Ionocovalency and Applications 1 (3.) Ionocovalent Bond Parameter Function Table

J. Am. Huilin Ins. 2014, 5, 21.

      

英文原版:Int. J. Mol. Sci. 2010, 11, 4381-4406. IC-Model Full-Text

 

Ionocovalency and Applications

1 (3.) Ionocovalent Bond Parameter Function Table

 

Yonghe Zhang  American Huilin Institute

yzhanghuilin@gmail.com

 

Ionocovalent Bond Parameter Function Table

 

 

 

 

 n* -  Effective principle quantum number     I-      Ultimate IP             Iav - Average IP

Z* - Effective nuclear charge                      rc-1 -    σ-covalency           r-  Covalent radiu

Xz - Zhang electronegativity 1982               n*rc-1- Spatial covalency              

XIC -Zhang electronegativity 2010               IC  -    Ionocovalency

           
AtmNo Cation n* Iz Iav rc-1 n*rc-1 Z* rc Xz XIC IC
1 H+ 0.85 13.60 13.60 2.703 2.297 0.850 0.370 2.271 1.333 2.297
2 He2+ 0.85 54.40 39.50 3.571 3.036 1.449 0.280 6.001 2.518 5.173
3 Li+ 1.99 5.39 5.39 0.816 1.624 1.253 1.225 0.976 0.808 1.023
4 Be2+ 1.99 18.20 13.76 1.031 2.052 2.002 0.970 1.365 1.237 2.064
5 B3+ 1.99 37.90 23.80 1.250 2.488 2.633 0.800 2.026 1.743 3.291
6 C4+ 1.99 64.50 37.02 1.316 2.618 3.283 0.760 2.583 2.167 4.320
6 C3+ 1.99 47.90 27.85 1.316 2.618 2.848 0.760 2.333 1.931 3.747
6 C2+ 1.99 24.40 17.83 1.316 2.618 2.279 0.760 1.887 1.622 2.998
7 N5+ 1.99 97.90 53.41 1.351 2.689 3.943 0.740 3.125 2.583 5.329
7 N4+ 1.99 77.50 42.28 1.351 2.689 3.509 0.740 2.866 2.341 4.742
7 N3+ 1.99 47.50 30.54 1.351 2.689 2.982 0.740 2.412 2.047 4.030
7 N2+ 1.99 29.60 22.07 1.351 2.689 2.535 0.740 2.067 1.798 3.425
7 N+ 1.99 14.53 14.53 1.351 2.689 2.057 0.740 1.680 1.532 2.780
8 O6+ 1.99 138.00 72.02 1.370 2.726 4.579 0.730 3.642 2.972 6.273
8 O2+ 1.99 35.10 24.36 1.370 2.726 2.663 0.730 2.221 1.890 3.648
9 F7+ 1.99 185.00 94.03 1.408 2.803 5.233 0.710 4.284 3.423 7.370
10 Ne4+ 1.99 97.10 55.79 1.724 3.431 4.030 0.580 4.584 3.250 6.949
10 Ne2+ 1.99 41.00 31.27 1.724 3.431 3.018 0.580 3.250 2.530 5.203
11 Na+ 2.89 5.14 5.14 0.636 1.838 1.777 1.572 0.948 0.853 1.130
12 Mg2+ 2.89 15.00 11.33 0.733 2.119 2.637 1.364 1.168 1.184 1.933
13 Al3+ 2.89 28.50 17.76 0.826 2.388 3.303 1.210 1.464 1.512 2.730
13 Al+ 2.89 5.99 5.99 0.826 2.388 1.918 1.210 1.091 1.040 1.585
14 Si4+ 2.89 45.10 25.76 0.847 2.449 3.978 1.180 1.686 1.776 3.371
