#
# PSE4-Daten
# letzte nderung: 04.05.1996, VH
#
# gendertes Format gegenber Version 3!!!
#
# !!! alle Wellenlngen, Gitterabstnde in Angstrm !!!
# !!! [1 = 1E-10m = 0.1nm = 100pm] !!!
# !!! alle Temperaturen in K !!!
#
#% [Anzahl der Elemente][Anzahl Spalten][Anzahl Zeilen]
%112 18 9
#
#a [Z]
#b [X][Y][Symbol]
#c [Name des Entdeckers]
#d [Herkunft des Namens]
#e [Dichte][Zustand][Ts in K][Tb in K][Ar]
#f evtl. [Curie-Temperatur oder Supraleiter-bergangstemperatur]
#g [Elektronenkonfiguration]
#h [Kristall: 1 tetragonal, 2 rhomisch, 3 monoklin, 4 Diamantgitter, 5 hexagonal,
#      6 trigonal, 10 kubisch, 11 kub.flchenzentriert, 12 kub.raumzentriert]
#      [Atome pro Molekl/Teil][spez.Wrmekapazitt in J/kgK]
#i [Atomradius][kovalenter Radius][Ionenradius][van der Waals Radius]
#j [elekr.Leitf./m][Schmelzwrme kJ/kg][Verdampfungswrme kJ/kg]
#      [Lngenausdehnungskoeffizient /K]
#k [Ionis.energie kJ/mol][Affinitt kJ/mol][Negativitt nach ALLRED]
#      [Reaktion mit Wasser][Reaktion mit Luft][Oxydationszahl]
#r [K1][K2][K1][L1][L1][L2][L1]
#s [Kabs][Labs][Kanr][Lanr][MSKCuK][[MSKMoK]
#
#
#H-1-Wasserstoff
a 1
b 0 0 H
c H.Boyle, Cavendish 1766
d grch. hydro genes
e .08988 30 14.01 20.28 1.00794
g 1s1
h 5 2 14306
i .78 .3 1.54 1.2
j 0 59.6 228.2 0
k 1310 -77 2.2 0 0 -1
#r 0 0 0 0 0 0 0
s 0 0 .0136 0 .435 .38
#
#He-2-Helium
a 2
b 17 0 He
c W.Ramsey, P.T.Cleve & N.A.Langlet 1895
d grch. helios
e .1785 30 0 4.22 4.002602
g 1s2
h 5 1 5193
i 1.28 0 0 1.22
j 0 5.25 20.49 0
k 2374 21 0 0 0  
#r 0 0 0 0 0 0 0
s 0 0 .246 0 .383 .207
#
#Li-3-Lithium
a 3
b 0 1 Li
c J.A.Arfvedson 1817
d grch. lithos
e 534 0 453 1603 6.941
g [He] 2s1
h 12 1 339
i 1.52 1.23 .78 0
j 11.7 603 20500 56
k 520 -57 .97 2 2 +1
r 240 0 0 0 0 0 0
s 226.62 0 .055 0 .716 .217
#
#Be-4-Beryllium
a 4
b 1 1 Be
c N.L.Vauquelin 1798
d grch. beryllos
e 1847.7 1 1566 2753 9.012182
f 0.026
g [He] 2s2
h 5 1 1050
i 1.133 .89 .34 0
j 25 1390 32600 12.3
k 900 18.1 1.47 1 0 +2
r 113 0 0 0 0 0 0
s 110.68 1329.8 .166 0 1.5 .298
#
#B-5-Bor
a 5
b 12 1 B
c L.J.Lussac, L.J.Thnard, H.Davy 1808
d arb. buraq
e 2340 10 2303 4173 10.811
g [He] 2s2 2p1
h 6 1 1020
i .83 .88 .23 2.08
j 5.6E-11 2053 49850  5
k 800.6 -31.8 2.01 0 0 +3
r 67 0 0 0 0 0 0
s 66.29 0 .192 0 2.39 .392
#
#C-6-Kohlenstoff
a 6
b 13 1 C
c $at
d lat. carbo
e 2240 10 3923 4623 12.011
g [He] 2s2 2p2
h 5 1 710
i .91 .77 .2 1.85
j .073 8.74 59.2 6.3
k 1086 -108 2.5 0 0 +4
r 44 0 0 0 0 0 0
s 43.648 0 .283 0 4.6 .625
#
#N-7-Stickstoff
a 7
b 14 1 N
c Scheele, D.Rutherford 1770
d grch. nitron genes
e 1.2505 30 63.29 77.4 14.00674
g [He] 2s2 2p3
h 5 2 1040
i .71 .7 .15 1.54
j 0 26 199 0
k 1402 -4.6 3.07 0 0 +5
r 31.603 0 0 0 0 0 0
s 30.99 0 .399 0 7.52 0.916
#
#O-8-Sauerstoff
a 8
b 15 1 O
c C.W.Scheele 1771/72, J.Priestley 1774
d grch. oxy genes
e 1.42895 30 54.8 90.188 15.9994
g [He] 2s2 2p4
h 10 2 920
i .65 .66 1.35 1.4
j 0 13.9 213 0
k 1313 -141.9 3.5 0 0 -2
r 23.707 0 0 0 0 0 0
s 23.301 0 .531 0 11.5 1.31
#
#F-9-Flour
a 9
b 16 1 F
c H.Moissan 1886
d lat. fluere
e 1.696 30 53.55 85.05 18.9984032
g [He] 2s2 2p5
h 10 2 820
i .709 .58 1.33 1.35
j 0 134.2 172.3 0
k 1681 -333 4.10 2 0 -1
r 18.307 0 0 0 0 0 0
s 17.913 0 .687 0 16.4 1.8
#
#Ne-10-Neon
a 10
b 17 1 Ne
c W.Ramsay, M.W.Travers 1898
d grch. neos
e .9002 30 24.54 27.07 20.1797
g [He] 2s2 2p6
h 11 1 904
i .51 0 0 1.6
j 0 16.1 86 0
k 2081 54.8 0 0 0  
#r 0 0 0 0 0 0 0
s 14.183 0 .874 .022 22.9 2.47
#
#Na-11-Natrium
a 11
b 0 2 Na
c H.Davy 1807
d lat. natrium, engl. soda
e 971 0 370.95 1163.2 22.989768
