.051 216986 8 4
8d 2.175'-4 4.413'-2 90107 1 87
9d 4.536'-5 4.735'-3 64638 0 95
10d 1.126'-5 8.174'-4 53911 0 98
t E n* cut
8p 387.5 59403.11 6.956 0.325
to A f lambda b c
3d 1.398'-3 7.441'-4 -7692 5 88
4d 6.261'-4 1.433'-3 -15953 2 91
5d 7.215'-4 6.777'-3 -32314 3 89
6d 7.526'-4 3.556'-2 -72472 3 82
7d 1.106'-3 7.592'-1 -276228 4 20
8d 7.690'-4 2.334 348541 5 5
9d 1.142'-4 5.440'-2 138083 1 88
10d 3.517'-5 8.250'-3 96895 0 95
t E n* cut
9p 603.1 59936.63 7.954 0.325
to A f lambda b c
3d 9.617'-4 4.723'-4 -7389 6 88
4d 4.082'-4 7.937'-4 -14702 2 92
5d 4.445'-4 3.037'-3 -27562 3 91
6d 4.327'-4 1.063'-2 -52264 3 89
7d 4.485'-4 5.030'-2 -111664 3 82
8d 6.134'-4 9.073'-1 -405499 4 20
9d 3.809'-4 2.618 524439 3 5
10d 6.265'-5 6.299'-2 200594 1 88
t E n* cut
10p 887.1 60301.92 8.953 0.325
to A f lambda b c
3d 6.848'-4 3.189'-4 -7195 6 88
4d 2.811'-4 4.923'-4 -13952 2 93
5d 2.944'-4 1.661'-3 -25041 3 92
6d 2.837'-4 4.915'-3 -43886 3 91
7d 2.691'-4 1.523'-2 -79313 2 89
8d 2.580'-4 6.199'-2 -163425 2 82
9d 3.599'-4 1.062 -572705 3 20
10d 2.048'-4 2.883 750582 2 5
t E n* cut
11p 661.8 60562.86 9.951 5.100
to A f lambda b c
3d 8.985'-4 4.031'-4 -7062 6 84
4d 3.603'-4 5.875'-4 -13462 2 91
5d 2.863'-4 1.423'-3 -23505 2 92
6d 2.489'-4 3.471'-3 -39376 2 92
7d 2.157'-4 8.378'-3 -65713 1 91
8d 1.937'-4 2.288'-2 -114569 1 89
9d 2.032'-4 9.637'-2 -229595 1 80
10d 1.881'-4 1.038 -783024 1 25\f
t E n* cut
3d 29.03 46403.14 2.681 5.950
to A f lambda b c
4f 2.342'-1 7.183'-1 12087 97 0
5f 1.164'-1 2.094'-1 9258 89 20
6f 6.642'-2 9.410'-2 8215 85 30
7f 4.176'-2 5.189'-2 7694 83 35
8f 2.817'-2 3.229'-2 7390 82 38
9f 2.007'-2 2.180'-2 7195 81 40
10f 1.459'-2 1.527'-2 7062 83 39
t E n* cut
4d 146.1 53134.70 3.585 3.150
to A f lambda b c
4f 8.475'-3 7.484'-1 64864 3 1
5f 9.155'-3 1.160'-1 24573 7 64
6f 8.801'-3 6.240'-2 18380 11 65
7f 6.570'-3 3.512'-2 15959 13 68
8f 4.826'-3 2.190'-2 14704 14 69
9f 3.658'-3 1.495'-2 13954 15 70
10f 2.309'-3 8.786'-3 13463 13 73
t E n* cut
5d 246.1 56308.43 4.524 2.650
to A f lambda b c
4f 3.323'-3 1.336'-1 -61273 8 45
5f 4.930'-3 1.290 111633 4 0
6f 2.367'-4 9.666'-3 44109 0 92
7f 6.777'-4 1.487'-2 32338 1 88
8f 7.102'-4 1.133'-2 27571 2 87
9f 6.264'-4 8.247'-3 25045 3 87
10f 3.479'-4 4.035'-3 23506 2 89
t E n* cut
6d 334.1 58023.27 5.485 2.375
to A f lambda b c
4f 1.087'-3 1.039'-2 -29878 4 83
5f 1.990'-3 3.177'-1 -122093 7 34
6f 2.474'-3 1.703 181071 3 1
7f 2.288'-5 2.531'-3 72595 0 97
8f 1.701'-5 9.767'-4 52298 0 97
9f 4.539'-5 1.836'-3 43898 0 96
10f 1.659'-5 5.401'-4 39380 0 97
t E n* cut
7d 458.4 59041.09 6.460 2.125
to A f lambda b c
4f 5.236'-4 2.943'-3 -22911 2 89
5f 7.224'-4 2.293'-2 -54440 3 83
6f 1.037'-3 5.125'-1 -214800 5 28
7f 1.258'-3 2.041 278025 3 2
8f 8.902'-5 2.336'-2 111821 0 91
9f 7.449'-6 9.845'-4 79352 0 98
10f 7.002'-6 6.348'-4 65722 0 98\f
t E n* cut
8d 620.7 59690.02 7.443 2.000
to A f lambda b c
4f 3.013'-4 1.284'-3 -19946 2 92
5f 3.829'-4 6.636'-3 -40228 2 89
6f 3.898'-4 3.361'-2 -89728 2 83
7f 5.522'-4 7.068'-1 -345722 3 24
8f 6.694'-4 2.334 407564 2 4
9f 8.784'-5 4.934'-2 163591 0 88
10f 4.786'-5 1.319'-2 114597 0 93
t E n* cut
9d 850.4 60127.31 8.431 1.750
to A f lambda b c
4f 1.916'-4 6.907'-4 -18345 2 93
5f 2.310'-4 2.895'-3 -34210 2 92
6f 2.116'-4 9.409'-3 -64443 2 90
7f 2.203'-4 4.470'-2 -137639 2 84
8f 3.095'-4 8.996'-1 -521023 3 22
9f 3.761'-4 2.608 574746 2 5
10f 1.083'-4 1.200'-1 229711 1 83
t E n* cut
10d 1105.0 60435.15 9.423 1.950
to A f lambda b c
4f 1.317'-4 4.252'-4 -17365 1 93
5f 1.526'-4 1.565'-3 -30951 2 93
6f 1.334'-4 4.130'-3 -53775 1 93
7f 1.334'-4 1.336'-2 -96676 1 90
8f 1.231'-4 5.277'-2 -200092 1 84
9f 1.812'-4 1.083 -747105 2 20
10f 2.032'-4 2.624 784375 1 8
t E n* cut
4f 41.20 54676.38 3.961 8.625
t E n* cut
5f 76.63 57204.22 4.957 7.300
t E n* cut
6f 128.3 58575.54 5.954 6.625
t E n* cut
7f 198.8 59400.77 6.952 6.050
t E n* cut
8f 290.0 59935.38 7.951 5.425
t E n* cut
9f 402.1 60301.30 8.951 3.725
t E n* cut
10f 567.3 60562.64 9.950 2.925\f
3 Mg I (3 Mg I sequence)
Ionisation Potential 61 671.02
t E n* cut
4s 11.90 41197.37 2.315 0.025
to A f lambda b c
3p 8.401'-1 1.129'-1 -5185 100 19
4p 1.263'-1 1.283 15029 100 1
5p 1.739'-2 4.589'-2 7660 42 75
6p 6.482'-3 1.165'-2 6320 35 82
7p 3.246'-3 4.890'-3 5787 33 85
8p 1.875'-3 2.561'-3 5511 31 86
9p 1.195'-3 1.537'-3 5347 30 87
10p 8.244'-4 1.019'-3 5241 30 87
11p 6.225'-4 7.480'-4 5169 31 87
t E n* cut
5s 28.43 51872.36 3.347 0.025
to A f lambda b c
3p 2.675'-1 1.489'-2 -3338 76 50
4p 8.421'-2 2.603'-1 -24868 24 18
5p 2.196'-2 1.743 42013 53 3
6p 3.840'-3 6.520'-2 19430 21 79
7p 1.557'-3 1.605'-2 15139 16 87
8p 8.168'-4 6.583'-3 13387 14 89
9p 4.930'-4 3.443'-3 12460 13 91
10p 3.287'-4 2.093'-3 11900 12 91
11p 2.923'-4 1.748'-3 11532 14 91
t E n* cut
6s 58.34 55891.83 4.358 0.025
to A f lambda b c
3p 1.218'-1 5.273'-3 -2943 71 57
4p 2.757'-2 2.131'-2 -12437 16 71
5p 2.201'-2 4.094'-1 -61004 13 17
6p 6.152'-3 2.178 88716 33 5
7p 1.299'-3 8.740'-2 38671 13 81
8p 5.644'-4 2.132'-2 28980 9 89
9p 3.081'-4 8.634'-3 24962 8 91
10p 1.924'-4 4.503'-3 22809 7 93
11p 1.686'-4 3.503'-3 21495 8 93
t E n* cut
7s 105.4 57855.21 5.363 0.025
to A f lambda b c
3p 6.570'-2 2.541'-3 -2782 69 60
4p 1.382'-2 6.900'-3 -9996 15 78
5p 7.625'-3 2.936'-2 -27758 8 76
6p 7.724'-3 5.520'-1 -119590 8 16
7p 2.238'-3 2.597 160631 22 6
8p 5.263'-4 1.070'-1 67236 9 82
9p 2.486'-4 2.679'-2 48956 6 90
10p 1.481'-4 1.137'-2 41309 5 92
11p 1.250'-4 7.779'-3 37192 6 93\f
t E n* cut
8s 173.9 58962.49 6.365 0.025
to A f lambda b c
3p 3.933'-2 1.432'-3 -2699 68 61
4p 7.997'-3 3.237'-3 -9000 14 81
5p 4.081'-3 9.194'-3 -21232 7 84
6p 2.831'-3 3.746'-2 -51454 5 79
7p 3.262'-3 6.937'-1 -206300 6 16
8p 9.696'-4 3.020 263144 16 7
9p 2.595'-4 1.334'-1 106910 7 83
10p 1.301'-4 3.391'-2 76132 5 90
11p 9.761'-5 1.755'-2 63231 5 92
t E n* cut
9s 266.7 59649.15 7.367 0.025
to A f lambda b c
3p 2.546'-2 8.932'-4 -2650 68 62
4p 5.089'-3 1.827'-3 -8476 14 83
5p 2.520'-3 4.325'-3 -18530 7 86
6p 1.643'-3 1.187'-2 -38021 4 86
7p 1.224'-3 4.456'-2 -85369 3 80
8p 1.563'-3 8.305'-1 -326115 4 15
9p 4.715'-4 3.429 402075 12 8
10p 1.342'-4 1.536'-1 159528 5 84
11p 8.885'-5 4.990'-2 111751 4 90
t E n* cut
10s 389.6 60103.50 8.367 0.025
to A f lambda b c
3p 1.739'-2 5.958'-4 -2618 68 62
4p 3.419'-3 1.138'-3 -8162 13 84
5p 1.666'-3 2.433'-3 -17091 6 88
