Institute of Experimental Mineralogy
Russian Academy of Sciences
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142432, Chernogolovka, Moscow district
A.V. Chichagov +7(496)52-22320
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*** W W W - X R A Y P O L ***
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KORNERUPINE
3, B-free, DN
(Mg,Fe)(3)Al(6)(Si,Al)(5)O(21)(OH)
Orthorhombic C mcm Z = 4
R =0.034 NR =1550
16 .2 .1993
Ref.Str.:
Klaska R., Grew E.S. (1991)
* Amer. Mineral., 76, 1824-1835
Reserv:
T.V.Ush.
Initial data from BDM-file
Lattice parameters (cub. angs.,degr.):
a = 16.117 alpha = 90.0
b = 13.728 beta = 90.0
c = 6.749 gamma = 90.0
Unit cell volume (cub. angs.) = 1493.24
Molar volume ( cub.cm/mol.) = 224.86
Co-ordinates, thermal parameters, occupation for atomic positions:
NoP x/a y/b z/c B(j) atom / occupation
1 0.5 0.55 0.141 0.0 H = 0.3 , H = 0.0
2 0.0 0.0 0.0 0.0 Fe = 0.03, Mg = 0.04
3 0.1223 0.1364 0.25 0.0 Mg = 0.41, Fe = 0.05
4 0.5 0.1447 0.25 0.0 Mg = 1.00
5 0.2161 0.0 0.0 0.0 Al = 1.00
6 0.3145 0.1401 0.25 0.0 Al = 0.41, Mg = 0.09
7 0.4059 0.0 0.0 0.0 Al = 0.5 , Al = 0.0
8 0.4016 0.3519 0.25 0.0 Si = 0.5 , Si = 0.0
9 0.1825 0.3317 0.25 0.0 Si = 0.22, Al = 0.28
10 0.0 0.3404 0.25 0.0 Si = 0.17, Al = 0.08
11 0.2258 0.0446 0.25 0.0 O = 0.5 , O = 0.0
12 0.4022 0.0459 0.25 0.0 O = 0.5 , O = 0.0
13 0.4019 0.2335 0.25 0.0 O = 0.5 , O = 0.0
14 0.139 0.0998 0.9471 0.0 O = 1.00
15 0.2386 0.2337 0.25 0.0 O = 0.5 , O = 0.0
16 0.3161 0.0959 0.9563 0.0 O = 1.00
17 0.0864 0.2764 0.25 0.0 O = 0.5 , O = 0.0
18 0.5 0.0883 0.9521 0.0 O = 0.5 , O = 0.0
19 0.0 0.1159 0.75 0.0 O = 0.25, O = 0.0
20 0.0 0.0874 0.25 0.0 O = 0.25, O = 0.0
Co-ordinates for all atomic positions :
No NoP x/a y/b z/c
1 1 0.5 0.55 0.141
2 2 0.0 0.0 0.0
3 3 0.1223 0.1364 0.25
4 4 0.5 0.1447 0.25
5 5 0.2161 0.0 0.0
6 6 0.3145 0.1401 0.25
7 7 0.4059 0.0 0.0
8 8 0.4016 0.3519 0.25
9 9 0.1825 0.3317 0.25
10 10 0.0 0.3404 0.25
11 11 0.2258 0.0446 0.25
12 12 0.4022 0.0459 0.25
13 13 0.4019 0.2335 0.25
14 14 0.139 0.0998 0.9471
15 15 0.2386 0.2337 0.25
16 16 0.3161 0.0959 0.9563
17 17 0.0864 0.2764 0.25
18 18 0.5 0.0883 0.9521
19 19 0.0 0.1159 0.75
20 20 0.0 0.0874 0.25
21 1 0.5 0.45 0.641
22 2 0.0 0.0 0.5
23 3 0.8777 0.8636 0.75
24 4 0.5 0.8553 0.75
25 5 0.7839 0.0 0.5
26 6 0.6855 0.8599 0.75
27 7 0.5941 0.0 0.5
28 8 0.5984 0.6481 0.75
29 9 0.8175 0.6683 0.75
30 10 0.0 0.6596 0.75
31 11 0.7742 0.9554 0.75
32 12 0.5978 0.9541 0.75
33 13 0.5981 0.7665 0.75
34 14 0.861 0.9002 0.4471
35 15 0.7614 0.7663 0.75
36 16 0.6839 0.9041 0.4563
37 17 0.9136 0.7236 0.75
38 18 0.5 0.9117 0.4521
39 19 0.0 0.8841 0.25
40 20 0.0 0.9126 0.75
41 3 0.8777 0.1364 0.25
42 5 0.7839 0.0 0.0
43 6 0.6855 0.1401 0.25
44 7 0.5941 0.0 0.0
45 8 0.5984 0.3519 0.25
46 9 0.8175 0.3317 0.25
47 11 0.7742 0.0446 0.25
48 12 0.5978 0.0459 0.25