g [Ne] 3s1
h 12 1 1230
i 1.537 1.537 .98 2.31
j 23.8 113 390 71
k 496 -33 1.01 2 2 +1
r 11.909 11.909 11.617 0 0 0 0
s 11.478 0 1.07 .034 30.1 3.21
#
#Mg-12-Magnesium
a 12
b 1 2 Mg
c J.Black 1755, D.Davy, Bussy 1831
d grch. magnesia
e 1738 0 923 1393 24.305
g [Ne] 3s2
h 5 1 1050
i 1.72 1.37 .75 26.1
j 22.5 368 5420 26
k 738 21 1.23 1 1 2
r 9.8889 9.8889 9.558 0 0 0 0
s 9.5117 0 1.303 .049 38.6 4.11
#
#Al-13-Aluminium
a 13
b 12 2 Al
c H.C.Oersted 1825
d lat. alaun
e 2698 1 933.3 2723 26.981539
f 1.18
g [Ne] 3s2 3p1
h 11 1 900
i 1.431 1.25 .55 2.05
j 37.67 397 10900 23.8
k 578 -48 1.61 1 1 3
r 8.3366 8.3391 7.9511 0 0 0 0
s 7.9511 0 1.559 .072 48.6 5.16
#
#Si-14-Silizium
a 14
b 13 2 Si
c J.J.Berzelius 1823
d lat. silicis
e 2329 11 1683 2628 28.0855
f 0
g [Ne] 3s2 3p2
h 4 1 710
i 1.17 1.17 .4 2.0
j .001 164 14050 4.2
k 786 -178.2 1.74 0 0 +4
r 7.1252 7.1277 6.7681 0 0 0 0
s 6.7446 0 1.838 .098 60.6 6.44
#
#P-15-Phosphor
a 15
b 14 2 P
c H.Brand 1669
d grch. phosphoros
e 1820 11 317.2 553.2 30.973762
f 0
g [Ne] 3s2 3p3
h 2 1 770
i 1.15 1.1 .44 1.9
j 1E-15 21 400 124.5
k 1012 -71 2.06 0 2 +5
r 6.1549 6.1549 5.8638 0 0 0 0
s 5.7865 0 2.142 .126 74.1 7.89
#
#S-16-Schwefel
a 16
b 15 2 S
c $at
d sans. sulvere, lat. sulphurium
e 2070 10 392.2 717.75 32.066
g [Ne] 3s2 3p4
h 2 1 710
i 1.04 1.04 1.82 1.85
j 5E-22 42 290 90
k 1000 200 2.44 0 0 -2
r 5.3719 5.3749 5.0316 0 0 0 0
s 5.0182 0 2.471 .163 89.3 9.55
#
#Cl-17-Chlor
a 17
b 16 2 Cl
c C.W.Scheele, 1774
d grch. chloros
e 3.214 30 172.2 239.1 35.4527
g [Ne] 3s2 3p5
h 1 2 480
i .97 .99 1.81 0
j 0 90.4 287.8 0
k 1251 -348 2.83 2 0 -1
r 4.7276 4.7305 4.4031 0 0 0 0
s 4.3969 0 2.82 .202 106 11.4
#
#Ar-18-Argon
a 18
b 17 2 Ar
c Rayleigh, W.Ramsay 1894
d grch. argos
e 1.784 30 83.77 87.29 39.948
g [Ne] 3s2 3p6
h 11 1 520
i 1.74 0 0 1.91
j 0 30.3 163.5 0
k 1520 0 0 0 0  
r 4.1916 4.1945 0 0 0 0 0
s 3.8707 0 3.203 .245 123 13.5
#
#K-19-Kalium
a 19
b 0 3 K
c H.Davy 1807
d engl. potash,  lat. kalium
e 862 0 336.7 1027 39.0983
g [Ar] 4s1
h 12 1 750
i 2.27 2.03 1.33 2.31
j 16.26 59.6 1980 84
k 419 -48 .91 2 2 1
r 3.7412 3.7446 3.4538 0 0 0 0
s 3.4364 0 3.608 .294 143 15.8
#
#Ca-20-Calcium
a 20
b 1 3 Ca
c H.Davy 1808
d lat. calx
e 1550 0 1123 1760 40.078
g [Ar] 4s2
h 11 1 620
i 1.973 1.74 1.06 0
j 29.15 216 3750 22
k 590 186 1.04 2 0 2
r 3.3582 3.3615 3.0896 36.393 0 0 0
s 3.0701 35.561 4.038 .349 162 18.3
#
#Sc-21-Scandium
a 21
b 2 3 Sc
c L.F.Nilson 1879
d lat. scandia
e 2989 0 1814 3104 44.95591
g [Ar] 3d1 4s2
h 5 1 540
i 1.606 1.44 .83 0
j 1.64 354 6780 10
k 633 0 1.2 0 0 3
r 3.0311 3.0345 2.7795 31.393 0 0 0
s 2.7573 0 4.497 .406 184 21.1
#
#Ti-22-Titan
a 22
b 3 3 Ti
c W.Gregor 1791, M.H.Klaproth 1795
d titanen
e 4540 1 1933 3560 47.88
f 0.39
g [Ar] 3d2 4s2
h 5 1 530
i 1.448 1.32 .64 0
j 2.38 437 8958 8.35
k 658 0 1.32 0 0 +4
r 2.7484 2.752 2.5138 27.445 0 0 0
s 2.4973 27.29 4.965 .454 208 24.2
#
#V-23-Vanadium
a 23
b 4 3 V
c A.M. del Rio 1801, N.G.Sefstrm 1831
d vanadis
e 6110 1 2003 3673 50.9415
f 5.3
g [Ar] 3d3 4s2
h 12 1 500
i 1.321 1.22 .59 0
j 4.03 345 9000 8.3
k 650 0 1.45 0 0 +5
r 2.5034 2.5072 2.2843 24.309 0 0 0
s 2.269 0 5.464 .512 233 27.5
#
#Cr-24-Chrom
a 24
b 5 3 Cr
c N.-L.Vauquelin 1780
d grch. chroma
e 7190 0 2173 2913 51.9961
g [Ar] 3d5 4s1
h 12 1 460
i 1.249 1.17 .84 0
j 7.87 280 6700 6.2
k 653 0 1.56 0 0 +6
r 2.2896 2.2935 2.0848 21.713 0 0 0
s 2.0701 20.7 5.99 .574 260 31.1
#
#Mn-25-Mangan
a 25
b 6 3 Mn
c J.G.Gahn 1774
d lat. magnes
e 7440 0 1517 3363 54.93805
g [Ar] 3d5 4s2
h 2 1 480
