Tables¶
The module contains static lookup tables for atom typing etc.
The tables are dictionaries that are indexed by elements. All known elements are listed
in the elements set.
- class maicos.lib.tables.CMParameter(a: ndarray, b: ndarray, c: float)[source]¶
Cromer-Mann X-ray scattering factor parameters.
- maicos.lib.tables.CM_parameters = {'Ac': CMParameter(a=array([35.6597 , 23.1032 , 12.5977 , 4.08655]), b=array([ 0.589092, 3.65155 , 18.599 , 117.02 ]), c=13.5266), 'Ac3+': CMParameter(a=array([35.1736 , 22.1112 , 8.19216, 7.05545]), b=array([ 0.579689, 3.41437 , 12.9187 , 25.9443 ]), c=13.4637), 'Ag': CMParameter(a=array([19.2808, 16.6885, 4.8045, 1.0463]), b=array([ 0.6446, 7.4726, 24.6605, 99.8156]), c=5.179), 'Ag1+': CMParameter(a=array([19.1812 , 15.9719 , 5.27475 , 0.357534]), b=array([ 0.646179, 7.19123 , 21.7326 , 66.1147 ]), c=5.21572), 'Ag2+': CMParameter(a=array([19.1643, 16.2456, 4.3709, 0. ]), b=array([ 0.645643, 7.18544 , 21.4072 , 0. ]), c=5.21404), 'Al': CMParameter(a=array([6.4202, 1.9002, 1.5936, 1.9646]), b=array([ 3.0387, 0.7426, 31.5472, 85.0886]), c=1.1151), 'Al3+': CMParameter(a=array([4.17448 , 3.3876 , 1.20296 , 0.528137]), b=array([1.93816 , 4.14553 , 0.228753, 8.28524 ]), c=0.706786), 'Am': CMParameter(a=array([36.6706 , 24.0992 , 17.3415 , 3.49331]), b=array([ 0.483629, 3.20647 , 14.3136 , 102.273 ]), c=13.3592), 'Ar': CMParameter(a=array([7.4845, 6.7723, 0.6539, 1.6442]), b=array([ 0.9072, 14.8407, 43.8983, 33.3929]), c=1.4445), 'As': CMParameter(a=array([16.6723, 6.0701, 3.4313, 4.2779]), b=array([ 2.6345, 0.2647, 12.9479, 47.7972]), c=2.531), 'At': CMParameter(a=array([35.3163 , 19.0211 , 9.49887, 7.42518]), b=array([ 0.68587, 3.97458, 11.3824 , 45.4715 ]), c=13.7108), 'Au': CMParameter(a=array([16.8819, 18.5913, 25.5582, 5.86 ]), b=array([ 0.4611, 8.6216, 1.4826, 36.3956]), c=12.0658), 'Au1+': CMParameter(a=array([28.0109 , 17.8204 , 14.3359 , 6.58077]), b=array([ 1.35321 , 7.7395 , 0.356752, 26.4043 ]), c=11.2299), 'Au3+': CMParameter(a=array([30.6886 , 16.9029 , 12.7801 , 6.52354]), b=array([ 1.2199 , 6.82872 , 0.212867, 18.659 ]), c=9.0968), 'B': CMParameter(a=array([2.0545, 1.3326, 1.0979, 0.7068]), b=array([23.2185, 1.021 , 60.3498, 0.1403]), c=-0.1932), 'Ba': CMParameter(a=array([20.3361, 19.297 , 10.888 , 2.6959]), b=array([ 3.216 , 0.2756, 20.2073, 167.202 ]), c=2.7731), 'Ba2+': CMParameter(a=array([20.1807 , 19.1136 , 10.9054 , 0.77634]), b=array([ 3.21367, 0.28331, 20.0558 , 51.746 ]), c=3.02902), 'Be': CMParameter(a=array([1.5919, 1.1278, 0.5391, 0.7029]), b=array([ 43.6427, 1.8623, 103.483 , 0.542 ]), c=0.0385), 'Be2+': CMParameter(a=array([6.2603, 0.8849, 0.7993, 0.1647]), b=array([2.7000e-03, 8.3130e-01, 2.2758e+00, 5.1146e+00]), c=-6.1092), 'Bi': CMParameter(a=array([33.3689, 12.951 , 16.5877, 6.4692]), b=array([ 0.704 , 2.9238, 8.7937, 48.0093]), c=13.5782), 'Bi3+': CMParameter(a=array([21.8053 , 19.5026 , 19.1053 , 7.10295]), b=array([ 1.2356 , 6.24149 , 0.469999, 20.3185 ]), c=12.4711), 'Bi5+': CMParameter(a=array([33.5364 , 25.0946 , 19.2497 , 6.91555]), b=array([ 0.91654, 0.39042, 5.71414, 12.8285 ]), c=-6.7994), 'Bk': CMParameter(a=array([36.7881 , 24.7736 , 17.8919 , 4.23284]), b=array([ 0.451018, 3.04619 , 12.8946 , 86.003 ]), c=13.2754), 'Br': CMParameter(a=array([17.1789, 5.2358, 5.6377, 3.9851]), b=array([ 2.1723, 16.5796, 0.2609, 41.4328]), c=2.9557), 'Br1-': CMParameter(a=array([17.1718, 6.3338, 5.5754, 3.7272]), b=array([ 2.2059, 19.3345, 0.2871, 58.1535]), c=3.1776), 'C': CMParameter(a=array([2.31 , 1.02 , 1.5886, 0.865 ]), b=array([20.8439, 10.2075, 0.5687, 51.6512]), c=0.2156), 'Ca': CMParameter(a=array([8.6266, 7.3873, 1.5899, 1.0211]), b=array([ 10.4421, 0.6599, 85.7484, 178.437 ]), c=1.3751), 'Ca2+': CMParameter(a=array([15.6348, 7.9518, 8.4372, 0.8537]), b=array([-7.40000e-03, 6.08900e-01, 1.03116e+01, 2.59905e+01]), c=-14.875), 'Cd': CMParameter(a=array([19.2214, 17.6444, 4.461 , 1.6029]), b=array([ 0.5946, 6.9089, 24.7008, 87.4825]), c=5.0694), 'Cd2+': CMParameter(a=array([19.1514 , 17.2535 , 4.47128, 0. ]), b=array([ 0.597922, 6.80639 , 20.2521 , 0. ]), c=5.11937), 'Ce': CMParameter(a=array([21.1671 , 19.7695 , 11.8513 , 3.33049]), b=array([ 2.81219 , 0.226836, 17.6083 , 127.113 ]), c=1.86264), 'Ce3+': CMParameter(a=array([20.8036 , 19.559 , 11.9369 , 0.612376]), b=array([ 2.77691, 0.23154, 16.5408 , 43.1692 ]), c=2.09013), 'Ce4+': CMParameter(a=array([20.3235 , 19.8186 , 12.1233 , 0.144583]), b=array([ 2.65941, 0.21885, 15.7992 , 62.2355 ]), c=1.5918), 