14 Si2+ 2.89 16.30 12.23 0.847 2.449 2.740 1.180 1.323 1.344 2.322
15 P5+ 2.89 65.00 35.36 0.935 2.701 4.660 1.070 2.105 2.181 4.355
15 P4+ 2.89 51.40 27.95 0.935 2.701 4.143 1.070 1.958 1.982 3.872
15 P3+ 2.89 30.20 20.13 0.935 2.701 3.516 1.070 1.682 1.741 3.286
15 P+ 2.89 10.49 10.49 0.935 2.701 2.538 1.070 1.309 1.364 2.372
16 S6+ 2.89 88.00 46.08 0.971 2.806 5.319 1.030 2.445 2.515 5.165
16 S4+ 2.89 47.30 28.94 0.971 2.806 4.216 1.030 1.999 2.073 4.093
16 S2+ 2.89 23.30 16.83 0.971 2.806 3.215 1.030 1.634 1.673 3.121
17 Cl7+ 2.89 114.00 58.38 1.010 2.919 5.988 0.990 2.832 2.879 6.048
17 Cl5+ 2.89 67.80 39.53 1.010 2.919 4.927 0.990 2.362 2.438 4.977
17 Cl3+ 2.89 39.60 25.46 1.010 2.919 3.954 0.990 1.988 2.032 3.994
17 Cl+ 2.89 12.97 12.97 1.010 2.919 2.822 0.990 1.469 1.562 2.851
18 Ar4+ 2.89 59.80 35.97 1.031 2.979 4.700 0.970 2.327 2.383 4.845
18 Ar2+ 2.89 27.60 21.68 1.031 2.979 3.649 0.970 1.830 1.937 3.762
19 K+ 3.45 4.34 4.34 0.513 1.769 1.949 1.950 0.899 0.799 0.999
20 Ca2+ 3.45 11.90 9.01 0.576 1.987 2.807 1.736 1.033 1.053 1.617
21 Sc3+ 3.45 24.80 14.71 0.695 2.397 3.588 1.439 1.317 1.414 2.494
22 Ti4+ 3.45 43.30 22.81 0.755 2.606 4.468 1.324 1.621 1.777 3.374
22 Ti3+ 3.45 27.50 15.97 0.755 2.606 3.739 1.324 1.449 1.550 2.824
22 Ti2+ 3.45 13.60 10.21 0.755 2.606 2.989 1.324 1.249 1.317 2.258
23 V5+ 3.45 65.20 32.53 0.817 2.819 5.336 1.224 1.990 2.183 4.359
23 V4+ 3.45 46.70 24.36 0.817 2.819 4.617 1.224 1.803 1.941 3.772
23 V3+ 3.45 29.30 16.91 0.817 2.819 3.847 1.224 1.590 1.682 3.143
23 V2+ 3.45 14.70 10.72 0.817 2.819 3.063 1.224 1.352 1.418 2.502
23 V+ 3.45 6.74 6.74 0.817 2.819 2.429 1.224 1.166 1.205 1.984
24 Cr6+ 3.45 90.60 43.88 0.853 2.944 6.197 1.172 2.337 2.565 5.287
24 Cr5+ 3.45 69.30 34.53 0.853 2.944 5.498 1.172 2.141 2.320 4.691
24 Cr4+ 3.45 49.10 25.84 0.853 2.944 4.756 1.172 1.925 2.059 4.058
24 Cr3+ 3.45 31.00 18.09 0.853 2.944 3.979 1.172 1.689 1.786 3.395
24 Cr2+ 3.45 16.50 11.64 0.853 2.944 3.191 1.172 1.442 1.509 2.723
24 Cr+ 3.45 6.77 6.77 0.853 2.944 2.434 1.172 1.202 1.243 2.077
25 Mn7+ 3.45 119.00 56.33 0.856 2.954 7.022 1.168 2.578 2.864 6.012
25 Mn6+ 3.45 95.00 45.89 0.856 2.954 6.337 1.168 2.386 2.622 5.426
25 Mn5+ 3.45 72.40 36.07 0.856 2.954 5.618 1.168 2.181 2.369 4.810
25 Mn4+ 3.45 51.20 26.99 0.856 2.954 4.860 1.168 1.958 2.101 4.161
25 Mn3+ 3.45 33.70 18.91 0.856 2.954 4.068 1.168 1.734 1.822 3.483