6p 1.063'-3 5.583'-3 -32420 4 89
7p 7.028'-4 1.329'-2 -61510 3 88
8p 6.082'-4 5.249'-2 -131408 2 82
9p 8.210'-4 9.702'-1 -486287 3 15
10p 2.546'-4 3.848 579710 9 9
11p 9.906'-5 2.296'-1 227015 5 82
t E n* cut
11s 542.3 60420.87 9.369 0.025
to A f lambda b c
3p 1.240'-2 4.179'-4 -2597 67 63
4p 2.453'-3 7.758'-4 -7956 13 84
5p 1.191'-3 1.565'-3 -16212 6 89
6p 7.521'-4 3.248'-3 -29396 4 90
7p 4.720'-4 6.248'-3 -51464 3 91
8p 3.846'-4 1.653'-2 -92733 2 89
9p 3.238'-4 5.915'-2 -191201 2 83
10p 4.620'-4 1.100 -690274 3 15
11p 1.332'-4 3.952 812150 7 11
E n* cut
3p 21911.14 1.661 2.350
to A f lambda b c
3d 1.089 4.010'-1 3839 100 0
4d 4.438'-1 1.064'-1 3098 83 16
5d 2.161'-1 4.394'-2 2852 77 24
6d 1.270'-1 2.377'-2 2737 75 27
7d 8.236'-2 1.471'-2 2673 75 29
8d 5.741'-2 9.950'-3 2634 75 30
9d 4.349'-2 7.388'-3 2607 76 29
10d 1.686'-2 2.824'-3 2589 63 36\f
t E n* cut
4p 79.18 47851.16 2.818 1.275
to A f lambda b c
3d 8.051'-7 1.794'-2 944421 0 2
4d 9.323'-2 5.794'-1 15770 17 21
5d 4.315'-2 1.297'-1 10968 15 47
6d 2.349'-2 5.232'-2 9441 14 56
7d 1.425'-2 2.708'-2 8720 13 61
8d 9.372'-3 1.618'-2 8313 12 63
9d 6.553'-3 1.063'-2 8056 11 65
10d 4.359'-3 6.771'-3 7884 16 66
t E n* cut
5p 239.8 54252.60 3.846 1.125
to A f lambda b c
3d 2.342'-3 5.316'-3 -15884 6 86
4d 1.038'-6 2.570'-2 -166'+4 0 2
5d 1.902'-2 6.443'-1 36823 7 33
6d 1.049'-2 1.493'-1 23865 6 60
7d 6.305'-3 6.138'-2 19739 6 68
8d 4.100'-3 3.234'-2 17766 5 73
9d 2.820'-3 1.950'-2 16636 5 75
10d 1.971'-3 1.248'-2 15919 7 76
t E n* cut
6p 537.9 57019.03 4.857 0.775
to A f lambda b c
3d 5.998'-4 6.571'-4 -11035 3 93
4d 1.516'-3 1.706'-2 -35377 8 83
5d 1.772'-6 6.186'-2 -197'+4 0 1
6d 5.684'-3 7.005'-1 70232 3 41
7d 3.491'-3 1.649'-1 43483 3 67
8d 2.287'-3 6.975'-2 34939 3 75
9d 1.577'-3 3.743'-2 30821 3 78
10d 1.115'-3 2.254'-2 28446 4 81
t E n* cut
7p 1001.4 58477.76 5.862 0.500
to A f lambda b c
3d 2.173'-4 1.766'-4 -9505 2 96
4d 6.713'-4 3.288'-3 -23335 7 91
5d 7.555'-4 2.983'-2 -66248 8 83
6d 1.299'-6 9.599'-2 -287'+4 0 1
7d 2.165'-3 7.647'-1 118901 2 46
8d 1.426'-3 1.809'-1 71254 2 71
9d 9.661'-4 7.569'-2 55997 2 79
10d 6.719'-4 3.969'-2 48621 3 82
t E n* cut
8p 1663.3 59342.51 6.865 0.475
to A f lambda b c
3d 9.924'-5 6.886'-5 -8783 2 97
4d 3.508'-4 1.190'-3 -19417 6 93
5d 4.011'-4 6.401'-3 -42119 7 91
6d 4.083'-4 4.538'-2 -111156 7 82
7d 7.967'-7 1.274'-1 -422'+4 0 0
8d 9.469'-4 8.154'-1 185637 1 49
9d 6.570'-4 1.935'-1 108569 1 74
10d 4.623'-4 8.130'-2 83893 2 81\f
t E n* cut
9p 2540.0 59897.86 7.867 0.475
to A f lambda b c
3d 5.246'-5 3.309'-5 -8375 1 97
4d 2.065'-4 5.706'-4 -17527 5 95
5d 2.406'-4 2.522'-3 -34134 6 93
6d 2.416'-4 1.027'-2 -68729 6 91
7d 2.198'-4 5.896'-2 -172692 6 82
8d 4.881'-7 1.581'-1 -600'+4 0 0
9d 4.715'-4 8.809'-1 273431 1 52
10d 3.260'-4 2.010'-1 157075 1 76
t E n* cut
10p 3644.9 60276.00 8.869 0.475
to A f lambda b c
3d 2.939'-5 1.742'-5 -8118 1 98
4d 1.297'-4 3.153'-4 -16437 5 95
5d 1.553'-4 1.276'-3 -30232 6 94
6d 1.479'-4 3.959'-3 -54552 5 93
7d 1.377'-4 1.351'-2 -104471 5 91
8d 1.308'-4 7.550'-2 -253290 5 82
9d 3.315'-7 1.934'-1 -805'+4 0 0
10d 2.190'-4 8.189'-1 386847 1 57
t E n* cut
11p 4913.8 60544.00 9.868 4.550
to A f lambda b c
3d 6.577'-7 3.734'-7 -7945 0 100
4d 5.249'-5 1.170'-4 -15744 3 97
5d 7.955'-5 5.597'-4 -27966 4 96
6d 7.674'-5 1.564'-3 -47594 4 95
7d 7.608'-5 4.559'-3 -81619 4 94
8d 7.103'-5 1.454'-2 -150874 3 92
9d 5.114'-5 5.850'-2 -356612 3 85
10d 2.284'-7 2.277'-1 -105'+5 0 0
t E n* cut
3d 9.185 47957.05 2.829 5.550
to A f lambda b c
4f 1.814'-1 8.430'-1 14882 100 0
5f 7.456'-2 1.830'-1 10814 75 30
6f 3.929'-2 7.315'-2 9418 65 42
7f 2.371'-2 3.801'-2 8738 61 48
8f 1.565'-2 2.290'-2 8348 58 51
9f 1.103'-2 1.519'-2 8101 56 53
10f 8.330'-3 1.100'-2 7933 58 52
t E n* cut
4d 18.62 54192.34 3.831 3.925
to A f lambda b c
4f 2.617'-4 2.341'-1 206452 0 5
5f 2.446'-2 5.659'-1 33201 25 30
6f 1.483'-2 1.621'-1 22814 25 52
7f 9.226'-3 7.139'-2 19200 24 61
8f 6.132'-3 3.902'-2 17412 23 65
9f 4.320'-3 2.429'-2 16369 22 68
10f 3.046'-3 1.576'-2 15698 21 69\f
t E n* cut
5d 35.75 56968.27 4.831 3.600
to A f lambda b c
4f 1.433'-3 2.923'-2 -43638 1 75
5f 1.037'-4 3.908'-1 423722 0 1
6f 5.822'-3 4.730'-1 62218 10 47
7f 4.241'-3 1.504'-1 41110 11 64
8f 2.961'-3 7.059'-2 33703 11 71
9f 2.118'-3 4.001'-2 30003 11 75
10f 1.451'-3 2.358'-2 27821 10 77
t E n* cut
6d 59.45 58442.87 5.830 3.300
to A f lambda b c
4f 5.287'-4 3.992'-3 -26552 0 89
5f 1.050'-3 7.332'-2 -80736 1 71
6f 4.414'-5 5.266'-1 753898 0 1
7f 1.879'-3 4.299'-1 104395 5 56
8f 1.511'-3 1.424'-1 67001 6 71
9f 1.111'-3 6.753'-2 53809 6 77
10f 7.412'-4 3.462'-2 47175 5 81
t E n* cut
7d 90.94 59318.79 6.830 3.025
to A f lambda b c
4f 2.518'-4 1.251'-3 -21542 0 93
5f 4.922'-4 1.179'-2 -47292 0 87
6f 6.376'-4 1.236'-1 -134540 1 69
7f 2.087'-5 6.518'-1 122'+4 0 0
8f 7.252'-4 4.004'-1 162183 3 63
9f 6.264'-4 1.362'-1 101780 3 76
10f 4.274'-4 5.798'-2 80396 3 82
t E n* cut
8d 130.4 59881.20 7.830 2.750
to A f lambda b c
4f 1.406'-4 5.558'-4 -19214 0 94
5f 2.817'-4 4.209'-3 -37356 0 91
6f 3.309'-4 2.078'-2 -76589 0 86
7f 3.740'-4 1.735'-1 -208149 0 68
8f 1.078'-5 7.703'-1 185'+4 0 0
9f 3.286'-4 3.908'-1 238036 2 67
10f 2.427'-4 1.097'-1 146747 2 81
t E n* cut
9d 174.1 60263.58 8.830 2.200
to A f lambda b c
4f 8.672'-5 2.975'-4 -17899 0 95
5f 1.790'-4 2.048'-3 -32687 0 93
6f 1.952'-4 7.336'-3 -59239 0 91
7f 2.095'-4 3.014'-2 -115900 0 86
8f 2.314'-4 2.301'-1 -304689 0 67
9f 6.003'-6 8.857'-1 265'+4 0 0
10f 1.023'-4 2.401'-1 334384 1 76\f
t E n* cut
10d 375.4 60534.50 9.826 4.375
to A f lambda b c
4f 5.131'-5 1.601'-4 -17071 0 96
5f 1.130'-4 1.091'-3 -30028 0 94
6f 1.177'-4 3.284'-3 -51047 0 93
7f 1.277'-4 1.064'-2 -88204 0 91
8f 1.272'-4 3.795'-2 -166911 0 87
9f 1.224'-4 2.409'-1 -428816 0 69
10f 3.890'-6 1.031 355'+4 0 0
t E n* cut
4f 55.06 54676.71 3.961 8.625
t E n* cut
5f 100.9 57204.28 4.957 7.300
t E n* cut
6f 166.7 58575.52 5.954 6.625
t E n* cut
7f 255.9 59400.77 6.952 6.050
t E n* cut
8f 370.4 59935.38 7.951 5.425
t E n* cut
9f 511.9 60301.30 8.951 3.725
t E n* cut
10f 697.1 60562.64 9.950 2.925
1 Al II (1 Mg I sequence)
Ionisation Potential 151 860.40
E n* cut
3s 0 1.700 0.025
to A f lambda b c
3p 1.546'+1 1.941 1671 100 0
4p 4.201'-2 1.653'-3 935.3 10 96
5p 3.665'-2 1.040'-3 794.5 15 95
6p 8.667'-2 2.141'-3 741.2 41 90