'Cf': CMParameter(a=array([36.9185 , 25.1995 , 18.3317 , 4.24391]), b=array([ 0.437533, 3.00775 , 12.4044 , 83.7881 ]), c=13.2674), 'Cl': CMParameter(a=array([11.4604, 7.1964, 6.2556, 1.6455]), b=array([1.04000e-02, 1.16620e+00, 1.85194e+01, 4.77784e+01]), c=-9.5574), 'Cl1-': CMParameter(a=array([18.2915, 7.2084, 6.5337, 2.3386]), b=array([6.60000e-03, 1.17170e+00, 1.95424e+01, 6.04486e+01]), c=-16.378), 'Cm': CMParameter(a=array([36.6488 , 24.4096 , 17.399 , 4.21665]), b=array([ 0.465154, 3.08997 , 13.4346 , 88.4834 ]), c=13.2887), 'Co': CMParameter(a=array([12.2841, 7.3409, 4.0034, 2.3488]), b=array([ 4.2791, 0.2784, 13.5359, 71.1692]), c=1.0118), 'Co2+': CMParameter(a=array([11.2296, 7.3883, 4.7393, 0.7108]), b=array([ 4.1231, 0.2726, 10.2443, 25.6466]), c=0.9324), 'Co3+': CMParameter(a=array([10.338 , 7.88173 , 4.76795 , 0.725591]), b=array([ 3.90969 , 0.238668, 8.35583 , 18.3491 ]), c=0.286667), 'Cr': CMParameter(a=array([10.6406, 7.3537, 3.324 , 1.4922]), b=array([ 6.1038, 0.392 , 20.2626, 98.7399]), c=1.1832), 'Cr2+': CMParameter(a=array([9.54034 , 7.7509 , 3.58274 , 0.509107]), b=array([ 5.66078 , 0.344261, 13.3075 , 32.4224 ]), c=0.616898), 'Cr3+': CMParameter(a=array([9.6809 , 7.81136 , 2.87603 , 0.113575]), b=array([ 5.59463 , 0.334393, 12.8288 , 32.8761 ]), c=0.518275), 'Cs': CMParameter(a=array([20.3892, 19.1062, 10.662 , 1.4953]), b=array([ 3.569 , 0.3107, 24.3879, 213.904 ]), c=3.3352), 'Cs1+': CMParameter(a=array([20.3524, 19.1278, 10.2821, 0.9615]), b=array([ 3.552 , 0.3086, 23.7128, 59.4565]), c=3.2791), 'Cu': CMParameter(a=array([13.338 , 7.1676, 5.6158, 1.6735]), b=array([ 3.5828, 0.247 , 11.3966, 64.8126]), c=1.191), 'Cu1+': CMParameter(a=array([11.9475, 7.3573, 6.2455, 1.5578]), b=array([ 3.3669, 0.2274, 8.6625, 25.8487]), c=0.89), 'Cu2+': CMParameter(a=array([11.8168 , 7.11181, 5.78135, 1.14523]), b=array([ 3.37484 , 0.244078, 7.9876 , 19.897 ]), c=1.14431), 'Cval': CMParameter(a=array([2.26069 , 1.56165 , 1.05075 , 0.839259]), b=array([22.6907 , 0.656665, 9.75618 , 55.5949 ]), c=0.286977), 'Dummy': CMParameter(a=array([0., 0., 0., 0.]), b=array([0., 0., 0., 0.]), c=0.0), 'Dy': CMParameter(a=array([26.507 , 17.6383 , 14.5596 , 2.96577]), b=array([ 2.1802 , 0.202172, 12.1899 , 111.874 ]), c=4.29728), 'Dy3+': CMParameter(a=array([25.5395 , 20.2861 , 11.9812 , 4.50073]), b=array([ 1.9804 , 0.143384, 9.34972 , 19.581 ]), c=0.68969), 'Er': CMParameter(a=array([27.6563 , 16.4285 , 14.9779 , 2.98233]), b=array([ 2.07356 , 0.223545, 11.3604 , 105.703 ]), c=5.92046), 'Er3+': CMParameter(a=array([26.722 , 19.7748 , 12.1506 , 5.17379]), b=array([ 1.84659, 0.13729, 8.36225, 17.8974 ]), c=1.17613), 'Eu': CMParameter(a=array([24.6274, 19.0886, 13.7603, 2.9227]), b=array([ 2.3879, 0.1942, 13.7546, 123.174 ]), c=2.5745), 'Eu2+': CMParameter(a=array([24.0063 , 19.9504 , 11.8034 , 3.87243]), b=array([ 2.27783, 0.17353, 11.6096 , 26.5156 ]), c=1.36389), 'Eu3+': CMParameter(a=array([23.7497 , 20.3745 , 11.8509 , 3.26503]), b=array([ 2.22258, 0.16394, 11.311 , 22.9966 ]), c=0.759344), 'F': CMParameter(a=array([3.5392, 2.6412, 1.517 , 1.0243]), b=array([10.2825, 4.2944, 0.2615, 26.1476]), c=0.2776), 'F1-': CMParameter(a=array([3.6322 , 3.51057 , 1.26064 , 0.940706]), b=array([ 5.27756 , 14.7353 , 0.442258, 47.3437 ]), c=0.653396), 'Fe': CMParameter(a=array([11.7695, 7.3573, 3.5222, 2.3045]), b=array([ 4.7611, 0.3072, 15.3535, 76.8805]), c=1.0369), 'Fe2+': CMParameter(a=array([11.0424, 7.374 , 4.1346, 0.4399]), b=array([ 4.6538, 0.3053, 12.0546, 31.2809]), c=1.0097), 'Fe3+': CMParameter(a=array([11.1764, 7.3863, 3.3948, 0.0724]), b=array([ 4.6147, 0.3005, 11.6729, 38.5566]), c=0.9707), 'Fr': CMParameter(a=array([35.9299 , 23.0547 , 12.1439 , 2.11253]), b=array([ 0.646453, 4.17619 , 23.1052 , 150.645 ]), c=13.7247), 'Ga': CMParameter(a=array([15.2354, 6.7006, 4.3591, 2.9623]), b=array([ 3.0669, 0.2412, 10.7805, 61.4135]), c=1.7189), 'Ga3+': CMParameter(a=array([12.692 , 6.69883, 6.06692, 1.0066 ]), b=array([ 2.81262, 0.22789, 6.36441, 14.4122 ]), c=1.53545), 'Gd': CMParameter(a=array([25.0709 , 19.0798 , 13.8518 , 3.54545]), b=array([ 2.25341 , 0.181951, 12.9331 , 101.398 ]), c=2.4196), 'Gd3+': CMParameter(a=array([24.3466, 20.4208, 11.8708, 3.7149]), b=array([ 2.13553 , 0.155525, 10.5782 , 21.7029 ]), c=0.645089), 'Ge': CMParameter(a=array([16.0816, 6.3747, 3.7068, 3.683 ]), b=array([ 2.8509, 0.2516, 11.4468, 54.7625]), c=2.1313), 'Ge4+': CMParameter(a=array([12.9172 , 6.70003 , 6.06791 , 0.859041]), b=array([ 2.53718 , 0.205855, 