i 1.24 1.17 .91 0
j .541 266 4190 23
k 717 0 1.6 0 0 +2
r 2.1017 2.1056 1.9101 19.489 0 0 0
s 1.8963 0 6.539 .639 285 34.7
#
#Fe-26-Eisen
a 26
b 7 3 Fe
c $at
d angl. irom, lat. ferrum
e 7874 3 1808 3008 55.847
f 1043
g [Ar] 3d6 4s2
h 12 1 460
i 1.241 1.165 .67 0
j 10.3 277 6340 12.3
k 762 0 1.64 0 2 +3
r 1.9359 1.9399 1.765 17.602 17.29 0 0
s 1.7433 0 7.112 .708 308 38.5
#
#Co-27-Cobalt
a 27
b 8 3 Co
c G.Brandt 1735
d dt. Kobold
e 8900 3 1765 3153 58.9332
f 1404
g [Ar] 3d7 4s2
h 5 1 410
i 1.253 1.16 .82 0
j 16.03 257.9 6488.7 13.36
k 758 0 1.7 0 0 +2
r 1.7889 1.7927 1.6075 16 15.698 0 0
s 1.6081 0 7.71 .779 313 42.5
#
#Ni-28-Nickel
a 28
b 9 3 Ni
c A.F.Cronstedt 1751
e 8902 3 1726 3073 58.6934
f 631
g [Ar] 3d8 4s2
h 11 1 440
i 1.246 1.15 .78 0
j 14.62 303 6480 13.3
k 737 0 1.75 0 0 +2
r 1.6578 1.6616 1.5001 14.595 14.308 0 0
s 1.488 0 8.333 .853 45.7 46.6
#
#Cu-29-Kupfer
a 29
b 10 3 Cu
c $at
d lat. cuprum
e 8960 0 1356 2863 63.546
g [Ar] 3d10 4s1
h 11 1 380
i 1.278 1.17 .72 0
j 59.77 205 4790 16.8
k 745 0 1.75 0 1 +2
r 1.5405 1.5443 1.3921 13.357 13.079 0 0
s 1.3804 13.288 8.898 .933 52.9 50.9
#
#Zn-30-Zink
a 30
b 11 3 Zn
c 1600 ($eu)
e 7133 1 692.73 1180.2 65.39
f .85
g [Ar] 3d10 4s2
h 5 1 390
i 1.332 1.25 .83 0
j 16.9 111 1755 27
k 904 0 1.66 1 1 2
r 1.4351 1.4389 1.2952 12.282 12.282 12.009 0 0
s 1.2832 12.13 9.663 1.022 60.3 55.4
#
#Ga-31-Gallium
a 31
b 12 3 Ga
c P.-.L. de Boisbaudran 1875
d lat. gallia
e 5907 1 302.93 2503 69.723
f 1.09
g [Ar] 3d10 4s2p1
h 2 1 370
i 1.221 1.25 .62 0
j 3.7 80.8 3640 20
k 579 -38 1.82 0 0 3
r 1.34 1.3439 1.2078 11.313 11.313 11.054 0 0
s 1.1956 0 10.371 0 67.9 60.1
#
#Ge-32-Germanium
a 32
b 13 3 Ge
c C.A.Winkler 1886
d lat. germania
e 5323 11 1232 3103 72.61
f 5.4
g [Ar] 3d10 4s2p2
h 4 1 320
i 1.225 1.22 .55 0
j 2.17E-4 410 4600 5.57
k 783 0 2.02 0 0 4
r 1.254 1.2579 1.1288 10.456 10.194 0 0
s 1.1165 0 11.106 0 75.6 64.8
#
#As-33-Arsen
a 33
b 14 3 As
c A.Magnus (1193-1280)
d grch. arsenikon
e 5780 20 889 889 74.92159
f .5
g [Ar] 3d10 4s2p3
h 6 1 330
i 1.25 1.21 .47 2.00
j 3.85 370 426 4.7
k 967 0 2.18 0 0 +5
r 1.1758 1.1798 1.0572 9.671 9.414 0 0
s 1.0449 9.3671 11.867 1.325 83.4 69.7
#
#Se-34-Selen
a 34
b 15 3 Se
c J.J.Berzelius 1817
d grch. selene
e 4790 11 490.6 998 78.96
f 6.9
g [Ar] 3d10 4s2p4
h 5 1 320
i 2.152 1.17 1.93 2.0
j 1E-4 68.6 1200 36.9
k 942 -194.9 2.48 0 0 -2
r 1.1047 1.1087 .9921 8.99 8.735 0 0
s .9797 8.6456 12.656 1.434 91.4 74.7
#
#Br-35-Brom
a 35
b 16 3 Br
c A.J.Balard, C.Lwig 1825
d grch. bromos
e 3120 50 265.95 331.93 79.904
g [Ar] 3d10 4s2p5
h 2 2 473
i 1.12 1.142 1.96 1.95
j 1E-16 67.8 183 0
k 1143 -324 2.74 0 0 -1
r 1.0396 1.0437 .9327 8.375 8.126 0 0
s .9199 0 13.479 0 99.6 79.8
#
#Kr-36-Krypton
a 36
b 17 3 Kr
c W.Ramsay, M.W.Travers 1898
d grch. kryptos
e 3.744 30 115.98 119.75 83.8
g [Ar] 3d10 4s2p6
h 11 1 249
i 1.03 1.89 1.69 1.98
j 0 19.6 108 0
k 1352 0 0 0 0 
r .9801 .9841 .8784 0 0 108 84.9
s .8654 0 14.328 0 100 88.1
#
#Rb-37-Rubidium
a 37
b 0 4 Rb
c R.W.Bunsen 1860
d lat. rubidius
e 1532 0 311.85 973 85.4678
g [Kr] 5s1
h 12 1 363
i 2.475 2.16 1.49 2.44
j 8 25.7 880 90
k 402 -60 .89 2 2 1
r.9255 .9296 .8286 7.3181 7.075 0 0
s .8154 6.8633 15.2 1.806 117 90
#
#Sr-38-Strontium
a 38
b 1 4 Sr
c A.Crawford 1790, H.Davy 1808
d strontian
e 2540 0 1043 1643 87.62
g [Kr] 5s2
h 11 1 740
i 2.151 1.92 1.18 0
j 4.35 104.5 1585.4 23
k 548 146 .99 2 0 2
r .8752 .8793 .7828 6.8625 6.623 0 0
s .7696 6.3868 16.112 1.941 125 95
#
#Y-39-Yttrium
a 39
b 2 4 Y
c J.Gadolin 1794, Mosander 1843