7p 1.223'-1 2.811'-3 714.7 56 84
8p 1.615'-1 3.554'-3 699.5 63 78
9p 2.129'-1 4.558'-3 689.9 67 70
10p 2.639'-1 5.546'-3 683.5 68 61
11p 4.814'-1 9.983'-3 679.0 79 30
t E n* cut
4s 2.662 95350.50 2.787 0.025
to A f lambda b c
3p 3.756 1.490'-1 -2817 100 24
4p 3.693'-1 1.241 8645 90 0
5p 7.052'-3 3.406'-3 3277 3 95
6p 2.426'-2 6.969'-3 2527 11 90
7p 3.046'-2 6.898'-3 2244 14 87
8p 3.478'-2 6.901'-3 2100 14 84
9p 3.995'-2 7.306'-3 2017 13 80
10p 4.398'-2 7.621'-3 1963 11 76
11p 4.661'-2 7.777'-3 1926 8 71\f
t E n* cut
5s 4.685 121366.8 3.794 0.025
to A f lambda b c
3p 1.193 1.576'-2 -1626 56 64
4p 9.410'-1 2.253'-1 -6921 44 31
5p 7.153'-2 1.587 22212 28 1
6p 2.373'-3 5.810'-3 7379 1 95
7p 8.644'-3 1.130'-2 5390 4 91
8p 1.243'-2 1.199'-2 4631 5 89
9p 1.585'-2 1.283'-2 4242 5 86
10p 1.858'-2 1.345'-2 4011 5 83
11p 1.935'-2 1.297'-2 3860 3 81
t E n* cut
6s 8.102 132776.4 4.796 0.025
to A f lambda b c
3p 5.585'-1 5.248'-3 -1371 45 72
4p 3.751'-1 2.804'-2 -3867 30 69
5p 3.008'-1 3.150'-1 -14477 24 33
6p 1.924'-2 1.884 46665 9 1
7p 1.567'-3 1.382'-2 14001 1 93
8p 4.959'-3 2.150'-2 9819 2 90
9p 7.744'-3 2.354'-2 8221 2 88
10p 9.999'-3 2.459'-2 7395 3 86
11p 1.079'-2 2.310'-2 6899 2 84
t E n* cut
7s 13.15 138798.3 5.797 0.025
to A f lambda b c
3p 3.091'-1 2.479'-3 -1267 41 75
4p 1.990'-1 9.783'-3 -3137 26 77
5p 1.354'-1 4.047'-2 -7734 18 73
6p 1.171'-1 3.888'-1 -25780 15 36
7p 5.862'-3 2.100 89250 3 1
8p 1.745'-3 4.528'-2 24022 1 90
9p 4.281'-3 5.103'-2 16279 1 87
10p 5.975'-3 4.776'-2 13331 2 86
11p 6.520'-3 4.085'-2 11804 1 86
t E n* cut
8s 20.17 142360.8 6.798 0.025
to A f lambda b c
3p 1.891'-1 1.388'-3 -1212 38 76
4p 1.193'-1 4.748'-3 -2821 24 80
5p 7.689'-2 1.413'-2 -6064 16 81
6p 5.733'-2 5.174'-2 -13438 12 75
7p 5.315'-2 4.454'-1 -40949 11 39
8p 1.720'-3 2.148 166594 1 0
9p 1.992'-3 1.346'-1 38756 1 84
10p 3.776'-3 1.095'-1 25387 1 84
11p 4.526'-3 8.446'-2 20369 1 84\f
t E n* cut
9s 29.41 144641.9 7.798 0.025
to A f lambda b c
3p 1.245'-1 8.653'-4 -1179 37 77
4p 7.766'-2 2.727'-3 -2651 23 82
5p 4.855'-2 6.884'-3 -5327 14 84
6p 3.502'-2 1.851'-2 -10285 10 83
7p 2.856'-2 6.397'-2 -21172 8 76
8p 2.581'-2 4.565'-1 -59494 8 44
9p 3.747'-4 1.883 334303 0 0
10p 2.391'-3 3.912'-1 60317 1 75
11p 3.214'-3 2.093'-1 38047 1 80
t E n* cut
10s 41.44 146190.1 8.798 0.025
to A f lambda b c
3p 8.609'-2 5.771'-4 -1158 36 78
4p 5.330'-2 1.727'-3 -2546 22 83
5p 3.269'-2 3.956'-3 -4921 14 86
6p 2.341'-2 9.209'-3 -8873 10 86
7p 1.802'-2 2.290'-2 -15945 7 84
8p 1.483'-2 7.109'-2 -30969 6 78
9p 1.296'-2 4.152'-1 -80060 5 52
10p 3.022'-5 1.129 911411 0 0
11p 2.173'-3 8.379'-1 92579 0 65
t E n* cut
11s 55.84 147288.8 9.799 0.025
to A f lambda b c
3p 6.421'-2 4.197'-4 -1144 36 78
4p 3.908'-2 1.198'-3 -2477 22 83
5p 2.366'-2 2.578'-3 -4669 13 87
6p 1.684'-2 5.500'-3 -8084 9 88
7p 1.241'-2 1.141'-2 -13568 7 88
8p 1.000'-2 2.669'-2 -23107 6 85
9p 7.900'-3 7.163'-2 -42594 4 80
10p 4.978'-3 2.543'-1 -101114 3 66
11p 6.487'-7 9.431'-2 -539'+4 0 0
t E n* cut
3p 0.647 59852.04 2.184 0.175
to A f lambda b c
3d 5.477 5.422'-1 1991 100 8
4d 1.543 9.139'-2 1540 59 47
5d 3.187'-1 1.452'-2 1350 32 71
6d 8.784'-2 3.478'-3 1259 19 81
7d 3.060'-2 1.116'-3 1208 12 87
8d 1.259'-2 4.360'-4 1177 8 90
9d 5.970'-3 1.997'-4 1157 6 92
10d 1.606'-3 5.244'-5 1143 2 95
t E n* cut
4p 24.31 106918.2 3.125 0.075
to A f lambda b c
3d 1.035'-2 2.570'-1 31529 0 1
4d 1.073 8.388'-1 5594 41 15
5d 3.867'-1 1.326'-1 3704 39 56
6d 1.590'-1 3.792'-2 3089 34 70
7d 7.749'-2 1.520'-2 2802 30 77
8d 4.300'-2 7.495'-3 2641 27 80
9d 2.624'-2 4.234'-3 2541 24 82
10d 1.828'-2 2.795'-3 2474 24 83\f
t E n* cut
5p 39.72 125868.9 4.110 0.050
to A f lambda b c
3d 1.348'-1 4.870'-2 -6338 54 66
4d 1.778'-3 1.385'-1 -93054 1 3
5d 2.799'-1 1.081 12430 28 19
6d 1.176'-1 1.632'-1 7453 25 63
7d 5.841'-2 5.209'-2 5974 22 75
8d 3.294'-2 2.302'-2 5288 20 80
9d 2.033'-2 1.220'-2 4901 19 83
10d 1.462'-2 7.924'-3 4657 19 84
t E n* cut
6p 47.37 134919.3 5.090 0.025
to A f lambda b c
3d 6.166'-2 8.996'-3 -4027 29 81
4d 1.340'-2 1.176'-2 -9876 6 87
5d 3.512'-3 3.126'-1 -99475 2 3
6d 9.494'-2 1.244 22897 20 23
7d 4.531'-2 1.916'-1 13008 17 67
8d 2.573'-2 6.613'-2 10141 16 78
9d 1.612'-2 3.124'-2 8807 15 82
10d 1.155'-2 1.869'-2 8049 15 84
t E n* cut
7p 45.51 139918.7 6.063 0.025
to A f lambda b c
3d 3.619'-2 3.658'-3 -3352 16 85
4d 1.002'-2 3.939'-3 -6612 5 91
5d 2.752'-3 6.866'-3 -16654 1 92
6d 1.883'-3 4.241'-1 -158250 1 2
7d 3.909'-2 1.351 37198 15 28
8d 2.106'-2 2.227'-1 20570 13 69
9d 1.285'-2 7.946'-2 15734 12 80
10d 8.850'-3 4.012'-2 13469 12 84
t E n* cut
8p 39.01 142961.1 7.023 0.025
to A f lambda b c
3d 2.454'-2 2.043'-3 -3042 10 87
4d 8.715'-3 2.375'-3 -5505 3 91
5d 3.385'-3 3.720'-3 -11053 1 93
6d 1.923'-3 1.281'-2 -27216 1 91
7d 6.466'-4 4.640'-1 -282438 0 2
8d 1.777'-2 1.342 54971 11 35
9d 1.065'-2 2.423'-1 30181 10 72
10d 7.261'-3 9.448'-2 22820 10 81
t E n* cut
9p 31.32 144941.0 7.965 0.300
to A f lambda b c
3d 1.801'-2 1.334'-3 -2869 6 87
4d 8.619'-3 1.910'-3 -4964 3 91
5d 4.354'-3 3.221'-3 -9069 1 93
6d 3.016'-3 8.485'-3 -17686 1 92
7d 2.075'-3 3.426'-2 -42844 1 86
8d 1.095'-4 3.808'-1 -621775 0 1
9d 8.530'-3 1.199 74998 8 43
10d 5.607'-3 2.428'-1 41629 7 74\f
t E n* cut
10p 25.93 146299.8 8.885 0.450
to A f lambda b c
3d 1.308'-2 8.971'-4 -2762 3 88
4d 8.744'-3 1.701'-3 -4650 2 90
5d 5.502'-3 3.226'-3 -8074 1 91
6d 3.940'-3 7.207'-3 -14259 1 91
7d 3.094'-3 2.041'-2 -27080 1 89
8d 2.665'-3 1.038'-1 -65806 1 78
9d 7.266'-7 1.012'-1 -393'+4 0 0
10d 3.144'-3 7.217'-1 95842 4 60
t E n* cut
11p 16.32 147270.3 9.779 4.050
to A f lambda b c
3d 1.043'-2 6.790'-4 -2690 2 88
4d 8.010'-3 1.426'-3 -4449 1 90
5d 5.961'-3 3.006'-3 -7487 1 91
6d 4.335'-3 6.119'-3 -12526 1 91
7d 3.653'-3 1.511'-2 -21444 1 89
8d 3.089'-3 4.482'-2 -40160 1 85
9d 2.585'-3 2.345'-1 -100416 0 69
10d 1.585'-5 7.444'-1 137'+4 0 0
t E n* cut
3d 1.823 110089.9 3.242 1.650
to A f lambda b c
4f 9.604'-1 1.126 7475 100 0
5f 2.906'-2 1.096'-2 4239 6 87
6f 1.665'-5 4.112'-6 3430 0 100
7f 3.373'-3 6.696'-4 3076 2 95
8f 5.717'-3 9.970'-4 2882 4 92
9f 6.083'-3 9.750'-4 2763 6 91
10f 3.670'-3 5.549'-4 2684 5 92
t E n* cut
4d 3.821 124794.3 4.027 0.425
to A f lambda b c
4f 1.494'-3 9.094'-2 -75405 0 11
5f 4.314'-1 1.146 11252 94 10
6f 1.565'-1 1.572'-1 6920 53 59
7f 7.212'-2 4.772'-2 5615 36 72
8f 3.857'-2 2.026'-2 5002 27 78