25 Mn2+ 3.45 15.60 11.52 0.856 2.954 3.175 1.168 1.428 1.507 2.719
25 Mn+ 3.45 7.44 7.44 0.856 2.954 2.552 1.168 1.226 1.287 2.185
26 Fe6+ 3.45 99.00 47.26 0.858 2.961 6.431 1.165 2.428 2.661 5.520
26 Fe5+ 3.45 75.00 36.91 0.858 2.961 5.684 1.165 2.214 2.397 4.879
26 Fe4+ 3.45 54.80 27.39 0.858 2.961 4.896 1.165 2.005 2.119 4.203
26 Fe3+ 3.45 30.70 18.26 0.858 2.961 3.997 1.165 1.695 1.801 3.431
26 Fe2+ 3.45 16.20 12.04 0.858 2.961 3.245 1.165 1.444 1.535 2.786
26 Fe+ 3.45 7.87 7.87 0.858 2.961 2.624 1.165 1.241 1.315 2.253
27 Co4+ 3.45 51.30 27.44 0.870 3.000 4.901 1.150 1.996 2.143 4.261
27 Co3+ 3.45 33.50 19.49 0.870 3.000 4.130 1.150 1.762 1.867 3.591
27 Co2+ 3.45 17.10 12.48 0.870 3.000 3.305 1.150 1.480 1.571 2.874
27 Co+ 3.45 7.86 7.86 0.870 3.000 2.623 1.150 1.253 1.327 2.281
28 Ni4+ 3.45 54.90 28.99 0.901 3.108 5.037 1.110 2.131 2.256 4.537
28 Ni3+ 3.45 35.20 20.35 0.901 3.108 4.220 1.110 1.861 1.953 3.802
28 Ni2+ 3.45 18.20 12.92 0.901 3.108 3.363 1.110 1.556 1.635 3.029
28 Ni+ 3.45 7.64 7.64 0.901 3.108 2.586 1.110 1.281 1.347 2.330
29 Cu3+ 3.45 36.80 21.61 0.901 3.108 4.349 1.110 1.885 2.001 3.918
29 Cu2+ 3.45 20.30 14.02 0.901 3.108 3.502 1.110 1.599 1.687 3.155
29 Cu+ 3.45 7.73 7.73 0.901 3.108 2.601 1.110 1.284 1.352 2.343
30 Zn2+ 3.45 18.00 13.70 0.801 2.762 3.462 1.249 1.388 1.529 2.772
30 Zn+ 3.45 9.39 9.39 0.801 2.762 2.867 1.249 1.218 1.333 2.295
31 Ga3+ 3.45 30.70 19.07 0.803 2.771 4.085 1.245 1.581 1.739 3.281
31 Ga+ 3.45 6.00 6.00 0.803 2.771 2.292 1.245 1.131 1.145 1.841
32 Ge4+ 3.45 45.70 25.93 0.818 2.821 4.763 1.223 1.794 1.992 3.895
32 Ge2+ 3.45 15.90 11.90 0.818 2.821 3.227 1.223 1.376 1.474 2.639
33 As5+ 3.45 62.60 33.90 0.826 2.851 5.447 1.210 1.993 2.242 4.502
33 As3+ 3.45 28.40 18.94 0.826 2.851 4.071 1.210 1.596 1.773 3.364
33 As+ 3.45 9.81 9.81 0.826 2.851 2.930 1.210 1.257 1.385 2.422
34 Se6+ 3.45 81.70 42.44 0.855 2.949 6.095 1.170 2.264 2.533 5.209
34 Se4+ 3.45 42.90 26.16 0.855 2.949 4.785 1.170 1.854 2.072 4.090
34 Se2+ 3.45 21.20 15.48 0.855 2.949 3.681 1.170 1.533 1.683 3.146
35 Br7+ 3.45 103.00 52.60 0.876 3.021 6.785 1.142 2.529 2.835 5.941
35 Br5+ 3.45 59.70 35.32 0.876 3.021 5.560 1.142 2.111 2.393 4.869
35 Br+ 3.45 11.81 11.81 0.876 3.021 3.215 1.142 1.369 1.547 2.815
36 Kr6+ 3.45 78.50 45.20 0.862 2.974 6.290 1.160 2.260 2.621 5.422
