离子半径表

Ref. 1Revised effective ionic radii and systematic studies of interatomic distances in halides and chalcogenides. R. D. Shannon

Ref. 2Electronic Table of Shannon Ionic Radii, J. David Van Horn, 2001, downloaded MO/DA/YEAR.

Rec.#IONOX. StateElec. Config.Coord. #Spin StateCrystal RadiusIonic Radius

1Ac +336p 661.261.12

2Ag +114d 1020.810.67

3Ag +114d 1041.141

4Ag +114d 1041.161.02

5Ag +114d 1051.231.09

6Ag +114d 1061.291.15

7Ag +114d 1071.361.22

8Ag +114d 1081.421.28

9Ag +224d 940.930.79

10Ag +224d 961.080.94

11Ag +334d 840.810.67

12Ag +334d 860.890.75

13Al +332p 640.530.39

14Al +332p 650.620.48

15Al +332p 660.6750.535

16Am +225f 771.351.21

17Am +225f 781.41.26

18Am +225f 791.451.31

19Am +335f 661.1150.975

20Am +335f 681.231.09

21Am +445f 560.990.85

22Am +445f 581.090.95

23As +334s 260.720.58

24As +553d 1040.4750.335

25As +553d 1060.60.46

26At +775d 1060.760.62

27Au +115d 1061.511.37

28Au +335d 840.820.68

29Au +335d 860.990.85

30Au +555d 660.710.57

31B +331s 230.150.01

32B +331s 240.250.11

33B +331s 260.410.27

34Ba +225p 661.491.35

35Ba +225p 671.521.38

36Ba +225p 681.561.42

37Ba +225p 691.611.47

38Ba +225p 6101.661.52

39Ba +225p 6111.711.57

40Ba +225p 6121.751.61

41Be +221s 230.30.16

42Be +221s 240.410.27

43Be +221s 260.590.45

44Bi +336s 251.10.96

45Bi +336s 261.171.03

46Bi +336s 281.311.17

47Bi +555d 1060.90.76

48Bk +335f 861.10.9649Bk +445f 760.970.83

50Bk +445f 781.070.93

51Br -1-14p 661.821.96

52Br +334p 240.730.59

53Br +554s 230.450.31

54Br +773d 1040.390.25

55Br +773d 1060.530.39

56C +441s 230.06-0.08

57C +441s 240.290.15

58C +441s 260.30.16

59Ca +223p 661.141

60Ca +223p 671.21.06

61Ca +223p 681.261.12

62Ca +223p 691.321.18

63Ca +223p 6101.371.23

64Ca +223p 6121.41.34

65Cd +224d 1040.920.78

66Cd +224d 1051.010.87

67Cd +224d 1061.090.95

68Cd +224d 1071.171.03

69Cd +224d 1081.241.1

70Cd +224d 10121.451.31

71Ce +336s 161.151.01

72Ce +336s 171.211.07

73Ce +336s 181.2831.143

74Ce +336s 191.3361.196

75Ce +336s 1101.391.25

76Ce +336s 1121.481.34

77Ce +445p 661.010.87

78Ce +445p 681.110.97

79Ce +445p 6101.211.07

80Ce +445p 6121.281.14

81Cf +336d 161.090.95

82Cf +445f 860.9610.821

83Cf +445f 881.060.92

84Cl-1-13p 661.671.81

85Cl+553s 230.260.12

86Cl+772p 640.220.08

87Cl+772p 660.410.27

88Cm+335f 741.110.97

89Cm+445f 640.990.85

90Cm+445f 681.090.95

91Co+223d 74HS0.720.58

92Co+223d 750.810.67

93Co+223d 76LS0.790.65

94Co+223d 76HS0.8850.745

95Co+223d 781.040.9

96Co+333d 66LS0.6850.545

97Co+333d 66HS0.750.61

98Co+443d 540.540.4

99Co+443d 56HS0.670.53100Cr+223d 46LS0.870.73

101Cr+223d 46HS0.940.8

102Cr+333d 360.7550.615

103Cr+443d 240.550.41

104Cr+443d 260.690.55

105Cr+553d 140.4850.345

106Cr+553d 160.630.49

107Cr+553d 180.710.57

108Cr+663p 640.40.26

109Cr+663p 660.580.44

110Cs+115p 661.811.67

111Cs+115p 681.881.74

112Cs+115p 691.921.78

113Cs+115p 6101.951.81

114Cs+115p 6111.991.85

115Cs+115p 6122.021.88

116Cu+113d 1020.60.46

117Cu+113d 1040.740.6

118Cu+113d 1060.910.77

119Cu+223d 940.710.57

120Cu+223d 940.710.57

121Cu+223d 950.790.65

122Cu+223d 960.870.73

123Cu+333d 86LS0.680.54

124D+111s 020.04-0.1

125Dy+224f 1061.211.07

126Dy+224f 1071.271.13

127Dy+224f 1081.331.19

128Dy+334f 961.0520.912

129Dy+334f 971.110.97

130Dy+334f 981.1671.027

131Dy+334f 991.2231.083

132Er+334f 1161.030.89

133Er+334f 1171.0850.945

134Er+334f 1181.1441.004

135Er+334f 1191.2021.062

136Eu+224f 761.311.17

137Eu+224f 771.341.2

138Eu+224f 781.391.25

139Eu+224f 791.441.3

140Eu+224f 7101.491.35

141Eu+334f 661.0870.947

142Eu+334f 671.151.01

143Eu+334f 681.2061.066

144Eu+334f 691.261.12

145F-1-12p 621.1451.285

146F-1-12p 631.161.3

147F-1-12p 641.171.31

148F-1-12p 661.191.33

149F+771s 260.220.08

150Fe+223d 64HS0.770.63151Fe+223d 64HS0.780.64

152Fe+223d 66LS0.750.61

153Fe+223d 66HS0.920.78

154Fe+223d 68HS1.060.92

155Fe+333d 54HS0.630.49

156Fe+333d 550.720.58

157Fe+333d 56LS0.690.55

158Fe+333d 56HS0.7850.645

159Fe+333d 58HS0.920.78

160Fe+443d 460.7250.585

161Fe+663d240.390.25

162Fr+116p 661.941.8

163Ga+333d 1040.610.47

164Ga+333d 1050.690.55

165Ga+333d 1060.760.62

166Gd+334f 761.0780.938

167Gd+334f 771.141

168Gd+334f 781.1931.053

169Gd+334f 791.2471.107

170Ge+224s 260.870.73

171Ge+443d 1040.530.39

172Ge+443d 1060.670.53

173H+111s 01-0.24-0.38

174H+111s 02-0.04-0.18

175Hf+444f 1440.720.58

176Hf+444f 1460.850.71

177Hf+444f 1470.90.76

178Hf+444f 1480.970.83

179Hg+116s 131.110.97

180Hg+116s 161.331.19

181Hg+225d 1020.830.69

182Hg+225d 1041.10.96

183Hg+225d 1061.161.02

184Hg+225d 1081.281.14

185Ho+334f 1061.0410.901

186Ho+334f 1081.1551.015

187Ho+334f 1091.2121.072

188Ho+334f 10101.261.12

189I-1-15p 662.062.2

190I+555s 230.580.44

191I+555s 261.090.95

192I+774d 1040.560.42

193I+774d 1060.670.53

194In+334d 1040.760.62

195In+334d 1060.940.8

196In+334d 1081.060.92

197Ir+335d 660.820.68

198Ir+445d 560.7650.625

199Ir+555d 460.710.57

200K+113p 641.511.37

201K+113p 661.521.38