5.47913 , 11.603 ]), c=1.45572), 'H': CMParameter(a=array([0.489918, 0.262003, 0.196767, 0.049879]), b=array([20.6593 , 7.74039, 49.5519 , 2.20159]), c=0.001305), 'H1-': CMParameter(a=array([0.897661, 0.565616, 0.415815, 0.116973]), b=array([ 53.1368 , 15.187 , 186.576 , 3.56709]), c=0.002389), 'He': CMParameter(a=array([0.8734, 0.6309, 0.3112, 0.178 ]), b=array([ 9.1037, 3.3568, 22.9276, 0.9821]), c=0.0064), 'Hf': CMParameter(a=array([29.144 , 15.1726 , 14.7586 , 4.30013]), b=array([ 1.83262 , 9.5999 , 0.275116, 72.029 ]), c=8.58154), 'Hf4+': CMParameter(a=array([28.8131 , 18.4601 , 12.7285 , 5.59927]), b=array([ 1.59136 , 0.128903, 6.76232 , 14.0366 ]), c=2.39699), 'Hg': CMParameter(a=array([20.6809, 19.0417, 21.6575, 5.9676]), b=array([ 0.545 , 8.4484, 1.5729, 38.3246]), c=12.6089), 'Hg1+': CMParameter(a=array([25.0853 , 18.4973 , 16.8883 , 6.48216]), b=array([ 1.39507 , 7.65105 , 0.443378, 28.2262 ]), c=12.0205), 'Hg2+': CMParameter(a=array([29.5641 , 18.06 , 12.8374 , 6.89912]), b=array([ 1.21152 , 7.05639 , 0.284738, 20.7482 ]), c=10.6268), 'Ho': CMParameter(a=array([26.9049 , 17.294 , 14.5583 , 3.63837]), b=array([ 2.07051, 0.19794, 11.4407 , 92.6566 ]), c=4.56796), 'Ho3+': CMParameter(a=array([26.1296 , 20.0994 , 11.9788 , 4.93676]), b=array([ 1.91072 , 0.139358, 8.80018 , 18.5908 ]), c=0.852795), 'I': CMParameter(a=array([20.1472, 18.9949, 7.5138, 2.2735]), b=array([ 4.347 , 0.3814, 27.766 , 66.8776]), c=4.0712), 'I1-': CMParameter(a=array([20.2332, 18.997 , 7.8069, 2.8868]), b=array([ 4.3579, 0.3815, 29.5259, 84.9304]), c=4.0714), 'In': CMParameter(a=array([19.1624, 18.5596, 4.2948, 2.0396]), b=array([ 0.5476, 6.3776, 25.8499, 92.8029]), c=4.9391), 'In3+': CMParameter(a=array([19.1045 , 18.1108 , 3.78897, 0. ]), b=array([ 0.551522, 6.3247 , 17.3595 , 0. ]), c=4.99635), 'Ir': CMParameter(a=array([27.3049 , 16.7296 , 15.6115 , 5.83377]), b=array([ 1.59279 , 8.86553 , 0.417916, 45.0011 ]), c=11.4722), 'Ir3+': CMParameter(a=array([30.4156 , 15.862 , 13.6145 , 5.82008]), b=array([ 1.34323 , 7.10909 , 0.204633, 20.3254 ]), c=8.27903), 'Ir4+': CMParameter(a=array([30.7058 , 15.5512 , 14.2326 , 5.53672]), b=array([ 1.30923 , 6.71983 , 0.167252, 17.4911 ]), c=6.96824), 'K': CMParameter(a=array([8.2186, 7.4398, 1.0519, 0.8659]), b=array([ 12.7949, 0.7748, 213.187 , 41.6841]), c=1.4228), 'K1+': CMParameter(a=array([7.9578, 7.4917, 6.359 , 1.1915]), b=array([ 1.26331e+01, 7.67400e-01, -2.00000e-03, 3.19128e+01]), c=-4.9978), 'Kr': CMParameter(a=array([17.3555, 6.7286, 5.5493, 3.5375]), b=array([ 1.9384, 16.5623, 0.2261, 39.3972]), c=2.825), 'La': CMParameter(a=array([20.578 , 19.599 , 11.3727 , 3.28719]), b=array([ 2.94817 , 0.244475, 18.7726 , 133.124 ]), c=2.14678), 'La3+': CMParameter(a=array([20.2489 , 19.3763 , 11.6323 , 0.336048]), b=array([ 2.9207 , 0.250698, 17.8211 , 54.9453 ]), c=2.4086), 'Li': CMParameter(a=array([1.1282, 0.7508, 0.6175, 0.4653]), b=array([ 3.9546, 1.0524, 85.3905, 168.261 ]), c=0.0377), 'Li1+': CMParameter(a=array([0.6968, 0.7888, 0.3414, 0.1563]), b=array([ 4.6237, 1.9557, 0.6316, 10.0953]), c=0.0167), 'Lu': CMParameter(a=array([28.9476 , 15.2208 , 15.1 , 3.71601]), b=array([ 1.90182 , 9.98519 , 0.261033, 84.3298 ]), c=7.97628), 'Lu3+': CMParameter(a=array([28.4628 , 18.121 , 12.8429 , 5.59415]), b=array([ 1.68216 , 0.142292, 7.33727 , 16.3535 ]), c=2.97573), 'Mg': CMParameter(a=array([5.4204, 2.1735, 1.2269, 2.3073]), b=array([ 2.8275, 79.2611, 0.3808, 7.1937]), c=0.8584), 'Mg2+': CMParameter(a=array([3.4988, 3.8378, 1.3284, 0.8497]), b=array([ 2.1676, 4.7542, 0.185 , 10.1411]), c=0.4853), 'Mn': CMParameter(a=array([11.2819, 7.3573, 3.0193, 2.2441]), b=array([ 5.3409, 0.3432, 17.8674, 83.7543]), c=1.0896), 'Mn2+': CMParameter(a=array([10.8061, 7.362 , 3.5268, 0.2184]), b=array([ 5.2796, 0.3435, 14.343 , 41.3235]), c=1.0874), 'Mn3+': CMParameter(a=array([9.84521 , 7.87194 , 3.56531 , 0.323613]), b=array([ 4.91797 , 0.294393, 10.8171 , 24.1281 ]), c=0.393974), 'Mn4+': CMParameter(a=array([9.96253 , 7.97057 , 2.76067 , 0.054447]), b=array([ 4.8485 , 0.283303, 10.4852 , 27.573 ]), c=0.251877), 'Mo': CMParameter(a=array([ 3.7025, 17.2356, 12.8876, 3.7429]), b=array([ 0.2772, 1.0958, 11.004 , 61.6584]), c=4.3875), 'Mo3+': CMParameter(a=array([21.1664 , 18.2017 , 11.7423 , 2.30951]), b=array([1.47340e-02, 1.03031e+00, 9.53659e+00, 2.66307e+01]), c=-14.421), 'Mo5+': CMParameter(a=array([21.0149 , 18.0992 , 11.4632 , 0.740625]), b=array([1.43450e-02, 1.02238e+00, 8.78809e+00, 2.33452e+01]), c=-14.316), 