9f 2.311'-2 1.051'-2 4655 22 82
10f 1.788'-2 7.378'-3 4434 22 82
t E n* cut
5d 10.10 133914.1 4.946 3.300
to A f lambda b c
4f 4.898'-3 4.807'-3 -9573 0 89
5f 3.066'-5 6.084'-2 -430441 0 4
6f 1.335'-1 9.861'-1 18757 46 25
7f 7.235'-2 2.011'-1 11507 36 61
8f 4.312'-2 7.659'-2 9199 30 72
9f 2.769'-2 3.802'-2 8088 26 77
10f 1.998'-2 2.324'-2 7445 25 79\f
t E n* cut
6d 21.35 139286.8 5.909 3.075
to A f lambda b c
4f 2.500'-3 1.070'-3 -6322 1 94
5f 6.527'-3 2.225'-2 -17841 1 84
6f 4.326'-7 2.700'-2 -241'+4 0 2
7f 4.781'-2 9.120'-1 30145 24 36
8f 3.060'-2 2.125'-1 18190 21 66
9f 2.001'-2 8.591'-2 14302 19 76
10f 1.389'-2 4.488'-2 12407 17 80
t E n* cut
7d 38.35 142607.0 6.887 2.775
to A f lambda b c
4f 1.346'-3 3.934'-4 -5225 1 96
5f 3.762'-3 5.057'-3 -11204 1 91
6f 4.736'-3 4.488'-2 -29748 2 81
7f 0.293'-9 3.814'-3 -348'+5 0 1
8f 1.979'-2 8.762'-1 45926 14 44
9f 1.398'-2 2.177'-1 27236 13 70
10f 9.764'-3 9.124'-2 21099 12 79
t E n* cut
8d 61.70 144780.2 7.874 2.475
to A f lambda b c
4f 8.084'-4 1.906'-4 -4692 0 96
5f 2.390'-3 2.077'-3 -9010 1 94
6f 2.818'-3 9.852'-3 -18067 2 91
7f 2.954'-3 6.682'-2 -45954 2 80
8f 1.213'-9 1.423'-2 236'+5 0 1
9f 9.372'-3 8.762'-1 66738 9 49
10f 6.601'-3 2.104'-1 38966 8 74
t E n* cut
9d 92.30 146274.4 8.865 1.975
to A f lambda b c
4f 5.241'-4 1.079'-4 -4385 0 97
5f 1.618'-3 1.093'-3 -7941 1 95
6f 1.765'-3 3.826'-3 -14227 2 93
7f 1.841'-3 1.463'-2 -27246 2 90
8f 1.907'-3 9.197'-2 -67115 2 80
9f 1.976'-9 2.352'-2 238'+5 0 0
10f 4.051'-3 7.397'-1 93269 5 56
t E n* cut
10d 131.4 147343.2 9.858 4.450
to A f lambda b c
4f 2.547'-4 4.786'-5 -4188 0 98
5f 9.579'-4 5.496'-4 -7320 1 96
6f 9.905'-4 1.618'-3 -12349 1 95
7f 1.064'-3 5.073'-3 -21101 1 94
8f 1.015'-3 1.661'-2 -39081 1 91
9f 8.556'-4 8.084'-2 -93932 1 82
10f 1.602'-9 2.960'-2 297'+5 0 0\f
t E n* cut
4f 10.41 123468.1 3.932 9.350
to A f lambda b c
5g 7.134'-1 1.198 9334 100 0
6g 2.767'-1 2.052'-1 6203 61 45
7g 1.401'-1 7.189'-2 5160 47 59
8g 8.331'-2 3.475'-2 4652 41 66
9g 5.452'-2 1.996'-2 4358 37 69
10g 4.116'-2 1.379'-2 4170 38 69
t E n* cut
5f 21.72 133681.7 4.914 7.800
to A f lambda b c
5g 1.575'-4 1.217'-1 200212 0 8
6g 1.786'-1 9.866'-1 16929 39 20
7g 1.011'-1 2.319'-1 10908 34 54
8g 6.220'-2 9.417'-2 8863 30 65
9g 4.124'-2 4.903'-2 7854 28 71
10g 2.908'-2 2.956'-2 7263 27 73
t E n* cut
6f 34.09 139245.4 5.899 7.275
to A f lambda b c
5g 3.374'-3 1.534'-2 -19747 1 84
6g 1.540'-4 2.519'-1 291273 0 4
7g 5.527'-2 8.203'-1 27748 19 36
8g 3.820'-2 2.251'-1 17485 19 62
9g 2.600'-2 9.750'-2 13949 18 72
10g 1.761'-2 5.042'-2 12187 16 76
t E n* cut
7f 49.80 142604.1 6.886 6.900
to A f lambda b c
5g 1.065'-3 1.751'-3 -11872 1 94
6g 4.102'-3 5.260'-2 -33163 2 78
7g 1.247'-4 4.003'-1 408047 0 2
8g 2.036'-2 7.044'-1 42363 10 47
9g 1.605'-2 2.131'-1 26244 11 68
10g 1.094'-2 8.973'-2 20632 10 77
t E n* cut
8f 69.77 144784.4 7.876 6.650
to A f lambda b c
5g 4.367'-4 4.529'-4 -9431 0 97
6g 1.990'-3 8.594'-3 -19247 1 91
7g 3.108'-3 9.677'-2 -51673 2 75
8g 9.360'-5 5.552'-1 554723 0 1
9g 8.639'-3 6.267'-1 61347 6 55
10g 6.299'-3 1.708'-1 37501 6 75
t E n* cut
9f 94.78 146278.6 8.868 6.125
to A f lambda b c
5g 2.124'-4 1.692'-4 -8266 0 98
6g 1.118'-3 2.913'-3 -14948 1 94
7g 1.690'-3 1.676'-2 -29160 2 89
8g 2.236'-3 1.510'-1 -76109 2 73
9g 6.828'-5 7.126'-1 735835 0 0
10g 2.783'-3 3.902'-1 85295 3 67\f
t E n* cut
10f 125.3 147346.6 9.861 4.325
to A f lambda b c
5g 8.260'-5 5.557'-5 -7596 0 98
6g 6.091'-4 1.180'-3 -12890 1 96
7g 9.548'-4 5.504'-3 -22235 1 93
8g 1.115'-3 2.292'-2 -41984 1 89
9g 1.241'-3 1.665'-1 -107288 2 74
10g 5.005'-5 8.847'-1 957579 0 0
t E n* cut
5g 14.01 134181.2 4.983 12.900
to A f lambda b c
8h 4.098'-2 6.428'-2 9252 35 70
9h 2.296'-2 2.802'-2 8162 28 76
10h 1.638'-2 1.701'-2 7528 27 78
t E n* cut
6g 21.96 139588.7 5.981 11.125
to A f lambda b c
8h 4.285'-2 2.691'-1 18514 37 58
9h 2.450'-2 9.583'-2 14611 30 71
10h 1.615'-2 4.772'-2 12697 26 76
t E n* cut
7g 33.72 142849.2 6.979 9.975
to A f lambda b c
8h 3.335'-2 1.333 46712 28 25
9h 2.052'-2 2.929'-1 27905 25 62
10h 1.319'-2 1.135'-1 21666 22 73
t E n* cut
8g 48.98 144964.7 7.978 8.950
to A f lambda b c
8h 2.101'-7 6.016'-2 395'+4 0 4
9h 1.488'-2 1.265 68115 18 33
10h 9.587'-3 2.811'-1 40000 16 67
t E n* cut
9g 67.97 146414.5 8.978 5.950
to A f lambda b c
8h 6.273'-4 3.792'-2 -70200 0 86
9h 1.447'-7 7.918'-2 546'+4 0 2
10h 6.022'-3 1.000 95220 10 44
t E n* cut
10g 92.27 147451.0 9.977 5.825
to A f lambda b c
8h 2.041'-4 4.133'-3 -40634 0 95
9h 2.593'-4 3.068'-2 -98213 0 88
10h 1.046'-7 1.021'-1 730'+4 0 1
t E n* cut
8h 85.34 144990.0 7.993 8.850
t E n* cut
9h 120.7 146432.8 8.993 8.625
t E n* cut
10h 163.0 147464.7 9.993 10.775\f
3 Al II (3 Mg I sequence)
Ionisation Potential 151 860.40
t E n* cut
4s 2.152 91274.38 2.692 0.025
to A f lambda b c
3p 4.648 8.056'-2 -1862 100 36
4p 5.867'-1 1.310 7046 75 0
5p 1.494'-2 5.663'-3 2903 6 93
6p 1.416'-3 3.327'-4 2286 1 98
7p 1.070'-4 2.019'-5 2048 0 99
8p 8.089'-7 1.351'-7 1927 0 100
9p 1.134'-5 1.755'-6 1855 0 100
10p 1.563'-7 2.298'-8 1808 0 100
t E n* cut
5s 3.974 120089.8 3.717 0.025
to A f lambda b c
3p 1.499 1.100'-2 -1212 60 63
4p 1.018 2.378'-1 -6839 40 28
5p 1.235'-1 1.752 17756 46 1
6p 4.230'-3 8.536'-3 6698 3 93
7p 3.915'-4 4.401'-4 5000 1 98
8p 2.298'-5 1.940'-5 4333 0 100
9p 1.104'-7 7.883'-8 3985 0 100
10p 1.087'-6 6.967'-7 3775 0 100
t E n* cut
6s 7.183 132213.2 4.727 0.025
to A f lambda b c
3p 6.899'-1 3.850'-3 -1057 50 70
4p 3.940'-1 2.753'-2 -3739 28 69
5p 3.082'-1 3.655'-1 -15405 22 27
6p 3.806'-2 2.174 35642 31 2
7p 1.793'-3 1.299'-2 12694 3 93
8p 2.463'-4 9.229'-4 9127 1 98
9p 4.815'-5 1.287'-4 7709 0 99
10p 2.355'-5 5.135'-5 6962 0 99
t E n* cut
7s 12.00 138496.7 5.731 0.025
to A f lambda b c
3p 3.775'-1 1.852'-3 -990.9 45 72
4p 2.076'-1 9.508'-3 -3028 25 77
5p 1.308'-1 4.006'-2 -7828 16 73
6p 1.175'-1 4.853'-1 -28754 14 27
7p 1.458'-2 2.580 62716 22 2
8p 7.677'-4 1.581'-2 21398 2 94
9p 1.262'-4 1.269'-3 14951 0 98
10p 4.732'-5 3.260'-4 12376 0 99\f
t E n* cut
8s 18.80 142179.8 6.734 0.025
to A f lambda b c
3p 2.290'-1 1.046'-3 -956.0 43 74
4p 1.239'-1 4.596'-3 -2724 23 80
5p 7.340'-2 1.354'-2 -6076 14 81
6p 5.296'-2 5.161'-2 -13965 10 75
7p 5.273'-2 6.041'-1 -47879 10 27
8p 6.504'-3 2.984 100997 17 3
9p 4.652'-4 2.317'-2 33276 2 93
10p 1.378'-4 3.205'-3 22742 1 97
t E n* cut