d ytterby
e 4469 2 1795 3611 88.90585
f 2
g [Kr] 4d1 5s2
h 5 1 300
i 1.81 1.62 1.06 0
j 1.75 193.5 4424 10.6
k 636 0 1.11 0 1 3
r .8287 .833 .7406 6.4485 0 0 0
s .7276 5.9618 17.042 2.079 134 100
#
#Zr-40-Zirkonium
a 40
b 3 4 Zr
c M.H.Klaproth 1789, J.J.Berzelius 1824
d arab. zargun
e 6506 1 2125 4650 91.224
f .55
g [Kr] 4d2 5s2
h 5 1 280
i 1.6 1.45 .87 0
j 2.5 252 6376 5.78
k 670 0 1.22 0 0 +4
r .7858 .7901 .7016 6.0702 5.836 5.586 5.384
s .6887 5.5829 18.004 2.221 143 15.9
#
#Nb-41-Niobium
a 41
b 4 4 Nb
c C.Hatchett 1801
d grch. niobe
e 8570 1 2773 5173 92.90638
f 9.46
g [Kr] 4d3 5s2
h 12 1 270
i 1.429 1.34 .7 0
j 8 293 7500 7.07
k 653 0 1.23 0 0 +5
r .7461 .7504 .6657 5.724 5.238 5.31 5.036
s .6529 15.2226 18.992 2.374 153 17.1
#
#Mo-42-Molybdn
a 42
b 5 4 Mo
c P.J.Hjelm 1781
d grch. molybdos
e 10220 1 2893 5073 95.94
f .92
g [Kr] 4d5 5s1
h 12 1 250
i 2.01 1.29 .65 5.43
j 19.23 290 5610 5.2
k 695 0 1.3 0 0 +6
r .7092 .7135 .6322 5.4062 4.923 5.013 4.726
s .6197 4.9125 20.009 2.523 162 18.4
#
#Tc-43-Technetium
a 43
b 6 4 Tc
c E.G.Sergr, C.Perrier 1937
d grch. technikos
e 11500 81 2520 4900 96.9062
f 7.81
g [Kr] 4d5 5s2
h 5 1 0
i 1.358 1.27 .56 0
j 4.43 241 5917 8.06
k 699 0 1.36 0 0 +7
r .673 .676 .602 0 0 0 0
s .5888 4.6253 21.05 2.68 172 19.7
#
#Ru-44-Ruthenium
a 44
b 7 4 Ru
c J.A. Sniadecki 1808, G.W.Osann 1828
d lat. ruthenia
e 12370 1 2773 4373 101.07
f .49
g [Kr] 4d6 5s2
h 5 1 240
i 1.34 1.24 .65 0
j 13.16 234.5 5618 9.1
k 724 0 1.42 0 0 +4
r .643 .6473 .5724 4.8455 4.372 4.487 4.182
s .5604 4.3689 22.127 2.838 183 21.1
#
#Rh-45-Rhodium
a 45
b 8 4 Rh
c W.H.Wollaston 1803
d grch. rhodon
e 12410 0 2233 4233 102.9055
g [Kr] 4d7 5s2
h 11 1 250
i 1.345 1.25 .75 0
j 22.17 218 4814 8.4
k 745 0 1.45 0 0 +3
r .6132 .6176 .5455 4.5972 4.13 4.253 3.944
s .5337 4.1296 23.234 3.0002 194 22.6
#
#Pd-26-Palladium
a 46
b 9 4 Pd
c W.H.Wollaston 1803
d pallas
e 12020 0 1825 3473 106.42
g [Kr] 4d8 5s2
h 11 1 240
i 1.376 1.28 .65 0
j 9.26 162 3696 11.2
k 804 0 1.35 0 0 +4
r .5854 .5898 .5205 4.3676 3.909 4.034 3.725
s .5099 3.9081 24.356 3.172 206 24.1
#
#Ag-47-Silber
a 47
b 10 4 Ag
c $at
d angl. siolfur, lat. argentum
e 10500 0 1235 2485 107.8682
g [Kr] 4d10 5s1
h 11 1 235
i 1.444 1.34 1.13 0
j 62.9 105 2350 90
k 733 0 1.42 0 0 1
r .5593 .5637 .4976 4.1541 3.703 3.834 3.523
s .4858 3.6983 25.524 3.352 218 25.8
#
#Cd-48-Cadmium
a 48
b 11 4 Cd
c F.Stromeyer 1817
d lat. cadmia
e 8650 1 594.18 1038 112.411
f .54
g [Kr] 4d10 5s2
h 5 1 230
i 1.489 1.41 1.03 0
j 14.64 56 890 29.8
k 867 0 1.46 0 0 2
r .5349 .5394 .475 3.9562 3.514 3.644 3.336
s .464 3.5038 26.724 3.539 231 27.5
#
#In-49-Indium
a 49
b 12 4 In
c F.Reich, H.Richter 1863
e 7310 1 429.76 2323 114.818
f 3.4
g [Kr] 4d10 5s2p1
h 1 1 230
i 1.626 1.5 .92 0
j 11.95 28.5 1970 56
k 557 0 1.49 0 0 +3
r .512 .5165 .4545 3.7719 3.339 3.47 3.162
s .4438 3.3244 27.94 3.73 243 29.3
#
#Sn-50-Zinn
a 50
b 13 4 Sn
c $at
d lat. stannum
e 7310 1 505.06 2963 118.71
f 3.72
g [Kr] 4d10 5s2p2
h 1 1 227
i 1.405 1.4 1.02 0
j 9.09 59.6 2450 21.2
k 708 0 1.72 0 0 +2
r .4905 .495 .4352 3.5998 3.175 3.306 3.001
s .4246 3.1559 29.203 3.929 256 31.1
#
#Sb-51-Antimon
a 51
b 14 4 Sb
c $at
d grch. anti+monos, lat. stibium
e 6691 20 903.7 1910 121.757
f 3.6
g [Kr] 4d10 5s2p3
h 6 1 210
i 1.82 1.41 .62 2.2
j 2.56 167 557.8 10.9
k 833 0 1.82 0 0 +5
r .4703 .4747 .417 3.4391 3.023 3.152 2.852
s .4066 2.9999 30.496 4.134 270 33.1
#
#Te-52-Tellur
a 52
b 15 4 Te
c F.J. Mller v. Reichenstein 1783
d lat. tellus
e 6240 11 723 1263 127.6
f 4.5