49 13 0.5981 0.2335 0.25
50 14 0.861 0.0998 0.9471
51 15 0.7614 0.2337 0.25
52 16 0.6839 0.0959 0.9563
53 17 0.9136 0.2764 0.25
54 3 0.1223 0.8636 0.75
55 5 0.2161 0.0 0.5
56 6 0.3145 0.8599 0.75
57 7 0.4059 0.0 0.5
58 8 0.4016 0.6481 0.75
59 9 0.1825 0.6683 0.75
60 11 0.2258 0.9554 0.75
61 12 0.4022 0.9541 0.75
62 13 0.4019 0.7665 0.75
63 14 0.139 0.9002 0.4471
64 15 0.2386 0.7663 0.75
65 16 0.3161 0.9041 0.4563
66 17 0.0864 0.7236 0.75
67 1 0.5 0.55 0.359
68 14 0.139 0.0998 0.5529
69 16 0.3161 0.0959 0.5437
70 18 0.5 0.0883 0.5479
71 1 0.5 0.45 0.859
72 14 0.861 0.9002 0.0529
73 16 0.6839 0.9041 0.0437
74 18 0.5 0.9117 0.0479
75 14 0.861 0.0998 0.5529
76 16 0.6839 0.0959 0.5437
77 14 0.139 0.9002 0.0529
78 16 0.3161 0.9041 0.0437
79 1 0.0 0.95 0.641
80 2 0.5 0.5 0.5
81 3 0.3777 0.3636 0.75
82 4 0.0 0.3553 0.75
83 5 0.2839 0.5 0.5
84 6 0.1855 0.3599 0.75
85 7 0.0941 0.5 0.5
86 8 0.0984 0.1481 0.75
87 9 0.3175 0.1683 0.75
88 10 0.5 0.1596 0.75
89 11 0.2742 0.4554 0.75
90 12 0.0978 0.4541 0.75
91 13 0.0981 0.2665 0.75
92 14 0.361 0.4002 0.4471
93 15 0.2614 0.2663 0.75
94 16 0.1839 0.4041 0.4563
95 17 0.4136 0.2236 0.75
96 18 0.0 0.4117 0.4521
97 19 0.5 0.3841 0.25
98 20 0.5 0.4126 0.75
99 1 0.0 0.05 0.141
100 2 0.5 0.5 0.0
101 3 0.6223 0.6364 0.25
102 4 0.0 0.6447 0.25
103 5 0.7161 0.5 0.0
104 6 0.8145 0.6401 0.25
105 7 0.9059 0.5 0.0
106 8 0.9016 0.8519 0.25
107 9 0.6825 0.8317 0.25
108 10 0.5 0.8404 0.25
109 11 0.7258 0.5446 0.25
110 12 0.9022 0.5459 0.25
111 13 0.9019 0.7335 0.25
112 14 0.639 0.5998 0.9471
113 15 0.7386 0.7337 0.25
114 16 0.8161 0.5959 0.9563
115 17 0.5864 0.7764 0.25
116 18 0.0 0.5883 0.9521
117 19 0.5 0.6159 0.75
118 20 0.5 0.5874 0.25
119 3 0.6223 0.3636 0.75
120 5 0.7161 0.5 0.5
121 6 0.8145 0.3599 0.75
122 7 0.9059 0.5 0.5
123 8 0.9016 0.1481 0.75
124 9 0.6825 0.1683 0.75
125 11 0.7258 0.4554 0.75
126 12 0.9022 0.4541 0.75
127 13 0.9019 0.2665 0.75
128 14 0.639 0.4002 0.4471
129 15 0.7386 0.2663 0.75
130 16 0.8161 0.4041 0.4563
131 17 0.5864 0.2236 0.75
132 3 0.3777 0.6364 0.25
133 5 0.2839 0.5 0.0
134 6 0.1855 0.6401 0.25
135 7 0.0941 0.5 0.0
136 8 0.0984 0.8519 0.25
137 9 0.3175 0.8317 0.25
138 11 0.2742 0.5446 0.25
139 12 0.0978 0.5459 0.25
140 13 0.0981 0.7335 0.25
141 14 0.361 0.5998 0.9471
142 15 0.2614 0.7337 0.25
143 16 0.1839 0.5959 0.9563
144 17 0.4136 0.7764 0.25
145 1 0.0 0.95 0.859
146 14 0.361 0.4002 0.0529
147 16 0.1839 0.4041 0.0437
148 18 0.0 0.4117 0.0479
149 1 0.0 0.05 0.359
150 14 0.639 0.5998 0.5529
151 16 0.8161 0.5959 0.5437
152 18 0.0 0.5883 0.5479
153 14 0.639 0.4002 0.0529
154 16 0.8161 0.4041 0.0437
155 14 0.361 0.5998 0.5529
156 16 0.1839 0.5959 0.5437
X-ray density (g/cm cub.) = 2.02
MU (1/cm) = 68.764 Mass attenuation coefficient (cm**2/g) = 33.976
Selected interatomic distances (cation-anion,anion-anion):
NoP Atom Rad.sph. C.N. Distance NoP N.