9s 27.78 144524.3 7.735 0.025
to A f lambda b c
3p 1.499'-1 6.550'-4 -935.0 42 75
4p 8.042'-2 2.635'-3 -2560 22 82
5p 4.612'-2 6.519'-3 -5318 13 84
6p 3.188'-2 1.763'-2 -10520 9 83
7p 2.533'-2 6.441'-2 -22558 7 77
8p 2.629'-2 7.162'-1 -73835 7 27
9p 3.295'-3 3.395 151355 13 3
10p 2.854'-4 3.046'-2 48716 2 93
t E n* cut
10s 39.47 146108.8 8.736 0.025
to A f lambda b c
3p 1.032'-1 4.380'-4 -921.4 41 75
4p 5.505'-2 1.666'-3 -2461 22 83
5p 3.095'-2 3.722'-3 -4905 12 86
6p 2.119'-2 8.612'-3 -9017 8 87
7p 1.557'-2 2.148'-2 -16618 6 85
8p 1.305'-2 7.553'-2 -34027 5 78
9p 1.433'-2 8.392'-1 -108249 6 27
10p 1.863'-3 3.822 213584 10 4
t E n* cut
11s 53.62 147229.0 9.735 0.025
to A f lambda b c
3p 7.336'-2 3.049'-4 -912.0 39 76
4p 4.019'-2 1.152'-3 -2395 22 83
5p 2.250'-2 2.431'-3 -4650 12 87
6p 1.542'-2 5.169'-3 -8190 8 88
7p 1.083'-2 1.062'-2 -14010 6 88
8p 8.838'-3 2.681'-2 -24636 5 86
9p 7.623'-3 9.119'-2 -48924 4 78
10p 7.739'-3 9.098'-1 -153374 4 28
E n* cut
3p 37577.67 1.960 1.725
to A f lambda b c
3d 8.843 6.575'-1 1725 100 0
4d 1.655 5.872'-2 1192 59 50
5d 6.133'-1 1.689'-2 1050 51 62
6d 3.078'-1 7.505'-3 987.8 49 67
7d 1.840'-1 4.188'-3 954.3 50 69
8d 1.191'-1 2.597'-3 934.0 49 70
9d 8.787'-2 1.861'-3 920.7 50 70
10d 3.160'-2 6.560'-4 911.5 33 77\f
t E n* cut
4p 12.81 105467.7 3.076 0.050
to A f lambda b c
3d 1.937'-1 1.771'-1 -10082 25 10
4d 1.157 1.127 6244 41 4
5d 2.815'-1 9.403'-2 3656 24 63
6d 1.149'-1 2.583'-2 2999 18 75
7d 5.887'-2 1.081'-2 2710 16 80
8d 3.439'-2 5.600'-3 2553 14 83
9d 2.210'-2 3.330'-3 2456 13 84
10d 1.506'-2 2.152'-3 2391 16 85
t E n* cut
5p 37.44 125721.7 4.098 0.050
to A f lambda b c
3d 6.516'-2 6.438'-3 -3314 24 83
4d 6.347'-2 3.179'-1 -23595 24 11
5d 2.784'-1 1.381 14088 23 9
6d 8.732'-2 1.273'-1 7639 14 68
7d 4.064'-2 3.667'-2 6009 11 79
8d 2.256'-2 1.575'-2 5286 9 84
9d 1.391'-2 8.302'-3 4887 8 86
10d 9.990'-3 5.370'-3 4638 10 87
t E n* cut
6p 81.45 135018.9 5.105 0.050
to A f lambda b c
3d 4.141'-2 2.391'-3 -2534 34 86
4d 1.163'-2 5.710'-3 -7388 9 89
5d 2.604'-2 4.843'-1 -45471 21 9
6d 9.263'-2 1.609 26364 15 12
7d 3.406'-2 1.578'-1 13617 9 71
8d 1.785'-2 4.820'-2 10395 7 81
9d 1.078'-2 2.160'-2 8956 6 86
10d 7.697'-3 1.279'-2 8154 8 87
t E n* cut
7p 151.4 140091.2 6.107 0.025
to A f lambda b c
3d 2.678'-2 1.214'-3 -2245 41 87
4d 6.239'-3 1.621'-3 -5374 9 93
5d 4.429'-3 7.536'-3 -13752 7 91
6d 1.172'-2 6.444'-1 -78168 18 8
7d 3.778'-2 1.829 44022 10 15
8d 1.562'-2 1.887'-1 21989 6 73
9d 8.603'-3 5.789'-2 16410 5 83
10d 5.785'-3 2.795'-2 13905 6 87
t E n* cut
8p 253.8 143169.9 7.107 0.025
to A f lambda b c
3d 1.799'-2 7.134'-4 -2100 46 88
4d 3.893'-3 7.447'-4 -4611 10 94
5d 2.416'-3 2.029'-3 -9662 6 94
6d 1.742'-3 8.253'-3 -22946 4 92
7d 5.815'-3 8.030'-1 -123896 15 7
8d 1.759'-2 2.037 68075 7 17
9d 7.846'-3 2.157'-1 33167 5 75
10d 5.013'-3 7.404'-2 24314 5 84\f
t E n* cut
9p 383.5 145185.0 8.109 0.025
to A f lambda b c
3d 1.276'-2 4.659'-4 -2015 49 88
4d 2.706'-3 4.333'-4 -4219 10 95
5d 1.596'-3 9.392'-4 -8087 6 96
6d 9.450'-4 2.093'-3 -15691 4 96
7d 9.276'-4 1.048'-2 -35433 4 92
8d 3.192'-3 9.629'-1 -183117 12 7
9d 9.072'-3 2.267 100000 5 19
10d 4.512'-3 2.562'-1 47669 5 75
t E n* cut
10p 526.4 146577.0 9.115 0.025
to A f lambda b c
3d 9.619'-3 3.323'-4 -1960 51 88
4d 2.086'-3 2.979'-4 -3985 11 95
5d 1.207'-3 5.738'-4 -7269 6 96
6d 7.035'-4 1.050'-3 -12878 4 96
7d 5.863'-4 2.970'-3 -23729 3 96
8d 5.103'-4 1.222'-2 -51597 3 93
9d 1.928'-3 1.128 -255102 10 7
10d 4.674'-3 2.345 141683 5 21
t E n* cut
3d 1.131 95549.28 2.792 5.675
to A f lambda b c
4f 2.997 8.097'-1 3588 100 0
5f 1.062 1.552'-1 2639 70 35
6f 2.149'-1 2.438'-2 2325 35 66
7f 4.122'-1 3.797'-2 2095 80 39
8f 3.172'-1 2.708'-2 2017 73 41
9f 2.253'-1 1.821'-2 1963 69 43
t E n* cut
4d 3.556 121483.5 3.801 3.875
to A f lambda b c
4f 4.100'-3 2.287'-1 51554 0 4
5f 4.577'-1 6.713'-1 8359 30 24
6f 2.246'-1 1.617'-1 5856 37 54
7f 7.432'-2 3.282'-2 4587 14 71
8f 7.683'-2 2.883'-2 4228 18 68
9f 6.021'-2 2.019'-2 3997 18 69
t E n* cut
5d 8.370 132819.7 4.801 3.550
to A f lambda b c
4f 2.155'-2 2.614'-2 -10642 2 76
5f 4.492'-4 2.394'-1 159337 0 2
6f 1.589'-1 1.012 17423 26 23
7f 1.776'-2 3.405'-2 9557 3 82
8f 2.741'-2 3.793'-2 8120 6 78
9f 2.400'-2 2.691'-2 7309 7 79
t E n* cut
6d 16.05 138811.9 5.800 3.300
to A f lambda b c
4f 7.436'-3 3.363'-3 -6498 1 90
5f 1.300'-2 4.836'-2 -18641 2 76
6f 8.410'-5 1.410'-1 -395726 0 3
7f 2.115'-3 2.220'-2 22363 0 90
8f 9.944'-3 5.220'-2 15815 2 83
9f 1.027'-2 3.644'-2 13003 3 83\f
t E n* cut
7d 27.24 142362.8 6.798 3.025
to A f lambda b c
4f 3.393'-3 1.013'-3 -5280 1 93
5f 5.994'-3 8.076'-3 -11216 2 89
6f 2.271'-3 1.681'-2 -26291 1 88
7f 7.267'-3 1.799 108602 1 0
8f 2.430'-3 6.635'-2 36070 1 85
9f 4.410'-3 5.401'-2 24157 1 85
t E n* cut
8d 41.18 144638.9 7.796 2.825
to A f lambda b c
4f 1.855'-3 4.412'-4 -4713 1 95
5f 3.375'-3 2.886'-3 -8935 1 92
6f 1.173'-3 3.400'-3 -16448 0 94
7f 9.323'-3 5.435'-1 -73784 4 40
8f 2.039'-3 1.738 201499 0 0
9f 1.406'-3 8.499'-2 53664 0 85
t E n* cut
9d 57.39 146185.0 8.794 2.350
to A f lambda b c
4f 1.134'-3 2.344'-4 -4393 1 95
5f 2.120'-3 1.399'-3 -7851 1 94
6f 6.521'-4 1.201'-3 -13113 0 96
7f 4.647'-3 5.911'-2 -34466 3 81
8f 5.510'-3 5.354'-1 -95254 3 47
9f 8.745'-4 1.823 315110 0 0
t E n* cut
10d 104.6 147282.8 9.792 4.200
to A f lambda b c
4f 6.459'-4 1.215'-4 -4191 1 96
5f 1.290'-3 7.215'-4 -7228 1 95
6f 3.082'-4 4.336'-4 -11463 0 97
7f 3.020'-3 2.022'-2 -25005 3 88
8f 2.992'-3 6.947'-2 -46563 3 82
9f 2.998'-3 5.272'-1 -128131 3 52
t E n* cut
4f 3.332 123423.2 3.929 9.400
to A f lambda b c
5g 7.172'-1 1.195 9295 100 0
6g 2.805'-1 2.069'-1 6186 61 45
7g 1.425'-1 7.279'-2 5148 51 59
8g 8.492'-2 3.528'-2 4642 41 66
9g 5.563'-2 2.029'-2 4349 37 69
10g 4.196'-2 1.401'-2 4162 38 69
t E n* cut
5f 6.578 133447.3 4.883 7.925
to A f lambda b c
5g 5.151'-4 1.844'-1 136258 0 7
6g 1.752'-1 8.955'-1 16283 38 23
7g 1.051'-1 2.292'-1 10636 37 53
8g 6.646'-2 9.658'-2 8683 32 64
9g 4.479'-2 5.135'-2 7712 30 70
10g 3.133'-2 3.079'-2 7141 28 72\f
t E n* cut
6f 16.47 138559.2 5.745 7.075
to A f lambda b c
5g 8.766'-3 5.333'-2 -22841 1 70
6g 4.357'-3 7.925'-1 97135 1 1
7g 3.369'-2 3.528'-1 23310 12 57
8g 3.081'-2 1.447'-1 15612 15 68
9g 2.383'-2 7.445'-2 12730 16 74
10g 1.576'-2 3.842'-2 11246 14 78
t E n* cut
7f 19.43 143283.6 7.154 2.875