36 Kr4+ 3.45 52.50 32.00 0.862 2.974 5.292 1.160 1.989 2.267 4.562
36 Kr2+ 3.45 24.50 19.25 0.862 2.974 4.105 1.160 1.604 1.845 3.538
37 Rb+ 3.85 4.18 4.18 0.463 1.782 2.134 2.160 0.885 0.794 0.988
38 Sr2+ 3.85 11.00 8.35 0.522 2.011 3.017 1.914 1.003 1.036 1.576
39 Y3+ 3.85 20.50 13.03 0.619 2.382 3.768 1.616 1.211 1.348 2.332
40 Zr4+ 3.85 34.30 19.31 0.688 2.648 4.588 1.454 1.472 1.687 3.155
40 Zr3+ 3.85 23.00 14.31 0.688 2.648 3.950 1.454 1.346 1.506 2.716
40 Zr2+ 3.85 13.10 9.97 0.688 2.648 3.296 1.454 1.206 1.321 2.267
41 Nb5+ 3.85 50.60 27.02 0.745 2.869 5.426 1.342 1.769 2.053 4.043
41 Nb4+ 3.85 38.30 21.12 0.745 2.869 4.798 1.342 1.640 1.860 3.575
41 Nb3+ 3.85 25.00 15.39 0.745 2.869 4.096 1.342 1.474 1.644 3.052
41 Nb2+ 3.85 14.30 10.59 0.745 2.869 3.397 1.342 1.303 1.430 2.532
41 Nb+ 3.85 6.88 6.88 0.745 2.869 2.738 1.342 1.141 1.228 2.040
42 Mo6+ 3.85 68.00 37.68 0.775 2.982 6.409 1.291 2.020 2.432 4.964
42 Mo5+ 3.85 61.20 31.62 0.775 2.982 5.870 1.291 1.956 2.260 4.547
42 Mo+4 3.85 46.40 24.23 0.775 2.982 5.138 1.291 1.803 2.027 3.980
42 Mo+3 3.85 27.20 16.83 0.775 2.982 4.283 1.291 1.562 1.754 3.318
42 Mo+2 3.85 16.20 11.65 0.775 2.982 3.563 1.291 1.383 1.524 2.760
42 Mo+ 3.85 7.10 7.10 0.775 2.982 2.782 1.291 1.177 1.275 2.155
43 Tc7+ 3.85 94.00 46.30 0.787 3.031 7.103 1.270 2.287 2.691 5.593
43 Tc6+ 3.85 76.00 38.35 0.787 3.031 6.465 1.270 2.135 2.484 5.090
43 Tc5+ 3.85 59.00 30.82 0.787 3.031 5.795 1.270 1.973 2.267 4.563
43 Tc4+ 3.85 43.00 23.77 0.787 3.031 5.090 1.270 1.798 2.038 4.008
43 Tc3+ 3.85 29.50 17.36 0.787 3.031 4.350 1.270 1.622 1.798 3.425
43 Tc2+ 3.85 15.30 11.29 0.787 3.031 3.508 1.270 1.385 1.525 2.762
43 Tc+ 3.85 7.28 7.28 0.787 3.031 2.817 1.270 1.196 1.301 2.218
44 Ru8+ 3.85 119.00 57.77 0.806 3.102 7.935 1.241 2.557 3.021 6.394
44 Ru7+ 3.85 100.00 49.02 0.806 3.102 7.310 1.241 2.409 2.814 5.890
44 Ru6+ 3.85 81.00 40.53 0.806 3.102 6.646 1.241 2.245 2.593 5.355
44 Ru5+ 3.85 63.00 32.43 0.806 3.102 5.946 1.241 2.072 2.361 4.791
44 Ru4+ 3.85 46.50 24.79 0.806 3.102 5.198 1.241 1.889 2.113 4.189
44 Ru3+ 3.85 28.50 17.56 0.806 3.102 4.374 1.241 1.647 1.839 3.525
44 Ru2+ 3.85 16.80 12.09 0.806 3.102 3.629 1.241 1.445 1.592 2.924
45 Rh6+ 3.85 85.00 42.38 0.802 3.087 6.796 1.247 2.267 2.632 5.450
45 Rh4+ 3.85 45.60 25.57 0.802 3.087 5.279 1.247 1.868 2.131 4.233