'Mo6+': CMParameter(a=array([17.8871 , 11.175 , 6.57891, 0. ]), b=array([1.03649 , 8.48061 , 0.058881, 0. ]), c=0.344941), 'N': CMParameter(a=array([12.2126, 3.1322, 2.0125, 1.1663]), b=array([5.70000e-03, 9.89330e+00, 2.89975e+01, 5.82600e-01]), c=-11.529), 'Na': CMParameter(a=array([4.7626, 3.1736, 1.2674, 1.1128]), b=array([ 3.285 , 8.8422, 0.3136, 129.424 ]), c=0.676), 'Na1+': CMParameter(a=array([3.2565, 3.9362, 1.3998, 1.0032]), b=array([ 2.6671, 6.1153, 0.2001, 14.039 ]), c=0.404), 'Nb': CMParameter(a=array([17.6142 , 12.0144 , 4.04183, 3.53346]), b=array([ 1.18865 , 11.766 , 0.204785, 69.7957 ]), c=3.75591), 'Nb3+': CMParameter(a=array([19.8812 , 18.0653 , 11.0177 , 1.94715]), b=array([1.91750e-02, 1.13305e+00, 1.01621e+01, 2.83389e+01]), c=-12.912), 'Nb5+': CMParameter(a=array([17.9163 , 13.3417 , 10.799 , 0.337905]), b=array([ 1.12446 , 0.028781, 9.28206 , 25.7228 ]), c=-6.3934), 'Nd': CMParameter(a=array([22.6845 , 19.6847 , 12.774 , 2.85137]), b=array([ 2.66248 , 0.210628, 15.885 , 137.903 ]), c=1.98486), 'Nd3+': CMParameter(a=array([21.961 , 19.9339 , 12.12 , 1.51031]), b=array([ 2.52722 , 0.199237, 14.1783 , 30.8717 ]), c=1.47588), 'Ne': CMParameter(a=array([3.9553, 3.1125, 1.4546, 1.1251]), b=array([ 8.4042, 3.4262, 0.2306, 21.7184]), c=0.3515), 'Ni': CMParameter(a=array([12.8376, 7.292 , 4.4438, 2.38 ]), b=array([ 3.8785, 0.2565, 12.1763, 66.3421]), c=1.0341), 'Ni2+': CMParameter(a=array([11.4166, 7.4005, 5.3442, 0.9773]), b=array([ 3.6766, 0.2449, 8.873 , 22.1626]), c=0.8614), 'Ni3+': CMParameter(a=array([10.7806 , 7.75868 , 5.22746 , 0.847114]), b=array([ 3.5477 , 0.22314, 7.64468, 16.9673 ]), c=0.386044), 'Np': CMParameter(a=array([36.1874, 23.5964, 15.6402, 4.1855]), b=array([ 0.511929, 3.25396 , 15.3622 , 97.4908 ]), c=13.3573), 'Np3+': CMParameter(a=array([35.7074 , 22.613 , 12.9898 , 5.43227]), b=array([ 0.502322, 3.03807 , 12.1449 , 25.4928 ]), c=13.2544), 'Np4+': CMParameter(a=array([35.5103 , 22.5787 , 12.7766 , 4.92159]), b=array([ 0.498626, 2.96627 , 11.9484 , 22.7502 ]), c=13.2116), 'Np6+': CMParameter(a=array([35.0136 , 22.7286 , 14.3884 , 1.75669]), b=array([ 0.48981, 2.81099, 12.33 , 22.6581 ]), c=13.113), 'O': CMParameter(a=array([3.0485, 2.2868, 1.5463, 0.867 ]), b=array([13.2771, 5.7011, 0.3239, 32.9089]), c=0.2508), 'O1-': CMParameter(a=array([ 4.1916 , 1.63969, 1.52673, -20.307 ]), b=array([ 1.28573e+01, 4.17236e+00, 4.70179e+01, -1.40400e-02]), c=21.9412), 'Os': CMParameter(a=array([28.1894 , 16.155 , 14.9305 , 5.67589]), b=array([ 1.62903 , 8.97948 , 0.382661, 48.1647 ]), c=11.0005), 'Os4+': CMParameter(a=array([30.419 , 15.2637 , 14.7458 , 5.06795]), b=array([ 1.37113 , 6.84706 , 0.165191, 18.003 ]), c=6.49804), 'P': CMParameter(a=array([6.4345, 4.1791, 1.78 , 1.4908]), b=array([ 1.9067, 27.157 , 0.526 , 68.1645]), c=1.1149), 'Pa': CMParameter(a=array([35.8847 , 23.2948 , 14.1891 , 4.17287]), b=array([ 0.547751, 3.41519 , 16.9235 , 105.251 ]), c=13.4287), 'Pb': CMParameter(a=array([31.0617, 13.0637, 18.442 , 5.9696]), b=array([ 0.6902, 2.3576, 8.618 , 47.2579]), c=13.4118), 'Pb2+': CMParameter(a=array([21.7886 , 19.5682 , 19.1406 , 7.01107]), b=array([ 1.3366 , 0.488383, 6.7727 , 23.8132 ]), c=12.4734), 'Pb4+': CMParameter(a=array([32.1244 , 18.8003 , 12.0175 , 6.96886]), b=array([ 1.00566 , 6.10926 , 0.147041, 14.714 ]), c=8.08428), 'Pd': CMParameter(a=array([19.3319 , 15.5017 , 5.29537 , 0.605844]), b=array([ 0.698655, 7.98929 , 25.2052 , 76.8986 ]), c=5.26593), 'Pd2+': CMParameter(a=array([19.1701 , 15.2096 , 4.32234, 0. ]), b=array([ 0.696219, 7.55573 , 22.5057 , 0. ]), c=5.2916), 'Pd4+': CMParameter(a=array([19.2493 , 14.79 , 2.89289, -7.9492 ]), b=array([6.83839e-01, 7.14833e+00, 1.79144e+01, 5.12700e-03]), c=13.0174), 'Pm': CMParameter(a=array([23.3405 , 19.6095 , 13.1235 , 2.87516]), b=array([ 2.5627 , 0.202088, 15.1009 , 132.721 ]), c=2.02876), 'Pm3+': CMParameter(a=array([22.5527 , 20.1108 , 12.0671 , 2.07492]), b=array([ 2.4174 , 0.185769, 13.1275 , 27.4491 ]), c=1.19499), 'Po': CMParameter(a=array([34.6726 , 15.4733 , 13.1138 , 7.02588]), b=array([ 0.700999, 3.55078 , 9.55642 , 47.0045 ]), c=13.677), 'Pr': CMParameter(a=array([22.044 , 19.6697 , 12.3856 , 2.82428]), b=array([ 2.77393 , 0.222087, 16.7669 , 143.644 ]), c=2.0583), 'Pr3+': CMParameter(a=array([21.3727 , 19.7491 , 12.1329 , 0.97518]), b=array([ 2.6452 , 0.214299, 15.323 , 36.4065 ]), c=1.77132), 'Pr4+': CMParameter(a=array([20.9413 , 20.0539 , 12.4668 , 0.296689]), b=array([ 2.54467 , 0.202481, 14.8137 , 45.4643 ]), c=1.24285), 'Pt': CMParameter(a=array([27.0059, 17.7639, 15.7131, 5.7837]), b=array([ 1.51293 , 8.81174 , 0.424593, 38.6103 ]), c=11.6883), 'Pt2+': CMParameter(a=array([29.8429 , 16.7224 , 13.2153 , 6.35234]), b=array([ 1.32927 , 7.38979 , 0.263297, 22.9426 ]), c=9.85329), 'Pt4+': CMParameter(a=array([30.9612 , 15.9829 , 13.7348 , 5.92034]), b=array([ 1.24813, 6.60834, 0.16864, 16.9392 ]), c=7.39534), 'Pu': CMParameter(a=array([36.5254 , 23.8083 , 16.7707 , 3.47947]), b=array([ 0.499384, 3.26371 , 14.9455 , 105.98 ]), c=13.3812), 'Pu3+': CMParameter(a=array([35.84 , 22.7169 , 13.5807 , 5.66016]), b=array([ 0.484938, 2.96118 , 11.5331 , 24.3992 ]), c=13.1991), 'Pu4+': CMParameter(a=array([35.6493 , 22.646 , 13.3595 , 5.18831]), b=array([ 0.481422, 2.8902 , 11.316 , 21.8301 ]), c=13.1555), 'Pu6+': CMParameter(a=array([35.1736 , 22.7181 , 14.7635 , 2.28678]), b=array([ 0.473204, 2.73848 , 11.553 , 20.9303 ]), c=13.0582), 'Ra': CMParameter(a=array([35.763 , 22.9064 , 12.4739 , 3.21097]), b=array([ 0.616341, 3.87135 , 19.9887 , 142.325 ]), c=13.6211), 'Ra2+': CMParameter(a=array([35.215 , 21.67 , 7.91342, 7.65078]), b=array([ 0.604909, 3.5767 , 12.601 , 29.8436 ]), c=13.5431), 'Rb': CMParameter(a=array([17.1784, 9.6435, 5.1399, 1.5292]), b=array([ 1.7888, 17.3151, 0.2748, 164.934 ]), c=3.4873), 'Rb1+': CMParameter(a=array([17.5816, 7.6598, 5.8981, 2.7817]), b=array([ 1.7139, 14.7957, 0.1603, 31.2087]), c=2.0782), 'Re': CMParameter(a=array([28.7621 , 15.7189 , 14.5564 , 5.44174]), b=array([ 1.67191, 9.09227, 0.3505 , 52.0861 ]), c=10.472), 'Rh': CMParameter(a=array([19.2957 , 14.3501 , 4.73425, 1.28918]), b=array([ 0.751536, 8.21758 , 25.8749 , 98.6062 ]), c=5.328), 'Rh3+': CMParameter(a=array([18.8785 , 14.1259 , 3.32515, -6.1989 ]), b=array([ 7.64252e-01, 7.84438e+00, 2.12487e+01, -1.03600e-02]), c=11.8678), 'Rh4+': CMParameter(a=array([18.8545 , 13.9806 , 2.53464, -5.6526 ]), b=array([ 7.60825e-01, 7.62436e+00, 1.93317e+01, -1.02000e-02]), c=11.2835), 'Rn': CMParameter(a=array([35.5631, 21.2816, 8.0037, 7.4433]), b=array([ 0.6631, 4.0691, 14.0422, 44.2473]), c=13.6905), 'Ru': CMParameter(a=array([19.2674 , 12.9182 , 4.86337, 1.56756]), b=array([ 0.80852, 8.43467, 24.7997 , 94.2928 ]), c=5.37874), 'Ru3+': CMParameter(a=array([18.5638 , 13.2885 , 9.32602, 3.00964]), b=array([8.47329e-01, 8.37164e+00, 1.76620e-02, 2.28870e+01]), c=-3.1892), 'Ru4+': CMParameter(a=array([18.5003 , 13.1787 , 4.71304, 2.18535]), b=array([ 0.844582, 8.12534 , 0.36495 , 20.8504 ]), c=1.42357), 'S': CMParameter(a=array([6.9053, 5.2034, 1.4379, 1.5863]), b=array([ 1.4679, 22.2151, 0.2536, 56.172 ]), c=0.8669), 'Sb': CMParameter(a=array([19.6418, 19.0455, 5.0371, 2.6827]), b=array([ 5.3034, 0.4607, 27.9074, 75.2825]), c=4.5909), 'Sb3+': CMParameter(a=array([18.9755 , 18.933 , 5.10789 , 0.288753]), b=array([ 0.467196, 5.22126 , 19.5902 , 55.5113 ]), c=4.69626), 'Sb5+': CMParameter(a=array([19.8685 , 19.0302 , 2.41253, 0. ]), b=array([ 5.44853 , 0.467973, 14.1259 , 0. ]), c=4.69263), 'Sc': CMParameter(a=array([9.189 , 7.3679, 1.6409, 1.468 ]), b=array([ 9.0213, 0.5729, 136.108 , 51.3531]), c=1.3329), 'Sc3+': CMParameter(a=array([13.4008 , 8.0273 , 1.65943, 1.57936]), b=array([ 0.29854, 7.9629 , -0.28604, 16.0662 ]), c=-6.6667), 'Se': CMParameter(a=array([17.0006, 5.8196, 3.9731, 4.3543]), b=array([ 2.4098, 0.2726, 15.2372, 43.8163]), c=2.8409), 'Si4+': CMParameter(a=array([4.43918, 3.20345, 1.19453, 0.41653]), b=array([1.64167, 3.43757, 0.2149 , 6.65365]), c=0.746297), 'Siv': CMParameter(a=array([6.2915, 3.0353, 1.9891, 1.541 ]), b=array([ 2.4386, 32.3337, 0.6785, 81.6937]), c=1.1407), 'Sival': CMParameter(a=array([5.66269, 3.07164, 2.62446, 1.3932 ]), b=array([ 2.6652 , 38.6634 , 0.916946, 93.5458 ]), c=1.24707), 'Sm': CMParameter(a=array([24.0042 , 19.4258 , 13.4396 , 2.89604]), b=array([ 2.47274 , 0.196451, 14.3996 , 128.007 ]), c=2.20963), 'Sm3+': CMParameter(a=array([23.1504 , 20.2599 , 11.9202 , 2.71488]), b=array([ 2.31641 , 0.174081, 12.1571 , 24.8242 ]), c=0.954586), 'Sn': CMParameter(a=array([19.1889, 19.1005, 4.4585, 2.4663]), b=array([ 5.8303, 0.5031, 26.8909, 83.9571]), c=4.7821), 'Sn2+': CMParameter(a=array([19.1094, 19.0548, 4.5648, 0.487 ]), b=array([ 0.5036, 5.8378, 23.3752, 62.2061]), c=4.7861), 'Sn4+': CMParameter(a=array([1.89333e+01, 1.97131e+01, 3.41820e+00, 1.93000e-02]), b=array([ 5.764 , 0.4655, 14.0049, -0.7583]), c=3.9182), 'Sr': CMParameter(a=array([17.5663, 9.8184, 5.422 , 2.6694]), b=array([ 1.5564, 14.0988, 0.1664, 132.376 ]), c=2.5064), 'Sr2+': CMParameter(a=array([ 18.0874, 8.1373, 2.5654, -34.193 ]), b=array([ 1.49070e+00, 1.26963e+01, 2.45651e+01, -1.38000e-02]), c=41.4025), 'Ta': CMParameter(a=array([29.2024 , 15.2293 , 14.5135 , 4.76492]), b=array([ 1.77333 , 9.37046 , 0.295977, 63.3644 ]), c=9.24354), 'Ta5+': CMParameter(a=array([29.1587 , 18.8407 , 12.8268 , 5.38695]), b=array([ 1.50711 , 0.116741, 6.31524 , 12.4244 ]), c=1.78555), 'Tb': CMParameter(a=array([25.8976 , 18.2185 , 14.3167 , 2.95354]), b=array([ 2.24256 , 0.196143, 12.6648 , 115.362 ]), c=3.58324), 'Tb3+': CMParameter(a=array([24.9559, 20.3271, 12.2471, 3.773 ]), b=array([ 2.05601 , 0.149525, 10.0499 , 21.2773 ]), c=0.691967), 'Tc': CMParameter(a=array([19.1301 , 11.0948 , 4.64901, 2.71263]), b=array([ 0.864132, 8.14487 , 21.5707 , 86.8472 ]), c=5.40428), 'Te': CMParameter(a=array([19.9644 , 19.0138 , 6.14487, 2.5239 ]), b=array([ 4.81742 , 0.420885, 28.5284 , 70.8403 ]), c=4.352), 'Th': CMParameter(a=array([35.5645 , 23.4219 , 12.7473 , 4.80703]), b=array([ 0.563359, 3.46204 , 17.8309 , 99.1722 ]), c=13.4314), 'Th4+': CMParameter(a=array([35.1007 , 22.4418 , 9.78554, 5.29444]), b=array([ 0.555054, 3.24498 , 13.4661 , 23.9533 ]), c=13.376), 'Ti': CMParameter(a=array([9.7595, 7.3558, 1.6991, 1.9021]), b=array([ 7.8508, 0.5 , 35.6338, 116.105 ]), c=1.2807), 'Ti2+': CMParameter(a=array([9.11423 , 7.62174 , 2.2793 , 0.087899]), b=array([ 7.5243 , 0.457585, 19.5361 , 61.6558 ]), c=0.897155), 'Ti3+': CMParameter(a=array([17.7344 , 8.73816, 5.25691, 1.92134]), b=array([ 0.22061, 7.04716, -0.15762, 15.9768 ]), c=-14.652), 'Ti4+': CMParameter(a=array([19.5114 , 8.23473, 2.01341, 1.5208 ]), b=array([ 0.178847, 6.67018 , -0.29263 , 12.9464 ]), c=-13.28), 'Tl': CMParameter(a=array([27.5446 , 19.1584 , 15.538 , 5.52593]), b=array([ 0.65515, 8.70751, 1.96347, 45.8149 ]), c=13.1746), 'Tl1+': CMParameter(a=array([21.3985 , 20.4723 , 18.7478 , 6.82847]), b=array([ 1.4711 , 0.517394, 7.43463 , 28.8482 ]), c=12.5258), 'Tl3+': CMParameter(a=array([30.8695 , 18.3481 , 11.9328 , 7.00574]), b=array([ 1.1008 , 6.53852 , 0.219074, 17.2114 ]), c=9.8027), 'Tm': CMParameter(a=array([28.1819 , 15.8851 , 15.1542 , 2.98706]), b=array([ 2.02859 , 0.238849, 10.9975 , 102.961 ]), c=6.75621), 'Tm3+': CMParameter(a=array([27.3083 , 19.332 , 12.3339 , 5.38348]), b=array([ 1.78711 , 0.136974, 7.96778 , 17.2922 ]), c=1.63929), 'U': CMParameter(a=array([36.0228, 23.4128, 14.9491, 4.188 ]), b=array([ 0.5293, 3.3253, 16.0927, 100.613 ]), c=13.3966), 'U3+': CMParameter(a=array([35.5747 , 22.5259 , 12.2165 , 5.37073]), b=array([ 0.52048, 3.12293, 12.7148 , 26.3394 ]), c=13.3092), 'U4+': CMParameter(a=array([35.3715, 22.5326, 12.0291, 4.7984]), b=array([ 0.516598, 3.05053 , 12.5723 , 23.4582 ]), c=13.2671), 'U6+': CMParameter(a=array([34.8509 , 22.7584 , 14.0099 , 1.21457]), b=array([ 0.507079, 2.8903 , 13.1767 , 25.2017 ]), c=13.1665), 'V': CMParameter(a=array([10.2971, 7.3511, 2.0703, 2.0571]), b=array([ 6.8657, 0.4385, 26.8938, 102.478 ]), c=1.2199), 'V2+': CMParameter(a=array([10.106 , 7.3541, 2.2884, 0.0223]), b=array([ 6.8818, 0.4409, 20.3004, 115.122 ]), c=1.2298), 'V3+': CMParameter(a=array([9.43141 , 7.7419 , 2.15343 , 0.016865]), b=array([ 6.39535 , 0.383349, 15.1908 , 63.969 ]), c=0.656565), 'V5+': CMParameter(a=array([15.6887 , 8.14208, 2.03081, -9.576 ]), b=array([0.679003, 5.40135 , 9.97278 , 0.940464]), c=1.7143), 'W': CMParameter(a=array([29.0818 , 15.43 , 14.4327 , 5.11982]), b=array([ 1.72029 , 9.2259 , 0.321703, 57.056 ]), c=9.8875), 'W6+': CMParameter(a=array([29.4936 , 19.3763 , 13.0544 , 5.06412]), b=array([ 1.42755 , 0.104621, 5.93667 , 11.1972 ]), c=1.01074), 'Xe': CMParameter(a=array([20.2933, 19.0298, 8.9767, 1.99 ]), b=array([ 3.9282, 0.344 , 26.4659, 64.2658]), c=3.7118), 'Y': CMParameter(a=array([17.776 , 10.2946 , 5.72629, 3.26588]), b=array([ 1.4029 , 12.8006 , 0.125599, 104.354 ]), c=1.91213), 'Y3+': CMParameter(a=array([ 17.9268 , 9.1531 , 1.76795, -33.108 ]), b=array([ 1.35417e+00, 1.12145e+01, 2.26599e+01, -1.31900e-02]), c=40.2602), 'Yb': CMParameter(a=array([28.6641 , 15.4345 , 15.3087 , 2.98963]), b=array([ 1.9889 , 0.257119, 10.6647 , 100.417 ]), c=7.56672), 'Yb2+': CMParameter(a=array([28.1209 , 17.6817 , 13.3335 , 5.14657]), b=array([ 1.78503, 0.15997, 8.18304, 20.39 ]), c=3.70983), 'Yb3+': CMParameter(a=array([27.8917 , 18.7614 , 12.6072 , 5.47647]), b=array([ 1.73272, 0.13879, 7.64412, 16.8153 ]), c=2.26001), 'Zn': CMParameter(a=array([14.0743, 7.0318, 5.1652, 2.41 ]), b=array([ 3.2655, 0.2333, 10.3163, 58.7097]), c=1.3041), 'Zn2+': CMParameter(a=array([11.9719, 7.3862, 6.4668, 1.394 ]), b=array([ 2.9946, 0.2031, 7.0826, 18.0995]), c=0.7807), 'Zr': CMParameter(a=array([17.8765 , 10.948 , 5.41732, 3.65721]), b=array([ 1.27618 , 11.916 , 0.117622, 87.6627 ]), c=2.06929), 'Zr4+': CMParameter(a=array([18.1668 , 10.0562 , 1.01118, -2.6479 ]), b=array([ 1.2148 , 10.1483 , 21.6054 , -0.10276]), c=9.41454)}¶