to A f lambda b c
5g 2.117'-4 2.980'-4 -10986 0 97
6g 1.253'-6 1.070'-5 -27064 0 100
7g 6.927'-4 4.281'-1 -230208 0 9
8g 2.616'-2 1.784 59485 13 17
9g 1.234'-2 2.426'-1 31940 8 70
10g 7.851'-3 8.714'-2 23996 7 80
t E n* cut
8f 22.92 145135.2 8.079 2.050
to A f lambda b c
5g 3.498'-5 3.399'-5 -9129 0 99
6g 1.319'-4 5.001'-4 -18029 0 98
7g 2.524'-4 5.633'-3 -43745 0 94
8g 8.926'-5 3.581'-1 -586579 0 4
9g 1.307'-2 1.539 78167 9 29
10g 7.817'-3 2.809'-1 43181 7 69
t E n* cut
9f 30.56 146502.4 9.051 1.625
to A f lambda b c
5g 2.188'-5 1.681'-5 -8116 0 99
6g 1.282'-4 3.127'-4 -14464 0 98
7g 2.459'-4 2.148'-3 -27374 0 96
8g 3.740'-4 1.845'-2 -65034 0 91
9g 2.172'-5 3.281'-1 -114'+4 0 2
10g 5.393'-3 1.155 105413 5 42
t E n* cut
5g 13.93 134181.2 4.983 12.900
to A f lambda b c
8h 4.098'-2 6.428'-2 9252 35 70
9h 2.296'-2 2.802'-2 8162 28 76
10h 1.638'-2 1.701'-2 7528 27 78
t E n* cut
6g 21.74 139588.7 5.981 11.125
to A f lambda b c
8h 4.285'-2 2.691'-1 18514 37 58
9h 2.450'-2 9.583'-2 14611 30 71
10h 1.615'-2 4.772'-2 12697 26 76
t E n* cut
7g 35.55 142849.2 6.979 9.975
to A f lambda b c
8h 3.335'-2 1.333 46712 28 25
9h 2.052'-2 2.929'-1 27905 25 62
10h 1.319'-2 1.135'-1 21666 22 73\f
t E n* cut
8g 48.00 144964.7 7.978 8.950
to A f lambda b c
8h 2.101'-7 6.016'-2 395'+4 0 4
9h 1.488'-2 1.265 68115 18 33
10h 9.587'-3 2.811'-1 40000 16 67
t E n* cut
9g 66.54 146414.5 8.978 5.950
to A f lambda b c
8h 6.273'-4 3.792'-2 -70200 0 86
9h 1.447'-7 7.918'-2 546'+4 0 2
10h 6.022'-3 1.000 95220 10 44
t E n* cut
10g 90.44 147451.0 9.977 5.825
to A f lambda b c
8h 2.041'-4 4.133'-3 -40634 0 95
9h 2.593'-4 3.068'-2 -98213 0 88
10h 1.046'-7 1.021'-1 730'+4 0 1
t E n* cut
8h 85.34 144990.0 7.993 8.850
t E n* cut
9h 120.7 146432.8 8.993 8.625
t E n* cut
10h 163.0 147464.7 9.993 10.775
1 Si III (1 Mg I sequence)
Ionisation Potential 270 139.30
E n* cut
3s 0 1.912 0.025
to A f lambda b c
3p 2.880'+1 1.886 1206 100 0
4p 1.005 1.452'-2 566.6 52 89
5p 2.190 2.140'-2 466.1 72 80
6p 6.862'-1 5.618'-3 426.6 52 86
7p 5.029'-1 3.773'-3 408.4 52 85
t E n* cut
4s 0.663 159069.6 2.982 0.025
to A f lambda b c
3p 1.507'+1 1.298'-1 -1313 100 32
4p 7.390'-1 1.096 5741 38 0
5p 3.339'-1 4.882'-2 1803 11 81
6p 1.505'-1 1.193'-2 1328 11 88
7p 1.194'-1 7.293'-3 1165 12 88
t E n* cut
5s 1.101 207874.1 3.983 0.025
to A f lambda b c
3p 5.297 1.694'-2 -800.1 58 65
4p 3.783 1.919'-1 -3186 42 38
5p 1.282'-1 1.301 15019 4 0
6p 2.245'-2 1.436'-2 3772 2 92
7p 3.380'-2 1.111'-2 2703 3 91\f
t E n* cut
6s 1.847 230364.5 4.983 0.025
to A f lambda b c
3p 2.560 5.883'-3 -678.1 47 72
4p 1.623 2.795'-2 -1856 30 70
5p 1.230 2.453'-1 -6316 23 43
6p 6.659'-2 1.850 24856 5 1
7p 5.805'-3 1.241'-2 6893 1 94
t E n* cut
7s 2.910 242538.0 5.982 0.025
to A f lambda b c
3p 1.442 2.828'-3 -626.4 42 75
4p 8.840'-1 1.013'-2 -1514 26 78
5p 6.025'-1 3.839'-2 -3571 18 74
6p 5.069'-1 3.813'-1 -12269 15 38
7p 2.649'-2 2.188 42854 3 1
t E n* cut
8s 4.387 249857.3 6.978 0.025
to A f lambda b c
3p 8.945'-1 1.603'-3 -598.9 39 76
4p 5.407'-1 5.019'-3 -1363 24 81
5p 3.539'-1 1.417'-2 -2831 16 81
6p 2.543'-1 5.311'-2 -6464 11 75
7p 2.360'-1 4.745'-1 -20057 10 38
t E n* cut
3p 0.347 82884.41 2.297 0.350
to A f lambda b c
3d 2.557'+1 9.303'-1 1207 100 0
4d 1.875'-1 3.177'-3 823.4 5 91
5d 1.798'-1 2.143'-3 690.7 11 90
6d 4.475'-1 4.498'-3 634.3 48 81
7d 6.874'-1 6.104'-3 596.1 34 71
8d 1.267'-1 1.071'-3 581.8 16 85
9d 1.897'-2 1.548'-4 571.5 5 93
t E n* cut
4p 5.181 176487.2 3.247 0.225
to A f lambda b c
3d 1.858'-1 1.453'-1 -9326 10 9
4d 3.845 1.239 3591 95 2
5d 3.276'-1 3.125'-2 1954 20 81
6d 1.446'-2 8.804'-4 1561 2 96
7d 5.586'-1 2.539'-2 1349 28 70
8d 2.257'-1 9.204'-3 1277 29 79
9d 9.898'-2 3.736'-3 1229 28 84
t E n* cut
5p 3.271 214532.2 4.214 0.150
to A f lambda b c
3d 9.941'-3 3.760'-4 -2051 0 97
4d 3.951'-1 3.416'-1 -9803 13 13
5d 1.053 1.525 7614 65 5
6d 1.477'-1 5.454'-2 3844 16 81
7d 3.473'-1 6.658'-2 2770 17 71
8d 1.775'-1 2.740'-2 2485 23 79
9d 9.244'-2 1.231'-2 2309 26 84\f
t E n* cut
6p 7.636 234387.6 5.256 0.150
to A f lambda b c
3d 2.830'-4 5.406'-6 -1457 0 99
4d 1.287'-1 1.282'-2 -3327 10 84
5d 2.548'-1 5.072'-1 -14875 19 17
6d 2.803'-1 1.845 16228 30 4
7d 2.089'-1 1.977'-1 6154 10 67
8d 1.057'-1 6.362'-2 4907 14 79
9d 5.413'-2 2.457'-2 4262 15 85
t E n* cut
7p 10.29 244871.5 6.252 0.100
to A f lambda b c
3d 9.471'-5 1.361'-6 -1264 0 100
4d 6.486'-2 3.550'-3 -2467 7 90
5d 8.214'-2 2.496'-2 -5812 8 83
6d 1.363'-1 6.563'-1 -23139 14 19
7d 1.605'-1 1.206 17346 8 34
8d 8.688'-2 2.217'-1 10106 11 71
9d 4.454'-2 6.608'-2 7706 12 82
t E n* cut
3d 0.391 165765.0 3.076 0.850
to A f lambda b c
4f 7.696 1.059 2560 100 0
5f 2.356'-4 1.385'-5 1673 0 99
6f 1.666 5.732'-2 1280 64 53
7f 8.058'-1 2.363'-2 1182 48 64
8f 4.422'-1 1.169'-2 1122 36 69
9f 2.723'-1 6.717'-3 1084 30 73
t E n* cut
4d 2.480 204330.8 3.874 3.975
to A f lambda b c
4f 2.771'-5 2.352'-2 201098 0 5
5f 2.609 1.219 4718 100 5
6f 7.578'-1 1.017'-1 2529 29 61
7f 6.346'-1 6.285'-2 2172 38 63
8f 4.536'-1 3.729'-2 1979 37 66
9f 3.221'-1 2.346'-2 1863 36 68
t E n* cut
5d 6.136 227665.1 4.822 3.600
to A f lambda b c
4f 6.198'-2 1.273'-2 -4379 4 83
5f 7.822'-3 1.831'-1 -46756 0 7
6f 1.166'-1 9.318'-2 6172 4 76
7f 2.081'-1 8.475'-2 4405 12 73
8f 1.828'-1 5.190'-2 3678 15 75
9f 1.421'-1 3.238'-2 3295 16 77
t E n* cut
6d 10.76 240549.8 5.777 3.275
to A f lambda b c
4f 2.927'-2 2.457'-3 -2799 3 91
5f 9.684'-3 4.595'-3 -6656 1 92
6f 7.836'-2 1.493 30132 3 0
7f 3.766'-2 8.202'-2 10187 2 81
8f 6.000'-2 6.154'-2 6990 5 81
9f 5.452'-2 3.752'-2 5726 6 83\f
t E n* cut
7d 4.944 250636.6 7.116 0.750
to A f lambda b c
4f 1.201'-2 6.129'-4 -2183 1 94
5f 2.540'-2 4.315'-3 -3982 1 91
6f 2.236'-2 5.227'-2 -14775 1 81
7f 1.191'-4 1.745'-1 -369918 0 2
8f 9.885'-2 1.166 23703 8 36
9f 6.318'-2 2.437'-1 13556 7 70
t E n* cut
8d 12.90 254766.8 8.015 0.175
to A f lambda b c
4f 2.513'-3 1.079'-4 -2002 0 97
5f 7.573'-3 9.485'-4 -3420 1 95
6f 2.397'-2 2.161'-2 -9176 3 87
7f 1.886'-2 1.043'-1 -22725 2 76
8f 5.462'-6 1.458'-1 113'+4 0 0
9f 4.083'-2 8.130'-1 30801 5 51
t E n* cut
9d 27.86 257848.5 8.964 1.375
to A f lambda b c
4f 6.273'-4 2.390'-5 -1886 0 98
5f 2.818'-3 2.889'-4 -3094 1 97
6f 1.773'-2 9.717'-3 -7153 5 90
7f 1.461'-2 2.794'-2 -13365 4 87
8f 1.412'-2 1.688'-1 -33410 4 72
9f 5.799'-5 4.478'-1 606539 0 0
t E n* cut
4f 1.299 204828.1 3.889 9.975