g [Kr] 4d10 5s2p4
h 5 1 200
i 1.432 1.37 2.11 2.2
j 2.3E-4 106 397 16.75
k 871 -190 2.01 0 0 -2
r .4512 .4557 .3399 3.289 2.882 3.009 2.712
s .3897 2.8554 31.819 4.342 282 35.0
#
#I-53-Jod
a 53
b 16 4 I
c B.Courtois 1811
d grch. iodes
e 4930 10 386.8 456 126.90447
g [Kr] 4d10 5s2p5
h 2 2 214
i 1.33 1.333 2.2 2.15
j 7.7E-14 124 172 83
k 1009 -297 2.21 0 0 -1
r .4332 .4378 .3838 3.1484 2.751 2.874 2.582
s .3737 2.7194 33.181 4.559 294 37.1
#
#Xe-54-Xenon
a 54
b 17 4 Xe
c W.Ramsey, M.W.Travers 1898
d grch. xenos
e 5.897 30 161.4 165.03 131.29
g [Kr] 4d10 5s2p6
h 11 1 158
i 2.18 2.09 1.9 2.16
j 0 23.6 96.4 0
k 1172 0 0 0 0  
r .4159 .4204 .3684 0 0 0 0
s .3584 2.5924 34.598 4.783 306 39.2
#
#Cs-55-Caesium
a 55
b 0 5 Cs
c R.Bunsen, G.R.Kirchhoff 1860
d lat. caesius
e 1873 2 301.79 958 132.90543
f 1.5
g [Xe] 6s1
h 12 1 240
i 2.654 2.35 1.65 2.62
j 5.0 16.4 496 97
k 377 -38 .79 2 2 1
r .4002 .4048 .3543 2.892 2.511 2.628 2.348
s .3447 2.4739 35.973 5.012 318 41.3
#
#Ba-56-Barium
a 56
b 1 5 Ba
c H.Davy 1808
d grch. barys
e 3594 2 983 1910 137.327
f 5.1
g [Xe] 6s2
h 12 1 280
i 2.173 1.98 1.38 0
j 2.0 56 1100 20
k 502 47 .89 2 0 2
r .385 .3896 .3407 2.7752 2.404 2.516 2.242
s .3313 .3628 37.428 5.248 330 43.5
#
#La-57-Lanthan
a 57
b 2 5 La
c C.G.Mosander 1839
d grch. lanthanein
e 6145 1 1193 3743 138.9055
f 5.0
g [Xe] 5d1 6s2
h 5 1 190
i 1.877 1.69 1.15 0
j 1.75 81.3 2880 4.9
k 540 0 1.08 0 0 +3
r .3703 .3752 .3279 2.6651 2.303 2.41 2.141
s .3184 2.2583 38.944 5.49 341 45.8
#
#Ce-58-Cer
a 58
b 3 6 Ce
c JJ.Berzelius, W.Hisinger 1833
d ceres
e 8240 2 1070 3743 140.115
f 1.7
g [Xe] 4f2 5d0 6s2
h 11 1 190
i 1.825 1.65 1.07 0
j 1.37 63.3 2240 8.5
k 532 0 1.12 0 0 +3
r .357 .3616 .3157 2.5612 2.208 2.311 2.048
s .3064 2.1639 40.469 5.73 352 48.2
#
#Pr-59-Praseodym
a 59
b 4 6 Pr
c Auer v. Welsbach 1885
d grch. prasios didymos
e 6773 0 1208 3290 140.90765
g [Xe] 4f3 5d0 6s2
h 5 1 190
i 1.828 1.65 1.16 0
j 1.47 80 2.36 6.79
k 523 0 1.07 0 0 +3
r .3441 .3487 .3042 2.4627 0 0 0
s .2951 2.077 42.019 5.97 363 50.7
#
#Nd-60-Neodym
a 60
b 5 6 Nd
c Auer v. Welsbach 1885
d grch. neos didymos
e 7007 0 1297 3483 144.24
g [Xe] 4f4 5d0 6s2
h 5 1 190
i 1.821 1.64 1.15 0
j 1.563 49.3 1967 0
k 530 0 1.07 0 0 +3
r .3318 .3564 .2932 2.3701 0 0 0
s .2845 1.9947 43.585 6.216 374 53.2
#
#Pm-61-Promethium
a 61
b 6 6 Pm
c Marinsky, Glendenin, Coryell 1945
d grch. prometheus
e 7220 80 1308 3473 144.913
g [Xe] 4f5 5d0 6s2
h 5 1 0
i 1.81 1.63 1.09 0
j 2.0 87 0 0
k 535 0 1.07 0 0 +3
r .3207 .3249 .282 2.2827 0 0 0
s 0 0 0 0 386 55.9
#
#Sm-62-Samarium
a 62
b 7 6 Sm
c P.-E-Lecoq de Boisbaudran 1879
d samarskit
e 7520 0 1345 1943 150.36
g [Xe] 4f6 5d0 6s2
h 6 1 200
i 1.802 1.66 1.13 0
j 1.14 72.5 1274 10.4
k 543 0 1.07 0 0 +3
r .3089 .3136 .273 2.1994 0 0 0
s .2646 1.8445 46.863 6.72 397 58.6
#
#Eu-63-Europium
a 63
b 8 6 Eu
c L. de Boisbaudran 1892
d europa
e 5243 0 1099 1703 151.965
g [Xe] 4f7 5d0 6s2
h 12 1 180
i 2.042 1.85 1.12 0
j 1.11 69.1 1156.2 32
k 546.5 0 1.01 0 0 +3
r .2985 .3032 .2636 2.1206 0 0 0
s .2555 1.7753 48.532 6.984 425 61.5
#
#Gd-64-Gadolinium
a 64
b 9 6 Gd
c J.-C.G. de Marignac 1880
d J. Gadolin
e 7900.4 3 1585 3070 157.25
f 289
g [Xe] 4f7 5d1 6s2
h 5 1 230
i 1.802 1.61 1.11 0
j .75 99 1.98 8.6
k 594 0 1.11 0 0 +3
r .2884 .2932 .2544 2.046 0 0 0
s .2468 1.7094 50.243 7.254 439 64.4
#
#Tb-65-Terbium
a 65
b 10 6 Tb
c C.G.Mosander 1843
d Ytterby
e 8229 3 1629 2750 158.92534
f 219
g [Xe] 4f9 5d0 6s2
h 5 1 180
i 1.782 1.59 1.09 0
j .877 103 2460 7
k 564 0 1.1 0 0 +3