45 Rh3+ 3.85 31.10 18.89 0.802 3.087 4.537 1.247 1.677 1.886 3.638
45 Rh2+ 3.85 18.10 12.78 0.802 3.087 3.732 1.247 1.463 1.620 2.993
45 Rh+ 3.85 7.46 7.46 0.802 3.087 2.851 1.247 1.217 1.329 2.287
46 Pd6+ 3.85 90.00 44.27 0.782 3.013 6.946 1.278 2.236 2.626 5.435
46 Pd5+ 3.85 66.00 35.13 0.782 3.013 6.188 1.278 2.026 2.382 4.842
46 Pd4+ 3.85 49.00 27.41 0.782 3.013 5.466 1.278 1.853 2.149 4.277
46 Pd3+ 3.85 32.90 20.21 0.782 3.013 4.693 1.278 1.659 1.900 3.672
46 Pd2+ 3.85 19.40 13.87 0.782 3.013 3.888 1.278 1.453 1.640 3.042
47 Ag3+   3.85 34.60 21.23 0.747 2.875 4.810 1.339 1.600 1.867 3.592
47 Ag2+   3.85 21.50 14.54 0.747 2.875 3.981 1.339 1.426 1.612 2.973
47 Ag+ 3.85 7.58 7.58 0.747 2.875 2.874 1.339 1.161 1.271 2.147
48 Cd2+ 3.85 16.90 12.95 0.708 2.725 3.756 1.413 1.293 1.482 2.658
48 Cd+ 3.85 8.99 8.99 0.694 2.674 3.130 1.440 1.139 1.283 2.174
49 In3+ 3.85 28.00 17.56 0.668 2.572 4.375 1.497 1.369 1.591 2.923
49 In+ 3.85 5.79 5.79 0.668 2.572 2.512 1.497 1.045 1.078 1.678
50 Sn4+ 3.85 40.70 23.29 0.715 2.752 5.038 1.399 1.595 1.871 3.601
50 Sn2+ 3.85 14.60 10.97 0.715 2.752 3.458 1.399 1.266 1.405 2.472
51 Sb5+ 3.85 55.50 30.03 0.709 2.730 5.721 1.410 1.718 2.059 4.057
51 Sb3+ 3.85 25.30 16.81 0.709 2.730 4.281 1.410 1.412 1.638 3.036
52 Te6+ 3.85 70.70 37.09 0.730 2.810 6.358 1.370 1.902 2.299 4.641
52 Te4+ 3.85 37.40 23.25 0.730 2.810 5.034 1.370 1.595 1.901 3.675
52 Te2+ 3.85 18.60 13.81 0.730 2.810 3.880 1.370 1.353 1.554 2.832
53 I7+ 3.85 92.34 46.54 0.750 2.886 7.122 1.334 2.134 2.587 5.339
53 I5+ 3.85 52.39 23.79 0.750 2.886 5.092 1.334 1.798 1.960 3.817
53 I+ 3.85 10.45 10.45 0.750 2.886 3.375 1.334 1.232 1.429 2.530
54 Xe8+ 3.85 112.91 55.46 0.714 2.750 7.775 1.400 2.139 2.675 5.553
54 Xe6+ 3.85 68.72 39.18 0.714 2.750 6.534 1.400 1.839 2.310 4.667
54 Xe4+ 3.85 43.96 27.35 0.714 2.750 5.459 1.400 1.626 1.994 3.900
54 Xe2+ 3.85 21.20 16.67 0.714 2.750 4.262 1.400 1.366 1.641 3.044
55 Cs+ 4.36 3.89 3.89 0.426 1.855 2.332 2.350 0.877 0.796 0.992
56 Ba2+ 4.36 10.00 7.61 0.439 1.915 3.260 2.277 0.949 0.977 1.432
57 La3+ 4.36 19.20 11.96 0.515 2.244 4.089 1.943 1.106 1.254 2.104
58 Ce4+ 4.36 36.72 18.31 0.543 2.368 5.059 1.841 1.284 1.519 2.748
58 Ce3+ 4.36 20.20 12.17 0.543 2.368 4.125 1.841 1.153 1.310 2.241
59 Pr4+ 4.36 38.98 17.92 0.549 2.392 5.005 1.823 1.310 1.518 2.745