to A f lambda b c
5g 3.890 1.156 3926 98 0
6g 1.636 2.225'-1 2656 72 42
7g 8.511'-1 8.106'-2 2223 51 56
8g 5.105'-1 3.975'-2 2010 44 63
t E n* cut
5f 3.833 225526.3 4.705 7.450
to A f lambda b c
5g 6.937'-2 5.863'-1 20939 2 2
6g 6.400'-1 4.295'-1 5900 28 42
7g 5.159'-1 1.685'-1 4117 31 56
8g 3.716'-1 8.482'-2 3441 32 63
t E n* cut
6f 3.812 243868.5 6.131 2.775
to A f lambda b c
5g 2.489'-4 1.577'-4 -7371 0 98
6g 4.493'-3 2.695'-1 -71724 0 12
7g 3.027'-1 1.648 16808 18 13
8g 1.250'-1 2.098'-1 9332 11 67
t E n* cut
7f 5.922 250366.2 7.067 2.025
to A f lambda b c
5g 2.847'-6 8.246'-7 -4984 0 100
6g 1.799'-3 3.368'-3 -12671 0 94
7g 6.858'-4 2.660'-1 -182389 0 6
8g 1.369'-1 1.483 23706 12 24\f
t E n* cut
8f 8.053 254855.4 8.039 1.525
to A f lambda b c
5g 1.159'-5 2.242'-6 -4073 0 100
6g 1.514'-3 1.152'-3 -8077 0 96
7g 2.604'-3 1.196'-2 -19851 0 91
8g 1.631'-4 2.593'-1 -369249 0 3
t E n* cut
9f 11.11 258013.4 9.025 1.200
to A f lambda b c
5g 3.742'-5 5.682'-6 -3609 0 100
6g 9.530'-4 4.602'-4 -6435 0 98
7g 1.722'-3 2.989'-3 -12202 0 95
8g 2.464'-3 2.443'-2 -29165 0 89
t E n* cut
5g 2.525 230302.0 4.979 12.900
to A f lambda b c
6h 1.262 1.519 8105 100 0
7h 4.502'-1 2.140'-1 5093 51 54
8h 2.113'-1 6.518'-2 4103 35 69
9h 1.186'-1 2.849'-2 3621 28 76
t E n* cut
6g 4.393 242474.3 5.975 11.600
to A f lambda b c
6h 4.637'-6 3.117'-2 605657 0 11
7h 4.354'-1 1.433 13399 49 13
8h 2.198'-1 2.706'-1 8197 37 58
9h 1.263'-1 9.702'-2 6473 30 71
t E n* cut
7g 5.983 249817.9 6.971 10.700
to A f lambda b c
6h 1.671'-3 3.977'-3 -13930 0 93
7h 4.658'-6 5.992'-2 837872 0 7
8h 1.684'-1 1.308 20591 28 25
9h 1.050'-1 2.929'-1 12339 25 62
t E n* cut
8g 8.711 254584.6 7.968 10.075
to A f lambda b c
6h 4.130'-5 3.550'-5 -8372 0 99
7h 4.029'-3 2.288'-2 -21518 0 87
8h 4.200'-6 9.545'-2 111'+4 0 4
9h 7.458'-2 1.227 29963 18 34
t E n* cut
6h 7.925 242639.4 5.993 21.500
to A f lambda b c
7i 6.088'-1 2.009 13648 100 0
8i 1.806'-1 2.202'-1 8295 44 60
9i 7.840'-2 5.936'-2 6537 27 76
t E n* cut
7h 11.29 249937.3 6.992 12.850
to A f lambda b c
7i 3.862'-8 8.025'-3 342'+4 0 19
8i 2.284'-1 1.788 21019 56 11
9i 1.092'-1 3.023'-1 12500 38 61\f
t E n* cut
8h 16.66 254674.4 7.991 10.250
to A f lambda b c
7i 7.134'-4 4.083'-3 -21241 0 93
8i 3.648'-8 1.525'-2 486'+4 0 10
9i 9.943'-2 1.655 30650 35 21
t E n* cut
9h 23.48 257922.0 8.991 8.900
to A f lambda b c
7i 9.486'-5 1.901'-4 -12570 0 99
8i 1.322'-3 1.611'-2 -30988 0 90
9i 2.874'-8 2.266'-2 667'+4 0 6
t E n* cut
7i 16.43 249966.5 6.997 25.900
to A f lambda b c
8k 3.052'-1 2.354 21116 100 0
9k 8.478'-2 2.305'-1 12538 40 63
t E n* cut
8i 24.45 254695.0 7.997 10.275
to A f lambda b c
8k 0.883'-9 2.865'-3 137'+5 0 24
9k 1.285'-1 2.107 30795 60 9
t E n* cut
9i 34.79 257937.0 8.997 12.550
to A f lambda b c
8k 3.798'-4 4.716'-3 -30915 0 93
9k 0.914'-9 5.610'-3 188'+5 0 12
t E n* cut
8k 32.77 254702.3 7.999 25.900
to A f lambda b c
9l 2.070'-2 3.347'-1 30846 100 0
t E n* cut
9k 46.89 257942.3 8.999 11.000
to A f lambda b c
9l 0.003'-9 1.269'-4 541'+5 0 28
t E n* cut
9l 483.1 257944.2 8.999 8.025
3 Si III (3 Mg I sequence)
Ionisation Potential 270 139.30
t E n* cut
4s 0.627 153377.0 2.908 0.025
to A f lambda b c
3p 1.594'+1 7.923'-2 -997.4 100 41
4p 1.332 1.242 4554 39 0
5p 2.244'-2 2.659'-3 1623 1 95
6p 1.695'-2 1.160'-3 1234 2 96
7p 1.926'-2 1.033'-3 1092 3 95\f
t E n* cut
5s 1.044 206176.1 3.929 0.025
to A f lambda b c
3p 5.509 1.175'-2 -653.3 58 66
4p 4.069 2.138'-1 -3243 42 34
5p 2.749'-1 1.592 11347 16 1
6p 6.839'-5 3.850'-5 3538 0 100
7p 4.787'-3 1.433'-3 2579 1 97
t E n* cut
6s 1.774 229623.2 4.937 0.025
to A f lambda b c
3p 2.622 4.206'-3 -566.5 47 72
4p 1.689 2.865'-2 -1842 30 70
5p 1.326 3.094'-1 -6833 24 35
6p 1.066'-1 2.065 20751 10 1
7p 2.437'-5 4.670'-5 6527 0 100
t E n* cut
7s 2.841 242145.1 5.940 0.025
to A f lambda b c
3p 1.469 2.055'-3 -529.0 42 75
4p 9.119'-1 1.021'-2 -1497 26 77
5p 6.159'-1 4.174'-2 -3682 18 73
6p 5.223'-1 4.399'-1 -12982 15 33
7p 4.264'-2 2.449 35737 6 1
t E n* cut
8s 4.440 249766.2 6.963 0.025
to A f lambda b c
3p 8.545'-1 1.104'-3 -508.5 38 77
4p 5.497'-1 4.959'-3 -1344 24 81
5p 3.556'-1 1.469'-2 -2875 16 81
6p 2.533'-1 5.391'-2 -6526 11 75
7p 2.389'-1 5.132'-1 -20734 11 35
E n* cut
3p 53115.01 2.133 0.125
to A f lambda b c
3d 2.515'+1 7.789'-1 1113 100 0
4d 1.311 1.486'-2 673.5 28 79
5d 1.667'-1 1.376'-3 574.8 11 91
6d 4.332'-4 3.089'-6 534.2 0 99
7d 2.132'-1 1.387'-3 510.2 28 85
8d 5.681'-2 3.517'-4 497.8 20 91
9d 2.322'-2 1.390'-4 489.5 14 93
t E n* cut
4p 2.946 175336.3 3.228 0.200
to A f lambda b c
3d 2.063 1.769'-1 -3087 61 20
4d 3.384 1.226 3808 72 1
5d 2.721'-1 2.538'-2 1932 18 83
6d 1.128'-2 6.677'-4 1539 2 96
7d 8.822'-2 4.049'-3 1355 12 89
8d 2.263'-2 9.135'-4 1271 8 94
9d 7.401'-3 2.745'-4 1218 5 96\f
t E n* cut
5p 5.851 214989.3 4.232 0.150
to A f lambda b c
3d 7.649'-1 1.326'-2 -1388 45 74
4d 6.469'-1 3.246'-1 -7468 38 20
5d 9.043'-1 1.544 8265 58 3
6d 8.630'-2 3.362'-2 3949 15 85
7d 1.018'-1 2.183'-2 2930 13 85
8d 3.446'-2 5.656'-3 2563 12 91
9d 1.463'-2 2.031'-3 2357 9 94
t E n* cut
6p 9.063 234442.2 5.260 0.150
to A f lambda b c
3d 4.562'-1 4.901'-3 -1093 41 79
4d 2.300'-1 1.918'-2 -3045 21 80
5d 2.936'-1 4.884'-1 -13599 27 20
6d 2.530'-1 1.833 17029 45 3
7d 8.910'-2 1.033'-1 6812 12 78
8d 2.875'-2 1.876'-2 5111 10 89
9d 1.207'-2 5.716'-3 4353 7 93
t E n* cut
7p 13.80 244943.3 6.261 0.100
to A f lambda b c
3d 2.797'-1 2.418'-3 -980.4 39 82
4d 1.217'-1 5.825'-3 -2307 17 87
5d 1.063'-1 2.998'-2 -5601 15 81
6d 1.503'-1 6.310'-1 -21604 21 22
7d 1.455'-1 2.083 23936 19 9
8d 3.579'-2 1.089'-1 11032 12 81
9d 1.375'-2 2.209'-2 8018 9 90
t E n* cut
3d 0.398 142943.7 2.787 5.700
to A f lambda b c
4f 1.455'+1 6.874'-1 1500 99 1
5f 7.335 2.019'-1 1145 81 25
6f 3.949 8.378'-2 1005 72 37
7f 2.402 4.418'-2 936.1 67 43
8f 1.583 2.668'-2 895.9 64 46
9f 1.094 1.740'-2 870.4 61 48
t E n* cut
4d 2.130 201599.5 3.796 3.875
to A f lambda b c
4f 1.503'-1 4.928'-1 12500 1 3
5f 1.726 4.408'-1 3488 19 36
6f 1.166 1.469'-1 2450 21 53
7f 7.540'-1 6.819'-2 2076 21 61
8f 5.113'-1 3.827'-2 1888 21 65
9f 3.617'-1 2.401'-2 1778 20 67
t E n* cut
5d 6.457 227088.7 4.790 3.525
to A f lambda b c
4f 2.057'-1 7.203'-2 -5718 13 62
5f 2.885'-2 5.981'-1 31427 0 1
6f 3.763'-1 3.364'-1 6526 7 55
7f 3.055'-1 1.246'-1 4408 9 67
8f 2.231'-1 6.205'-2 3640 9 72
