Atomic Parameters for Extended Huckel Calculation

1 H 1.008

2 He 4.003

3 Li 22.99

4 Be 24.31

5 B 10.81

6 C 12.01

7 N 14.01

8 O 16.00

9 F 19.00

10 Ne 20.18

11 Na 22.99

12 Mg 24.31

13 Al 26.98

14 Si 28.09

15 P 30.97

16 S 32.07

17 Cl 35.45

18 Ar 39.95

19 K 39.10

20 Ca 40.08

21 Sc 44.96

22 Ti 47.88

23 V 50.94

24 Cr 52.00

25 Mn 54.94

26 Fe 55.85

27 Co 58.93

28 Ni 58.69

29 Cu 63.55

30 Zn 65.39

31 Ga 69.72

32 Ge 72.61

33 As 74.92

34 Se 78.96

35 Br 79.90

36 Kr 83.80

37 Rb 85.47

38 Sr 87.62

39 Y 88.91

40 Zr 91.22

41 Nb 92.91

42 Mo 95.94

43 Tc 99

44 Ru 101.1

45 Rh 102.9

46 Pd 106.4

47 Ag 107.9

48 Cd 112.4

49 In 114.8

50 Sn 118.7

51 Sb 121.8

52 Te 127.6

53 I 126.9

54 Xe 131.3

55 Cs 132.9

56 Ba 137.3

La- Lu

72 Hf 178.5

73 Ta 180.9

74 W 183.8

75 Re 186.2

76 Os 190.2

77 Ir 192.2

78 Pt 195.1

79 Au 197.0

80 Hg 200.6

81 Tl 204.4

82 Pb 207.2

83 Bi 209.0

84 Po 210

85 At 210

86 Rn 222

87 Fr 223

88 Ra 226

Ac- Lr

Lanathanide

57 La 138.9

58 Ce 140.1

59 Pr 140.9

60 Nd 144.2

61 Pm 145

62 Sm 150.4

63 Eu 152.0

64 Gd 157.3

65 Tb 158.9

66 Dy 162.5

67 Ho 164.9

68 Er 167.3

69 Tm 168.9

70 Yb 173.0

71 Lu 175.0

Actinide

89 Ac 227

90 Th 232.0

91 Pa 231.0

92 U 238.0

93 Np 237

94 Pu 239

95 Am 243

96 Cm 247

97 Bk 247

98 Cf 252

99 Es 252

100 Fm 257

101 Md 258

102 No 259

103 Lr 252

Reference

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by M. Katsuhara