r .2787 .2834 .246 1.9755 0 0 0
s .2384 1.6486 52.013 7.521 273 67.5
#
#Dy-66-Dysprosium
a 66
b 11 6 Dy
c P.E.L. de Boisbaudran 1886
d grch. dysprositos
e 8550 3 1680 2600 162.5
f 85
g [Xe] 4f10 5d0 6s2
h 5 1 170
i 1.773 1.59 1.07 0
j 1.75 105.8 1803.1 10
k 572 0 1.1 0 0 +3
r .2695 .2743 .2375 1.9087 0 0 0
s .2304 1.579 53.819 7.853 286 70.6
#
#Ho-67-Holmium
a 67
b 12 6 Ho
c P.T.Cleve; Delafontaine, Soret 1878
d lat. holmia
e 8795 3 1734 2760 164.93032
f 20
g [Xe] 4f11 5d0 6s2
h 5 1 160
i 1.766 1.58 1.05 0
j 1.15 104.3 1521.9 9.5
k 581 0 1.10 0 0 +3
r .2608 .2655 0 1.8447 0 0 0
s .2229 1.5353 55.63 8.076 128 73.9
#
#Er-68-Erbium
a 68
b 13 6 Er
c C.G.Mosander 1842
d Ytterby
e 9066 3 1770 2690 167.26
f 20
g [Xe] 4f12 5d0 6s2
h 5 1 170
i 1.757 1.57 1.04 0
j 1.15 102.8 1751 9.2
k 589 0 1.11 0 0 +3
r .2524 .2571 .2226 1.7842 0 0 0
s .2157 1.4821 57.513 8.366 134 77.3
#
#Tm-69-Thulium
a 69
b 14 6 Tm
c P.T.Cleve 1879
d Thule
e 9321 0 1818 1990 168.93421
g [Xe] 4f13 5d0 6s2
h 5 1 160
i 1.746 1.56 1.04 0
j 1.27 109 1462 13.3
k 596.4 0 1.11 0 0 +3
r .2443 .2491 .2153 1.7263 0 0 0
s .2089 1.4328 59.358 8.654 140 80.8
#
#Yb-70-Ytterbium
a 70
b 15 6 Yb
c J.C.G. de Marignac 1878
d Ytterby
e 6965 0 1097 1590 173.04
g [Xe] 4f14 5d0 6s2
h 11 1 150
i 1.94 1.7 .86 0
j 3.45 53.2 919.9 25
k 603 0 1.06 0 0 +3
r .2367 .2414 .2022 1.6719 0 0 0
s .2022 1.386 61.325 8.946 146 84.5
#
#Lu-71-Lutetium
a 71
b 16 6 Lu
c G.Urbain; C.James; Auer v. Welsbach 1907
d lat. lutetia
e 9840 2 1925 3270 174.967
f 0.7
g [Xe] 4f14 5d1 6s2
h 5 1 150
i 1.734 1.56 .99 0
j 1.27 110 2446 8.12
k 524 0 1.14 0 0 +3
r .2292 .234 .2021 1.6194 0 0 0
s .1958 1.3413 63.329 9.244 153 88.2
#
#Hf-72-Hafnium
a 72
b 3 5 Hf
c D.Coster, G.C. de Hevesy 1923
d lat. hafnia
e 13310 1 2495 5420 178.49
f .13
g [Xe] 4f14 5d2 6s2
h 5 1 150
i 1.564 1.44 .86 0
j 2.85 143 3704 5.9
k 720 0 1.23 0 0 +4
r .2221 .2269 .1959 1.5695 1.327 1.353 1.179
s .1898 1.2971 65.331 9.558 159 91.7
#
#Ta-73-Tantal
a 73
b 4 5 Ta
c A.G.Ekeberg 1802
d grch. tantalos
e 16654 1 3270 5670 180.9479
f 4.48
g [Xe] 4f14 5d3 6s2
h 12 1 150
i 1.43 1.34 .73 0
j 8.03 174 4162 6.6
k 761 0 1.33 0 0 +5
r .2154 .2202 .019 1.5218 1.285 1.307 1.138
s .1839 1.2551 67.427 9.879 166 95.4
#
#W-74-Wolfram
a 74
b 5 5 W
c J.J. und F. Elhuijar 1783
e 19300 1 3680 5930 183.84
f .011
g [Xe] 4f14 5d4 6s2
h 12 1 130
i 1.37 1.3 .65 0
j 17.7 192 4350 4.3
k 770 0 1.4 0 0 +6
r .2089 .2138 .1843 1.4736 1.245 1.263 1.098
s .1783 1.2154 69.545 10.202 172 99.1
#
#Re-75-Rhenium
a 75
b 6 5 Re
c W.Noddack, I.Tacke, O.Berg 1925
d lat. rhenus
e 21020 1 3453 5870 186.207
f 1.7
g [Xe] 4f14 5d5 6s2
h 5 1 140
i 1.37 1.28 .72 0
j 5.18 178 4000 6.63
k 760 0 1.46 0 0 +6
r .2027 .2075 .1788 1.4328 1.206 1.22 1.061
s .1731 1.177 71.634 10.535 179 103
#
#Os-76-Osmium
a 76
b 7 5 Os
c S.Tennant 1803
d grch. osme
e 22590 1 3327 5300 190.23
f .65
g [Xe] 4f14 5d6 6s2
h 5 1 130
i 1.35 1.26 .69 0
j 12.3 154 3300 5.73
k 820 0 1.52 0 0 +6
r .1967 .2016 .1736 1.3911 1.197 1.169 1.025
s .1678 1.1404 73.897 10.873 186 106
#
#Ir-77-Iridium
a 77
b 8 5 Ir
c S.Tennant 1803
d lat. iris
e 22420 1 2716 4620 192.22
f .14
g [Xe] 4f14 5d7 6s2
h 11 1 130
i 1.357 1.26 .65 0
j 18.87 117 3900 6.6
k 880 0 1.55 0 0 +4
r .191 .1958 .1685 1.3513 1.158 1.135 .991
s .1628 1.1056 76.167 11.215 193 110
#
#Pt-78-Platin
a 78
b 9 5 Pt
c 1750 ($eu)
d span. platina
e 21450 0 2042.5 4570 195.08
g [Xe] 4f14 5d8 6s2
h 11 1 130
i 1.38 1.29 .92 0
j 9.43 111 2290 9
k 860 0 1.44 0 0 +4
r .1855 .1903 .1636 1.3129 1.12 1.102 .958