9f 1.636'-1 3.634'-2 3253 9 75\f
t E n* cut
6d 17.69 240314.6 5.755 3.225
to A f lambda b c
4f 8.626'-2 9.791'-3 -3256 15 84
5f 1.279'-1 1.358'-1 -9956 23 60
6f 1.928'-2 9.203'-1 47686 0 0
7f 9.214'-2 2.161'-1 10570 3 69
8f 8.894'-2 9.203'-2 7021 4 77
9f 7.101'-2 4.857'-2 5709 4 80
t E n* cut
7d 13.21 249121.1 6.855 2.950
to A f lambda b c
4f 3.152'-2 2.161'-3 -2530 4 91
5f 3.931'-2 1.185'-2 -5305 5 87
6f 4.862'-2 1.157'-1 -14904 6 70
7f 1.186'-3 5.821'-1 152943 0 0
8f 6.268'-2 4.451'-1 18394 3 61
9f 5.337'-2 1.476'-1 11481 3 75
t E n* cut
8d 34.82 254007.5 7.825 2.775
to A f lambda b c
4f 2.056'-2 1.117'-3 -2252 7 92
5f 2.632'-2 5.003'-3 -4213 9 90
6f 2.922'-2 2.327'-2 -8624 10 86
7f 3.264'-2 1.951'-1 -23627 11 66
8f 1.256'-3 8.713'-1 181765 0 0
9f 2.450'-2 3.517'-1 26151 1 69
t E n* cut
9d 62.10 257415.6 8.810 2.300
to A f lambda b c
4f 1.343'-2 6.291'-4 -2091 8 93
5f 1.787'-2 2.597'-3 -3684 11 92
6f 1.827'-2 8.692'-3 -6665 11 90
7f 1.922'-2 3.526'-2 -13088 12 85
8f 2.116'-2 2.774'-1 -34990 13 63
9f 8.907'-4 1.081 240500 0 0
t E n* cut
4f 0.680 209599.7 4.039 2.125
to A f lambda b c
5g 2.964 1.333 4830 100 0
6g 7.783'-1 1.388'-1 3042 46 57
7g 3.160'-1 3.766'-2 2486 29 72
8g 1.608'-1 1.532'-2 2223 22 79
9g 9.675'-2 8.009'-3 2072 18 82
t E n* cut
5f 1.100 230270.7 4.977 6.575
to A f lambda b c
5g 1.645'-8 3.157'-3 316'+4 0 11
6g 9.137'-1 1.183 8194 54 14
7g 4.468'-1 2.254'-1 5116 42 56
8g 2.533'-1 8.259'-2 4113 35 69
9g 1.602'-1 4.060'-2 3625 31 75\f
t E n* cut
6f 1.812 242411.7 5.968 6.100
to A f lambda b c
5g 7.235'-3 5.753'-3 -8258 0 90
6g 3.992'-7 1.933'-2 158'+4 0 5
7g 3.113'-1 1.094 13500 29 27
8g 1.870'-1 2.433'-1 8215 26 62
9g 1.185'-1 9.576'-2 6476 23 73
t E n* cut
7f 2.803 249775.0 6.964 5.475
to A f lambda b c
5g 1.621'-3 4.986'-4 -5135 0 97
6g 1.011'-2 2.211'-2 -13698 0 86
7g 3.034'-7 3.028'-2 228'+4 0 3
8g 1.260'-1 1.050 20791 17 36
9g 8.560'-2 2.528'-1 12378 16 67
t E n* cut
8f 4.027 254557.6 7.961 4.700
to A f lambda b c
5g 3.907'-4 7.745'-5 -4123 0 99
6g 4.690'-3 3.746'-3 -8276 0 94
7g 7.522'-3 3.906'-2 -21103 0 84
8g 1.360'-7 3.555'-2 368'+4 0 2
9g 5.851'-2 1.038 30340 11 42
t E n* cut
9f 5.613 257831.4 8.958 3.500
to A f lambda b c
5g 9.556'-5 1.470'-5 -3633 0 99
6g 2.509'-3 1.241'-3 -6512 0 96
7g 4.079'-3 7.409'-3 -12481 0 93
8g 5.496'-3 6.080'-2 -30801 0 83
9g 1.275'-7 4.989'-2 450'+4 0 1
t E n* cut
5g 3.374 230302.4 4.979 12.900
to A f lambda b c
6h 1.262 1.519 8106 100 0
7h 4.501'-1 2.139'-1 5093 51 54
8h 2.113'-1 6.518'-2 4103 35 69
9h 1.186'-1 2.849'-2 3621 28 76
t E n* cut
6g 5.910 242474.8 5.975 11.600
to A f lambda b c
6h 4.592'-6 3.106'-2 607607 0 11
7h 4.354'-1 1.433 13400 49 13
8h 2.197'-1 2.706'-1 8197 37 58
9h 1.263'-1 9.701'-2 6474 30 71
t E n* cut
7g 9.296 249818.9 6.972 10.675
to A f lambda b c
6h 1.666'-3 3.964'-3 -13928 0 93
7h 4.542'-6 5.942'-2 844880 0 7
8h 1.684'-1 1.309 20595 28 25
9h 1.049'-1 2.929'-1 12341 25 62\f
t E n* cut
8g 13.68 254584.8 7.968 10.075
to A f lambda b c
6h 4.113'-5 3.535'-5 -8371 0 99
7h 4.027'-3 2.287'-2 -21517 1 87
8h 4.172'-6 9.523'-2 112'+4 0 4
9h 7.459'-2 1.227 29965 18 34
t E n* cut
9g 19.04 257853.6 8.966 8.375
to A f lambda b c
6h 7.746'-5 4.105'-5 -6573 0 99
7h 1.929'-3 3.775'-3 -12632 0 94
8h 3.513'-3 4.264'-2 -31454 1 85
9h 3.376'-6 1.322'-1 146'+4 0 2
t E n* cut
6h 7.925 242639.4 5.993 21.500
t E n* cut
7h 11.29 249937.3 6.992 12.850
t E n* cut
8h 16.68 254674.4 7.991 10.250
t E n* cut
9h 23.56 257922.0 8.991 8.900
1 P IV (1 Mg I sequence)
Ionisation Potential 414 312.40
E n* cut
3s 0 2.059 0.025
to A f lambda b c
3p 4.364'+1 1.774 950.7 100 0
4p 6.935 4.703'-2 388.3 37 81
5p 8.680 3.811'-2 312.4 49 76
6p 5.541 2.010'-2 284.0 46 76
t E n* cut
4s 0.263 233995.0 3.120 0.025
to A f lambda b c
3p 3.809'+1 1.147'-1 -776.4 100 37
4p 1.223 9.941'-1 4251 7 0
5p 1.407 8.544'-2 1162 8 77
6p 1.099 3.541'-2 846.5 9 80
t E n* cut
5s 0.594 316627.0 4.240 0.025
to A f lambda b c
3p 1.041'+1 1.163'-2 -473.0 62 71
4p 6.417 9.179'-2 -1692 38 58
5p 1.239'-2 4.719'-1 29099 0 0
6p 9.226'-1 3.293'-1 2817 8 64\f
t E n* cut
3p 0.229 105189.9 2.383 0.475
to A f lambda b c
3d 4.596 4.096'-1 1889 100 0
4d 5.527'-1 3.764'-3 522.0 7 91
5d 5.597'-1 2.515'-3 424.1 14 90
t E n* cut
4p 0.533 257520.2 3.346 0.375
to A f lambda b c
3d 1.062'+1 9.674'-2 -1006 57 41
4d 7.608 1.235 2549 93 1
5d 6.477'-1 2.322'-2 1198 16 84
t E n* cut
5p 0.566 320063.5 4.316 0.250
to A f lambda b c
3d 5.561 1.908'-2 -617.6 31 65
4d 2.006 3.321'-1 -4291 11 21
5d 2.751 1.567 4775 69 4
t E n* cut
6p 0.823 352125.0 5.314 0.200
to A f lambda b c
3d 3.241 7.748'-3 -515.5 27 70
4d 6.339'-1 1.860'-2 -1806 5 81
5d 7.183'-1 5.225'-1 -8993 6 16
t E n* cut
3d 2.176 158138.2 2.618 6.025
t E n* cut
4d 1.225 296757.8 3.865 3.975
t E n* cut
5d 2.526 341004.8 4.894 3.600
3 P IV (3 Mg I sequence)
Ionisation Potential 414 312.40
t E n* cut
4s 0.264 226888.6 3.061 0.025
to A f lambda b c
3p 3.784'+1 7.548'-2 -631.8 100 45
4p 2.316 1.168 3349 24 0
5p 5.637'-1 2.916'-2 1073 9 86
t E n* cut
5s 0.419 309102.4 4.085 0.025
to A f lambda b c
3p 1.339'+1 1.157'-2 -415.8 56 69
4p 1.049'+1 1.912'-1 -1910 44 40
5p 3.614'-1 1.337 9071 6 0
t E n* cut
6s 0.693 346672.0 5.095 0.025
to A f lambda b c
3p 6.447 4.167'-3 -359.6 45 75
4p 4.535 2.803'-2 -1112 31 71
5p 3.452 2.448'-1 -3767 24 44\f
E n* cut
3p 68607.40 2.254 0.275
to A f lambda b c
3d 4.578'+1 7.842'-1 827.9 100 0
4d 5.198'-2 2.574'-4 445.2 1 97
5d 1.032'-2 3.510'-5 369.0 0 99
t E n* cut
4p 1.025 256751.3 3.338 0.350
to A f lambda b c
3d 7.437 1.474'-1 -1485 76 29
4d 6.263 1.175 2740 99 0
5d 2.860'-1 1.040'-2 1207 9 90
t E n* cut
5p 1.630 320126.0 4.318 0.250
to A f lambda b c
3d 2.795 1.471'-2 -764.9 46 72
4d 2.414 3.006'-1 -3720 39 26
5d 2.384 1.565 5126 78 3
t E n* cut
3d 0.218 189389.0 2.794 5.675
to A f lambda b c
4f 5.037'+1 8.096'-1 875.1 100 0
5f 2.302'+1 2.032'-1 648.5 81 25
t E n* cut
4d 1.584 293246.6 3.808 3.900
to A f lambda b c
4f 1.687'-1 3.265'-1 9604 0 4
5f 5.512 4.565'-1 1986 19 36
t E n* cut
5d 3.256 339635.5 4.849 3.625
to A f lambda b c
4f 3.911'-1 3.236'-2 -2780 13 74
5f 3.125'-2 4.195'-1 25288 0 2
t E n* cut
4f 0.198 303659.0 3.983 7.600
to A f lambda b c
5g 1.098'+1 1.321 2498 100 0
t E n* cut
5f 0.350 343590.0 4.983 6.150
to A f lambda b c
5g 2.646'-7 5.312'-3 102'+4 0 13
t E n* cut
5g 0.910 343688.0 4.986 12.525
\f
▶EOF◀