(angs.) (angs.)
1 H ,H 1.632 1
0.8971 20
2 Fe ,Mg 2.592 4
2.3191 19
2.0704 20
2.3191 19
2.0704 20
3 Mg ,Fe 2.592 6
2.0906 11
2.1222 14
2.3016 15
2.0071 17
2.0827 20
2.1222 14
4 Mg 2.52 6
2.0795 12
1.9965 13
2.1545 18
2.0795 12
1.9965 13
2.1545 18
5 Al 2.316 6
1.8017 11
1.8838 14
2.1019 16
1.8017 11
1.8838 14
2.1019 16
6 Al ,Mg 2.52 6
1.9397 11
1.9158 12
1.9048 13
1.7741 15
2.0731 16
2.0731 16
7 Al ,Al 2.316 6
1.8021 12
1.9786 16
1.9682 18
1.8021 12
1.9682 18
1.9786 16
8 Si ,Si 2.1 4
1.6254 13
1.624 14
1.6464 19
1.624 14
9 Si ,Al 2.316 4
1.6209 15
1.7249 17
1.7108 16
1.7108 16
10 Si ,Al 2.316 4
1.6465 17
1.6465 17
1.6788 18
1.6788 18
11 O ,O 3.264 10
2.8431 12
2.5904 14
2.6041 15
2.5579 16
2.767 14
2.7887 16
2.5904 14
2.5579 16
2.767 14
2.7887 16
12 O ,O 3.264 11
2.8431 11
2.5754 13
2.5151 16
2.6202 18
2.7819 18
3.1525 12
2.7665 16
2.5151 16
2.6202 18
2.7819 18
2.7665 16
13 O ,O 3.264 10
2.5754 12
2.6319 15
3.0675 16
3.2427 18
3.1622 13
3.0675 16
3.2427 18
2.7278 14
2.6027 19
2.7278 14
14 O 3.264 9
2.5904 11
3.1835 15
2.8555 16
2.6148 19
3.0376 20
2.767 11
2.6605 14
2.8316 14
2.7278 13
15 O ,O 3.264 9
2.6041 11
2.6319 13
3.1835 14
3.0113 16
2.5221 17
3.1835 14
3.0113 16
2.8614 16
2.8614 16
16 O 3.264 12
2.5579 11
2.5151 12
3.0675 13
2.8555 14
3.0113 15
2.9659 18
2.7887 11
2.7665 12
2.7846 16
2.6983 16
2.8614 15
2.7352 17
17 O ,O 3.264 7
2.5221 15
2.9447 20
2.785 17
2.7352 16
2.6925 18
2.7352 16
2.6925 18
18 O ,O 3.264 12
2.6202 12
3.2427 13
2.9659 16
2.7819 12
2.6202 12
3.2427 13
2.9659 16
2.7819 12
2.7279 18
2.5091 18
2.6925 17
2.6925 17
19 O ,O 3.264 7
2.6148 14
2.7909 20
2.6148 14
2.6148 14
2.6148 14
2.6027 13
2.6027 13
20 O ,O 3.264 7
3.0376 14
2.9447 17
2.7909 19
3.0376 14
2.9447 17
3.0376 14
3.0376 14
X-ray diffraction powder data (II), X-Ray W.L. = 1.54056(angs.):
No H K L Theta 2*Theta S LPG MF F I int.