Cromer-Mann X-ray scattering factors computed from numerical Hartree-Fock wave functions. See https://it.iucr.org/Cb/ch6o1v0001/
- maicos.lib.tables.electron_count = {'Ac': np.float64(88.97375000000001), 'Ac3+': np.float64(85.99611), 'Ag': np.float64(46.999100000000006), 'Ag1+': np.float64(46.001104), 'Ag2+': np.float64(44.994839999999996), 'Al': np.float64(12.993699999999999), 'Al3+': np.float64(9.999962999999997), 'Am': np.float64(94.96381), 'Ar': np.float64(17.9994), 'As': np.float64(32.9826), 'At': np.float64(84.97225), 'Au': np.float64(78.9572), 'Au1+': np.float64(77.97787), 'Au3+': np.float64(75.99194), 'B': np.float64(4.998600000000001), 'Ba': np.float64(55.9901), 'Ba2+': np.float64(54.00506000000001), 'Be': np.float64(4.0002), 'Be2+': np.float64(1.9999999999999991), 'Bi': np.float64(82.955), 'Bi3+': np.float64(79.98725000000002), 'Bi5+': np.float64(77.99685), 'Bk': np.float64(96.96184), 'Br': np.float64(34.9932), 'Br1-': np.float64(35.9858), 'C': np.float64(5.9992), 'Ca': np.float64(20.0), 'Ca2+': np.float64(18.002500000000005), 'Cd': np.float64(47.9991), 'Cd2+': np.float64(45.995549999999994), 'Ce': np.float64(57.98103), 'Ce3+': np.float64(55.002006), 'Ce4+': np.float64(54.001782999999996), 'Cf': np.float64(97.96101), 'Cl': np.float64(17.000500000000002), 'Cl1-': np.float64(17.9942), 'Cm': np.float64(95.96275000000001), 'Co': np.float64(26.989), 'Co2+': np.float64(25.0004), 'Co3+': np.float64(23.999938), 'Cr': np.float64(23.9937), 'Cr2+': np.float64(21.999985000000002), 'Cr3+': np.float64(21.00014), 'Cs': np.float64(54.9879), 'Cs1+': np.float64(54.0029), 'Cu': np.float64(28.9859), 'Cu1+': np.float64(27.9981), 'Cu2+': np.float64(26.9995), 'Cval': np.float64(5.999326), 'Dummy': np.float64(0.0), 'Dy': np.float64(65.96795), 'Dy3+': np.float64(62.99722), 'Er': np.float64(67.96549), 'Er3+': np.float64(64.99732), 'Eu': np.float64(62.9735), 'Eu2+': np.float64(60.99641999999999), 'Eu3+': np.float64(59.999474), 'F': np.float64(8.9993), 'F1-': np.float64(9.997512000000002), 'Fe': np.float64(25.990400000000005), 'Fe2+': np.float64(24.0006), 'Fe3+': np.float64(23.0006), 'Fr': np.float64(86.96573000000001), 'Ga': np.float64(30.9763), 'Ga3+': np.float64(27.9998), 'Gd': np.float64(63.96755), 'Gd3+': np.float64(60.998188999999996), 'Ge': np.float64(31.977400000000003), 'Ge4+': np.float64(27.999901), 'H': np.float64(0.9998720000000001), 'H1-': np.float64(1.9984540000000002), 'He': np.float64(1.9998999999999998), 'Hf': np.float64(71.95687), 'Hf4+': np.float64(67.99796), 'Hg': np.float64(79.95660000000001), 'Hg1+': np.float64(78.97355999999999), 'Hg2+': np.float64(77.98742), 'Ho': np.float64(66.96353), 'Ho3+': np.float64(63.997355), 'I': np.float64(53.0006), 'I1-': np.float64(53.99529999999999), 'In': np.float64(48.99550000000001), 'In3+': np.float64(46.00062), 'Ir': np.float64(76.95197), 'Ir3+': np.float64(73.99121000000001), 'Ir4+': np.float64(72.99455999999999), 'K': np.float64(18.999), 'K1+': np.float64(18.002200000000002), 'Kr': np.float64(35.9959), 'La': np.float64(56.983670000000004), 'La3+': np.float64(54.002148), 'Li': np.float64(2.9995000000000003), 'Li1+': np.float64(1.9999999999999998), 'Lu': np.float64(70.96069), 'Lu3+': np.float64(67.99658), 'Mg': np.float64(11.9865), 'Mg2+': np.float64(10.000000000000002), 'Mn': np.float64(24.992200000000004), 'Mn2+': np.float64(23.000700000000002), 'Mn3+': np.float64(22.000047000000002), 'Mn4+': np.float64(21.000094), 'Mo': np.float64(41.956100000000006), 'Mo3+': np.float64(38.99891), 'Mo5+': np.float64(37.001925), 'Mo6+': np.float64(35.985951), 'N': np.float64(6.994599999999998), 'Na': np.float64(10.9924), 'Na1+': np.float64(9.9997), 'Nb': np.float64(40.959799999999994), 'Nb3+': np.float64(37.99935), 'Nb5+': np.float64(36.001505), 'Nd': np.float64(59.97943), 'Nd3+': np.float64(57.00108999999999), 'Ne': np.float64(9.998999999999999), 'Ni': np.float64(27.987499999999997), 'Ni2+': np.float64(26.0), 'Ni3+': np.float64(24.999897999999998), 'Np': np.float64(92.9668), 'Np3+': np.float64(89.99687), 'Np4+': np.float64(88.99879), 'Np6+': np.float64(87.00029), 'O': np.float64(7.9994000000000005), 