59 Pr3+ 4.36 21.62 10.90 0.549 2.392 3.903 1.823 1.174 1.269 2.141
60 Nd4+ 4.36 40.42 19.68 0.551 2.401 5.244 1.816 1.324 1.577 2.888
60 Nd3+ 4.36 22.08 12.76 0.551 2.401 4.223 1.816 1.181 1.345 2.326
60 Nd2+ 4.36 10.72 8.10 0.551 2.401 3.366 1.816 1.058 1.151 1.853
61 Pm3+ 4.36 22.28 12.91 0.555 2.421 4.249 1.801 1.190 1.359 2.359
62 Sm3+ 4.36 23.42 13.37 0.562 2.449 4.323 1.780 1.210 1.388 2.429
63 Eu3+ 4.36 24.87 13.93 0.565 2.462 4.412 1.771 1.228 1.414 2.492
63 Eu2+ 4.36 11.24 8.46 0.565 2.462 3.438 1.771 1.080 1.187 1.941
64 Gd3+ 4.36 20.62 12.96 0.576 2.513 4.256 1.735 1.205 1.398 2.453
64 Gd2+ 4.36 12.13 9.13 0.576 2.513 3.572 1.735 1.105 1.235 2.059
65 Tb4+ 4.36 39.80 19.76 0.577 2.517 5.255 1.732 1.374 1.637 3.034
65 Tb3+ 4.36 21.87 13.08 0.577 2.517 4.276 1.732 1.219 1.404 2.469
66 Dy3+ 4.36 22.80 13.47 0.585 2.550 4.339 1.710 1.240 1.432 2.537
67 Ho3+ 4.36 22.80 13.54 0.590 2.571 4.351 1.696 1.248 1.444 2.565
68 Er3+ 4.36 22.70 13.58 0.598 2.606 4.356 1.673 1.260 1.460 2.604
69 Tm3+ 4.36 23.67 13.97 0.602 2.627 4.419 1.660 1.278 1.484 2.662
69 Tm2+ 4.36 12.05 9.12 0.602 2.627 3.570 1.660 1.134 1.273 2.151
70 Yb3+ 4.36 25.03 14.49 0.611 2.663 4.500 1.637 1.307 1.520 2.749
70 Yb2+ 4.36 12.18 9.22 0.611 2.663 3.589 1.637 1.146 1.290 2.192
71 Lu3+ 4.36 20.96 13.42 0.598 2.609 4.332 1.671 1.242 1.455 2.592
72 Hf4+ 4.36 33.30 19.54 0.621 2.706 5.226 1.611 1.409 1.723 3.244
72 Hf3+ 4.36 23.30 14.95 0.621 2.706 4.571 1.611 1.305 1.556 2.838
72 Hf2+ 4.36 14.90 10.78 0.621 2.706 3.881 1.611 1.199 1.379 2.409
73 Ta5+ 4.36 45.00 24.90 0.745 3.246 5.899 1.343 1.835 2.197 4.393
73 Ta4+ 4.36 33.10 19.87 0.745 3.246 5.270 1.343 1.684 2.004 3.924
73 Ta3+ 4.36 22.30 15.46 0.745 3.246 4.649 1.343 1.521 1.813 3.462
73 Ta2+ 4.36 16.20 12.05 0.745 3.246 4.104 1.343 1.411 1.646 3.056
73 Ta+ 4.36 7.89 7.89 0.745 3.246 3.321 1.343 1.219 1.406 2.473
74 W6+ 4.36 61.00 32.36 0.770 3.356 6.726 1.299 2.094 2.520 5.178
74 W5+ 4.36 48.00 26.64 0.770 3.356 6.102 1.299 1.945 2.322 4.697
74 W4+ 4.36 35.40 21.30 0.770 3.356 5.456 1.299 1.780 2.117 4.200
74 W3+ 4.36 24.10 16.59 0.770 3.356 4.816 1.299 1.604 1.914 3.707
74 W2+ 4.36 17.70 12.84 0.770 3.356 4.236 1.299 1.485 1.731 3.261
75 Re7+ 4.36 79.00 40.31 0.782 3.412 7.506 1.278 2.326 2.807 5.874
75 Re6+ 4.36 64.00 33.86 0.782 3.412 6.880 1.278 2.171 2.605 5.383