s .1581 1.0723 78.431 11.563 200 113
#
#Au-79-Gold
a 79
b 10 5 Au
c $at
d angl. gold
e 19320 0 1336.2 2970 196.96654
g [Xe] 4f14 5d10 6s1
h 11 1 126
i 1.442 1.34 1.37 0
j 42.55 65.7 1650 14.16
k 890 0 1.42 0 0 +1
r .1801 .185 .1589 1.2763 1.083 1.07 .927
s .1534 1.0399 80.83 11.924 208 115
#
#Hg-80-Quecksilber
a 80
b 11 5 Hg
c $at
d lat. hydrargyrum
e 13546 41 234.28 629.73 200.59
f 4.15
g [Xe] 4f14 5d10 6s2
h 6 1 139
i 1.6 1.44 1.12 0
j 1.063 11.8 285 181
k 1007 0 1.44 0 0 +2
r .177 .177 .154 1.242 1.049 1.04 .897
s .1492 1.0089 83.109 12.29 216 117
#
#Tl-81-Thallium
a 81
b 12 5 Tl
c F.J. Mller von Reichenstein 1783
d lat. tellus
e 11850 1 576.7 1731 204.3833
f 2.39
g [Xe] 4f14 5d10 6s2p1
h 5 1 130
i 1.704 1.55 1.05 0
j 5.56 21.1 793 28
k 589 0 1.44 0 0 +3
r .1701 .175 .1501 1.2073 1.015 1.01 .868
s .1447 .9793 85.694 12.662 224 119
#
#Pb-82-Blei
a 82
b 13 5 Pb
c $at
d lat. plumbum
e 11350 1 600.5 2023 207.2
f 7.19
g [Xe] 4f14 5d10 6s2p2
h 11 1 130
i 1.75 1.54 1.32 0
j 4.84 24.7 866 29.1
k 716 0 1.55 0 1 +2
r .1653 .1702 .1459 1.175 .982 .983 .84
s .1407 .9502 88.13 13.049 232 120
#
#Bi-83-Bismut
a 83
b 14 5 Bi
c 15. $jh
d dt. lat. bisemutum
e 9747 20 544.4 1833 208.98037
f 8
g [Xe] 4f14 5d10 6s2p3
h 6 1 120
i 1.55 1.52 .74 2.4
j .936 50.1 857 0
k 703 0 1.67 0 0 +5
r .1607 .1657 .1419 1.1438 .952 .955 .814
s .137 .9233 90.51 13.43 240 120
#
#Po-84-Polonium
a 84
b 15 5 Po
c M. u. P. Curie 1898
d Polen
e 9320 0 527 1235 208.982
g [Xe] 4f14 5d10 6s2p4
h 3 1 0
i 1.67 1.53 0 0
j .714 48 482 23
k 813 0 1.76 0 0 4,2
r 0 0 0 1.114 0 0 0
s .1331 .8976 93.16 13.81 0 0
#
#At-85-Astat
a 85
b 16 5 At
c D.R.Corson, K.R.Mackenzie, E.Segr 1940
d grch. astatos
e 0 0 570 650 209.987
g [Xe] 4f14 5d10 6s2p5
h 0 1 0
#i 0 0 0 0
j 0 113.3 0 0
k 890 0 2.2 0 0 1,3,5,7
#r 0 0 0 0 0 0 0
s .1295 .8723 95.73 14.21 0 0
#
#Rn-86-Radon
a 86
b 17 5 Rn
c F.E.Dorn 1900
d Radium
e 0 30 202 211 222.018
g [Xe] 4f14 5d10 6s2p6
h 11 1 0
#i 0 0 0 0
j 0 12.2 81.5 0
k 1037 0 0 0 0  
#r 0 0 0 0 0 0 0
s .1259 .8484 98.45 14.61 0 0
#
#Fr-87-Francium
a 87
b 0 7 Fr
c M.Perey 1939
d France
e 0 160 300 950 223.0198
g [Rn] 7s1
h 12 1 0
#i 0 0 0 0
#j 0 0 0 0
k 384 0 .7 2 2 1
r 0 0 0 1.03 0 0 0
s .1226 .8252 101.1 15.02 0 0
#
#Ra-88-Radium
a 88
b 1 7 Ra
c M. u. P. Curie 1898
d lat. radius
e 5000 160 973 1413 226.0254
g [Rn] 7s2
h 12 1 0
i 2.23 0 1.44 0
j 1 32 605 20.2
k 509.3 0 .97 0 0 2
r 0 0 0 1.005 0 0 0
s .1193 .8028 103.9 15.44 304 172
#
#Ac-89-Actinium
a 89
b 2 7 Ac
c A.Debierne, Giesel 1899
d grch. aktinos
e 10060 160 1470 3600 227.028
g [Rn] 6d1 7s2
h 11 1 0
i 1.878 0 1.11 0
j 0 62.6 1291 14.9
k 490 0 1.1 0 0 3
#r 0 0 0 0 0 0 0
s .1162 .7816 106.7 15.86 0 0
#
#Th-90-Thorium
a 90
b 3 8 Th
c J.J.Berzelius 1828
d nrd. Thor
e 11720 161 2023 5060 232.0381
f 1.37
g [Rn] 5f0 6d2 7s2
h 11 1 120
i 1.798 0 0 0
j 7.69 83 2344 11
k 590 0 1.11 0 0 4
r .1328 .1378 .1173 .9559 .766 .794 .653
s .1129 .7606 109 16.302 327 143
#
#Pa-91-Protactinium
a 91
b 4 8 Pa
c O.Hahn, L.Meitner; K.Fajans; ... 1917
d grch. protos
e 15370 161 1840 4470 231.03588
f 1.3
g [Rn] 5f2 6d1 7s2
h 1 1 0
i 1.606 0 0 0
j 5.65 72.3 2082 7.3
k 570 0 1.14 0 0 5,4
r 0 0 0 .933 0 0 0
s .1103 .7413 112.4 16.12 0 0
#
#U-92-Uran
a 92
b 5 8 U
c M.H.Klaproth 1789
d Uranus
e 18950 1 1405 4018 238.0289
f .68
g [Rn] 5f3 6d1 7s2
h 2 1 120
i 1.385 0 .8 0
j 3.25 65.1 1775 12.6
k 597 0 1.22 0 0 6,5,4,3
r .1259 .1309 .1113 .9105 .72 .755 .615
s .1068 .7221 115 17.172 352 153
#
#Np-93-Neptunium
a 93
b 6 8 Np
c E.M.McMillan, P.Abelson 1940