'O1-': np.float64(8.99222), 'Os': np.float64(75.95129), 'Os4+': np.float64(71.99449), 'P': np.float64(14.9993), 'Pa': np.float64(90.97017), 'Pb': np.float64(81.9488), 'Pb2+': np.float64(79.98187), 'Pb4+': np.float64(77.99534), 'Pd': np.float64(46.000744), 'Pd2+': np.float64(43.99364), 'Pd4+': np.float64(42.000389999999996), 'Pm': np.float64(60.97742), 'Pm3+': np.float64(58.00050999999999), 'Po': np.float64(83.96258), 'Pr': np.float64(58.981880000000004), 'Pr3+': np.float64(56.0012), 'Pr4+': np.float64(55.001538999999994), 'Pt': np.float64(77.9549), 'Pt2+': np.float64(75.98623), 'Pt4+': np.float64(73.99458000000001), 'Pu': np.float64(93.96507), 'Pu3+': np.float64(90.99686), 'Pu4+': np.float64(89.99861), 'Pu6+': np.float64(88.00018), 'Ra': np.float64(87.97537), 'Ra2+': np.float64(85.9923), 'Rb': np.float64(36.9783), 'Rb1+': np.float64(35.9994), 'Re': np.float64(74.95114), 'Rh': np.float64(44.99723000000001), 'Rh3+': np.float64(41.99845), 'Rh4+': np.float64(41.000640000000004), 'Rn': np.float64(85.98219999999999), 'Ru': np.float64(43.99527), 'Ru3+': np.float64(40.99876), 'Ru4+': np.float64(40.00096), 'S': np.float64(15.9998), 'Sb': np.float64(50.998), 'Sb3+': np.float64(48.001403), 'Sb5+': np.float64(46.00386), 'Sc': np.float64(20.998699999999996), 'Sc3+': np.float64(18.000190000000003), 'Se': np.float64(33.988499999999995), 'Si4+': np.float64(9.999987), 'Siv': np.float64(13.997600000000002), 'Sival': np.float64(13.99906), 'Sm': np.float64(61.975269999999995), 'Sm3+': np.float64(58.999966), 'Sn': np.float64(49.9963), 'Sn2+': np.float64(48.0021), 'Sn4+': np.float64(46.0021), 'Sr': np.float64(37.9825), 'Sr2+': np.float64(35.9996), 'Ta': np.float64(72.95366), 'Ta5+': np.float64(67.9987), 'Tb': np.float64(64.96958), 'Tb3+': np.float64(61.995067000000006), 'Tc': np.float64(42.99081999999999), 'Te': np.float64(51.99897), 'Th': np.float64(89.97212999999999), 'Th4+': np.float64(85.99848), 'Ti': np.float64(21.9972), 'Ti2+': np.float64(20.000324), 'Ti3+': np.float64(18.99881), 'Ti4+': np.float64(18.00034), 'Tl': np.float64(80.94153), 'Tl1+': np.float64(79.97287), 'Tl3+': np.float64(77.95884), 'Tm': np.float64(68.96446999999999), 'Tm3+': np.float64(65.99697), 'U': np.float64(91.9693), 'U3+': np.float64(88.99703), 'U4+': np.float64(87.9987), 'U6+': np.float64(86.00027), 'V': np.float64(22.995499999999996), 'V2+': np.float64(21.000600000000002), 'V3+': np.float64(20.00017), 'V5+': np.float64(17.99989), 'W': np.float64(73.95182000000001), 'W6+': np.float64(67.99916), 'Xe': np.float64(54.001599999999996), 'Y': np.float64(38.9749), 'Y3+': np.float64(36.00005), 'Yb': np.float64(69.96365), 'Yb2+': np.float64(67.99249999999999), 'Yb3+': np.float64(66.99677999999999), 'Zn': np.float64(29.9854), 'Zn2+': np.float64(27.999599999999997), 'Zr': np.float64(39.968320000000006), 'Zr4+': np.float64(36.00082)}¶
Number of electrons for each element Values are computed from \(q=0\) limit of Cromer-Mann parameters.
- maicos.lib.tables.elements = {'Ac', 'Ac3+', 'Ag', 'Ag1+', 'Ag2+', 'Al', 'Al3+', 'Am', 'Ar', 'As', 'At', 'Au', 'Au1+', 'Au3+', 'B', 'Ba', 'Ba2+', 'Be', 'Be2+', 'Bi', 'Bi3+', 'Bi5+', 'Bk', 'Br', 'Br1-', 'C', 'Ca', 'Ca2+', 'Cd', 'Cd2+', 'Ce', 'Ce3+', 'Ce4+', 'Cf', 'Cl', 'Cl1-', 'Cm', 'Co', 'Co2+', 'Co3+', 'Cr', 'Cr2+', 'Cr3+', 'Cs', 'Cs1+', 'Cu', 'Cu1+', 'Cu2+', 'Cval', 'Dummy', 'Dy', 'Dy3+', 'Er', 'Er3+', 'Eu', 'Eu2+', 'Eu3+', 'F', 'F1-', 'Fe', 'Fe2+', 'Fe3+', 'Fr', 'Ga', 'Ga3+', 'Gd', 'Gd3+', 'Ge', 'Ge4+', 'H', 'H1-', 'He', 'Hf', 'Hf4+', 'Hg', 'Hg1+', 'Hg2+', 'Ho', 'Ho3+', 'I', 'I1-', 'In', 'In3+', 'Ir', 'Ir3+', 'Ir4+', 'K', 'K1+', 'Kr', 'La', 'La3+', 'Li', 'Li1+', 'Lu', 'Lu3+', 'Mg', 'Mg2+', 'Mn', 'Mn2+', 'Mn3+', 'Mn4+', 'Mo', 'Mo3+', 'Mo5+', 'Mo6+', 'N', 'Na', 'Na1+', 'Nb', 'Nb3+', 'Nb5+', 'Nd', 'Nd3+', 'Ne', 'Ni', 'Ni2+', 'Ni3+', 'Np', 'Np3+', 'Np4+', 'Np6+', 'O', 'O1-', 'Os', 'Os4+', 'P', 'Pa', 'Pb', 'Pb2+', 'Pb4+', 'Pd', 'Pd2+', 'Pd4+', 'Pm', 'Pm3+', 'Po', 'Pr', 'Pr3+', 'Pr4+', 'Pt', 'Pt2+', 'Pt4+', 'Pu', 'Pu3+', 'Pu4+', 'Pu6+', 'Ra', 'Ra2+', 'Rb', 'Rb1+', 'Re', 'Rh', 'Rh3+', 'Rh4+', 'Rn', 'Ru', 'Ru3+', 'Ru4+', 'S', 'Sb', 'Sb3+', 'Sb5+', 'Sc', 'Sc3+', 'Se', 'Si4+', 'Siv', 'Sival', 'Sm', 'Sm3+', 'Sn', 'Sn2+', 'Sn4+', 'Sr', 'Sr2+', 'Ta', 'Ta5+', 'Tb', 'Tb3+', 'Tc', 'Te', 'Th', 'Th4+', 'Ti', 'Ti2+', 'Ti3+', 'Ti4+', 'Tl', 'Tl1+', 'Tl3+', 'Tm', 'Tm3+', 'U', 'U3+', 'U4+', 'U6+', 'V', 'V2+', 'V3+', 'V5+', 'W', 'W6+', 'Xe', 'Y', 'Y3+', 'Yb', 'Yb2+', 'Yb3+', 'Zn', 'Zn2+', 'Zr', 'Zr4+'}¶
Set of known elements for Cromer-Mann coefficients.