75 Re5+ 4.36 51.00 27.84 0.782 3.412 6.238 1.278 2.021 2.398 4.881
75 Re4+ 4.36 37.70 22.05 0.782 3.412 5.551 1.278 1.846 2.177 4.344
75 Re3+ 4.36 26.00 16.83 0.782 3.412 4.850 1.278 1.665 1.950 3.795
75 Re2+ 4.36 16.60 12.24 0.782 3.412 4.136 1.278 1.486 1.720 3.237
75 Re+ 4.36 7.88 7.88 0.782 3.412 3.319 1.278 1.265 1.457 2.597
76 Os8+ 4.36 99.00 49.33 0.797 3.474 8.303 1.255 2.575 3.113 6.616
76 Os7+ 4.36 83.00 42.23 0.797 3.474 7.683 1.255 2.423 2.909 6.122
76 Os6+ 4.36 68.00 35.43 0.797 3.474 7.038 1.255 2.267 2.697 5.608
76 Os5+ 4.36 54.00 28.92 0.797 3.474 6.358 1.255 2.104 2.474 5.066
76 Os4+ 4.36 40.00 22.65 0.797 3.474 5.627 1.255 1.919 2.234 4.483
76 Os3+ 4.36 25.00 16.87 0.797 3.474 4.855 1.255 1.680 1.981 3.869
76 Os2+ 4.36 16.90 12.80 0.797 3.474 4.230 1.255 1.519 1.776 3.370
76 Os+ 4.36 8.70 8.70 0.797 3.474 3.487 1.255 1.309 1.532 2.779
77 Ir6+ 4.36 72.00 36.68 0.794 3.460 7.161 1.260 2.298 2.728 5.683
77 Ir5+ 4.36 57.00 29.62 0.794 3.460 6.434 1.260 2.130 2.491 5.107
77 Ir4+ 4.36 39.00 22.78 0.794 3.460 5.642 1.260 1.896 2.232 4.478
77 Ir3+ 4.36 27.00 17.37 0.794 3.460 4.927 1.260 1.708 1.998 3.910
77 Ir2+ 4.36 16.00 12.55 0.794 3.460 4.188 1.260 1.493 1.757 3.324
77 Ir+ 4.36 9.10 9.10 0.794 3.460 3.566 1.260 1.316 1.553 2.831
78 Pt6+ 4.36 75.00 37.87 0.775 3.380 7.275 1.290 2.258 2.711 5.640
78 Pt5+ 4.36 55.00 30.44 0.775 3.380 6.523 1.290 2.045 2.470 5.056
78 Pt4+   4.36 41.10 24.30 0.775 3.380 5.828 1.290 1.873 2.248 4.518
78 Pt3+   4.36 28.50 18.70 0.775 3.380 5.113 1.290 1.689 2.020 3.963
78 Pt2+   4.36 18.60 13.80 0.775 3.380 4.392 1.290 1.513 1.790 3.405
78 Pt+   4.36 9.00 9.00 0.775 3.380 3.547 1.290 1.289 1.520 2.749
79 Au5+ 4.36 58.00 32.35 0.749 3.263 6.724 1.336 1.991 2.461 5.033
79 Au3+ 4.36 30.50 20.08 0.749 3.263 5.297 1.336 1.657 2.021 3.965
79 Au2+ 4.36 20.50 14.87 0.749 3.263 4.558 1.336 1.498 1.793 3.412
79 Au+ 4.36 9.23 9.23 0.749 3.263 3.592 1.336 1.260 1.495 2.689
80 Hg2+  4.33 18.80 14.62 0.694 3.008 4.490 1.440 1.367 1.672 3.118
80 Hg+   4.36 10.44 10.44 0.694 3.028 3.820 1.440 1.219 1.480 2.653
81 Tl+3 4.36 29.80 18.77 0.646 2.815 5.122 1.549 1.423 1.749 3.307
81 Tl+ 4.36 6.11 6.11 0.646 2.815 2.922 1.549 1.069 1.164 1.887
82 Pb4+ 4.36 42.30 24.18 0.650 2.835 5.814 1.538 1.558 1.944 3.780
82 Pb2+ 4.36 15.00 11.21 0.650 2.835 3.958 1.538 1.242 1.447 2.574
83 Bi5+ 4.36 56.00 30.18 0.658 2.868 6.495 1.520 1.698 2.147 4.273