d Neptun
e 20250 81 912 4175 237.0482
f .075
g [Rn] 5f4 6d1 7s2
h 2 1 120
i 1.31 0 0 0
j .82 40 1420 27.5
k 600 0 1.22 0 0 6,5,4,3
#r 0 0 0 0 0 0 0
#s 0 0 0 0 0 0
#
#Pu-94-Plutonium
a 94
b 7 8 Pu
c G.T.Seaborg, A.C.Wahl, J.W.Kennedy 1940
d Pluto
e 19840 80 912.6 3503 244.064
g [Rn] 5f6 6d0 7s2
h 3 1 130
i 1.51 0 0 0
j .685 11.5 14.1 55
k 585 0 1.28 0 0 6,5,4,3
#r 0 0 0 0 0 0 0
#s 0 0 0 0 0 0
#
#Am-95-Americium
a 95
b 8 8 Am
c Seaborg, James, Morgan, Ghiorso 1945
d engl. america
e 13670 80 1267 2880 243.061
g [Rn] 5f7 6d0 7s2
h 5 1 110
i 1.84 0 0 0
j 1.47 59.24 981.2 0
k 578 0 1.3 0 0 6,5,4,3
#r 0 0 0 0 0 0 0
#s 0 0 0 0 0 0
#
#Cm-96-Curium
a 96
b 9 8 Cm
c G.T.Seaborg, R.A.James, A.Ghiorso 1944
d Piere & Marie Curie
e 13300 80 1610 0 247.07
g [Rn] 5f7 6d1 7s2
h 0 1 0
#i 0 0 0 0
#j 0 0 0 0
k 588 0 1.3 0 0 3
#r 0 0 0 0 0 0 0
#s 0 0 0 0 0 0
#
#Bk-97-Berkelium
a 97
b 10 8 Bk
c G.T.Seaborg, S.G.Thomson, A.Ghiorso 1949
d engl. Berkeley
e 14790 80 0 0 247.07
g [Rn] 5f9 6d0 7s2
h 0 1 0
#i 0 0 0 0
#j 0 0 0 0
k 608 0 1.3 0 0 4,3
#r 0 0 0 0 0 0 0
#s 0 0 0 0 0 0
#
#Cf-98-Californium
a 98
b 11 8 Cf
c Street, Seaborg, Thomson, Ghiorso 1950
d engl. California
e 0 80 900 0 251.08
g [Rn] 5f10 6d0 7s2
h 0 1 0
#i 0 0 0 0
#j 0 0 0 0
k 620 0 1.3 0 0 3
#r 0 0 0 0 0 0 0
#s 0 0 0 0 0 0
#
#Es-99-Einsteinium
a 99
b 12 8 Es
c Choppin, Thomson, Ghiorso, Harvey 1954
d Albert Einstein
e 0 80 1133 0 254.088
g [Rn] 5f11 6d0 7s2
h 0 1 0
#i 0 0 0 0
#j 0 0 0 0
k 630 0 1.3 0 0  
#r 0 0 0 0 0 0 0
#s 0 0 0 0 0 0
#
#Fm-100-Fermium
a 100
b 13 8 Fm
c Choppin, Thomson, Ghiorso, Harvey 1954
d Enrico Fermi
e 0 80 0 0 257.095
g [Rn] 5f12 6d0 7s2
h 0 1 80
#i 0 0 0 0
#j 0 0 0 0
k 640 0 1.3 0 0  
#r 0 0 0 0 0 0 0
#s 0 0 0 0 0 0
#
#Md-101-Mendelevium
a 101
b 14 8 Md
c Ghiorso, Harvey, Choppin, Thompson 1955
d Dmitri Mendelejew
e 0 80 0 0 258
g [Rn] 5f13 6d0 7s2
h 0 1 0
#i 0 0 0 0
#j 0 0 0 0
k 650 0 1.3 0 0  
#r 0 0 0 0 0 0 0
#s 0 0 0 0 0 0
#
#No-102-Nobelium
#Fl-102-Flerovium
a 102
b 15 8 Fl
c Ghiorso, Sikkeland, Walton, Seagorg 1958
d No: Alfred Nobel
e 0 80 0 0 259
g [Rn] 5f14 6d0 7s2
h 0 1 0
#i 0 0 0 0
#j 0 0 0 0
k 660 0 1.3 0 0  
#r 0 0 0 0 0 0 0
#s 0 0 0 0 0 0
#
#Lr-103-Lawrencium
a 103
b 16 8 Lr
c Ghiorso, Sikkeland, Larsh, Latimer 1961
d Ernest O. Lawrence
e 0 80 0 0 260
g [Rn] 5f14 6d1 7s2
h 0 1 0
#i 0 0 0 0
#j 0 0 0 0
#k 0 0 0 0 0  
#r 0 0 0 0 0 0 0
#s 0 0 0 0 0 0
#
#Unq-104-Unnilquadium
#Rf-104-Rutherfordium
#Db-104-Dubnium
a 104
b 3 7 Db
c $sj 1964
d Dubna, Unq: un-nil-quadium
e 0 80 0 0 261
g [Rn] 5f14 6d2 7s2
h 0 1 0
#
#Unp-105-Unnilpentium
#Ha-105-Hahnium
#Jl-105-Joliotium
a 105
b 4 7 Jl
c $sj 1967
d Frdric Joliot, Unp:un-nil-pentium
e 0 80 0 0 262
g [Rn] 5f14 6d3 7s2
h 0 1 0
#
#Unh-106-Unnilhexium
#Rf-106-Rutherfordium
#Sg-106-Seagborgium
a 106
b 5 7 Sg
c $sj 1974
d Unh: un-nil-hexium
e 0 80 0 0 263
g [Rn] 5f14 6d4 7s2 ?
h 0 1 0
#
#Uns-107-Unnilseptium
#Ns-107-Nielsbohrium
#Bh-107-Bohrium
a 107
b 6 7 Bh
d Niels Bohr, (Uns)
e 0 80 0 0 0
g [Rn] 5f14 6d5 7s2 ?
h 0 1 0
#
#Uno-108-Unniloktium
#Hs-108-Hassium
#Ha-108-Hahnium
a 108
b 7 7 Ha
d Otto Hahn, Hs:Hessen, (Uno)
e 0 80 0 0 0
g [Rn] 5f14 6d6 7s2 ?
h 0 1 0
#
#Une-109-Unnilennium
#Mt-109-Meitnerium
a 109
b 8 7 Mt
d Lise Meitner, (Une)
e 0 80 0 0 0
g [Rn] 5f14 6d7 7s2 ?
h 0 1 0
#
#Uun-110-Ununnilium ?
#XX-110-
a 110
b 9 7 Uun
e 0 80 0 0 0
g [Rn] 5f14 6d8 7s2 ?
h 0 1 0
#
#Uuu-111-Unununium ?
#XX-111-
a 111
b 10 7 Uuu
e 0 80 0 0 0
g [Rn] 5f14 6d9 7s2 ?
h 0 1 0
#
#XX-112-
a 112
b 11 7 Uud
e 0 80 0 0 0
g [Rn] 5f14 6d10 7s2 ?
h 0 1 0