83 Bi+3 4.36 25.60 16.53 0.658 2.868 4.807 1.520 1.399 1.690 3.162
84 Po6+ 4.36 71.49 37.11 0.654 2.850 7.202 1.530 1.804 2.326 4.707
84 Po4+ 4.36   22.92 0.654 2.850 5.660 1.530 0.775 1.911 3.700
84 Po3+ 4.36 27.75 18.07 0.654 2.850 5.026 1.530 1.416 1.740 3.285
84 Po2+ 4.36 18.05 13.24 0.654 2.850 4.301 1.530 1.292 1.545 2.811
85 At7+ 4.36 88.29 44.34 0.690 3.007 7.873 1.450 2.048 2.624 5.430
85 At5+ 4.36 88.29 29.37 0.690 3.007 6.407 1.450 2.048 2.208 4.419
85 At3+ 4.36 29.26 18.66 0.690 3.007 5.107 1.450 1.508 1.838 3.522
85 At+ 4.36 9.20 9.20 0.690 3.007 3.586 1.450 1.186 1.406 2.473
86 Rn8+ 4.36 106.54 44.70 0.704 3.070 7.904 1.420 2.234 2.680 5.567
86 Rn6+ 4.36 65.49 36.73 0.704 3.070 7.165 1.420 1.919 2.466 5.046
86 Rn4+ 4.36 41.90 25.25 0.704 3.070 5.941 1.420 1.690 2.111 4.183
87 Fr+ 4.36 3.98 3.98 0.407 1.772 2.359 2.460 0.869 0.782 0.959
88 Ra2+ 4.36 10.20 7.74 0.426 1.855 3.289 2.350 0.940 0.964 1.400
89 Ac3+ 4.36 19.69 12.32 0.504 2.199 4.150 1.983 1.097 1.249 2.093
90 Th4+ 4.36 28.80 16.60 0.581 2.533 4.816 1.721 1.291 1.540 2.798
90 Th3+ 4.36 20.00 12.53 0.581 2.533 4.184 1.721 1.205 1.389 2.431
91 Pa4+ 4.36     0.584 2.548 3.900 1.711 1.096 1.326 2.279
92 U4+ 4.36     0.594 2.589 3.900 1.684 1.106 1.341 2.316
93 Np4+ 4.36     0.600 2.617 3.900 1.666 1.114 1.351 2.341
94 Pu4+ 4.36     0.604 2.631 3.900 1.657 1.117 1.357 2.354
95 Am4+ 4.36     0.602 2.627 3.900 1.660 1.116 1.355 2.349
96 Cm3+ 4.36     0.555 2.421 3.900 1.801 1.065 1.279 2.165
97 Bk3+ 4.36     0.568 2.476 3.900 1.761 1.078 1.299 2.215
98 Cf3+ 4.36     0.571 2.491 3.900 1.750 1.082 1.305 2.229
99 Es3+ 4.36     0.580 2.529 3.900 1.724 1.091 1.319 2.262
100 Fm3+ 4.36     0.584 2.547 3.900 1.712 1.096 1.326 2.278
101 Md3+ 4.36     0.592 2.581 3.900 1.689 1.104 1.338 2.309
102 No3+ 4.36     0.596 2.597 3.900 1.679 1.108 1.344 2.323
103 Lw3+ 4.36     1.000 4.360 3.900 1.000 1.715 1.994 3.900
                       

n* -  Effective principle quantum number     I-      Ultimate IP             Iav - Average IP

Z* - Effective nuclear charge                      rc-1 -    σ-covalency           r-  Covalent radiu

Xz - Zhang electronegativity 1982               n*rc-1- Spatial covalency              

XIC -Zhang electronegativity 2010               IC  -    Ionocovalency

Write a comment

Comments: 0