( degree ) *100
1 1 1 0 4.227 8.454 0.048 365.17 4 40.7 108.7
2 2 0 0 5.485 10.97 0.062 215.92 2 137.7 367.2
3 0 2 0 6.443 12.887 0.073 155.85 2 141.6 280.3
4 1 1 1 7.809 15.617 0.088 105.4 8 35.2 46.8
5 2 2 0 8.477 16.954 0.096 89.1 4 85.6 117.0
6 3 1 0 8.857 17.714 0.1 81.43 4 58.1 49.2
7 0 2 1 9.21 18.421 0.104 75.14 4 9.1 1.1
8 1 3 0 10.078 20.155 0.114 62.4 4 1.0 0.0
9 2 2 1 10.745 21.489 0.121 54.64 8 13.0 3.3
10 4 0 0 11.021 22.042 0.124 51.83 2 83.9 32.7
11 3 1 1 11.049 22.099 0.124 51.55 8 34.6 22.1
12 1 3 1 12.059 24.118 0.136 42.95 8 34.5 18.3
13 3 3 0 12.775 25.549 0.144 38.04 4 31.3 6.7
14 4 2 0 12.807 25.615 0.144 37.84 4 27.5 5.1
15 0 4 0 12.97 25.94 0.146 36.84 2 144.5 69.0
16 0 0 2 13.195 26.39 0.148 35.53 2 40.3 5.2
17 1 1 2 13.879 27.758 0.156 31.92 8 2.0 0.0
18 2 4 0 14.12 28.239 0.158 30.78 4 41.6 9.5
19 5 1 0 14.209 28.419 0.159 30.36 4 63.0 21.6
20 2 0 2 14.328 28.656 0.161 29.83 4 106.8 61.0
21 3 3 1 14.409 28.817 0.162 29.48 8 3.5 0.1
22 4 2 1 14.438 28.876 0.162 29.35 8 54.3 31.0
23 0 4 1 14.584 29.167 0.163 28.72 4 26.6 3.7
24 0 2 2 14.736 29.471 0.165 28.1 4 275.0 381.1
25 2 4 1 15.624 31.248 0.175 24.78 8 2.3 0.0
26 5 1 1 15.706 31.412 0.176 24.5 8 38.9 13.3
27 2 2 2 15.767 31.534 0.176 24.3 8 64.7 36.5
28 3 1 2 15.982 31.964 0.179 23.6 8 36.9 11.5
29 1 5 0 16.534 33.069 0.185 21.92 4 63.2 15.7
30 6 0 0 16.664 33.328 0.186 21.56 2 76.3 11.3
31 1 3 2 16.715 33.431 0.187 21.41 8 36.6 10.3
32 5 3 0 16.996 33.991 0.19 20.65 4 310.7 357.7
33 4 4 0 17.147 34.294 0.191 20.26 4 103.5 39.0
34 4 0 2 17.322 34.644 0.193 19.81 4 4.0 0.1
35 1 5 1 17.856 35.712 0.199 18.54 8 27.8 5.1
36 6 2 0 17.935 35.87 0.2 18.36 4 10.1 0.3
37 5 3 1 18.288 36.576 0.204 17.59 8 24.8 3.9
38 3 5 0 18.365 36.73 0.205 17.43 4 4.9 0.1
39 4 4 1 18.43 36.86 0.205 17.3 8 11.6 0.8
40 3 3 2 18.53 37.06 0.206 17.09 8 28.5 5.0
41 4 2 2 18.554 37.107 0.207 17.04 8 5.0 0.2
42 0 4 2 18.67 37.341 0.208 16.81 4 79.8 19.2
43 6 2 1 19.172 38.344 0.213 15.86 8 1.6 0.0
44 2 4 2 19.517 39.034 0.217 15.24 8 20.1 2.2
45 3 5 1 19.579 39.157 0.218 15.13 8 35.9 7.0
46 5 1 2 19.585 39.169 0.218 15.12 8 70.7 27.1
47 0 6 0 19.674 39.347 0.219 14.97 2 19.5 0.5
48 7 1 0 19.83 39.659 0.22 14.71 4 9.5 0.2
49 2 6 0 20.485 40.971 0.227 13.68 4 2.3 0.0
50 1 1 3 20.502 41.004 0.227 13.66 8 21.3 2.2
51 0 6 1 20.823 41.646 0.231 13.19 4 17.1 0.7
52 7 1 1 20.972 41.944 0.232 12.99 8 24.9 2.9
53 0 2 3 21.12 42.24 0.234 12.78 4 185.2 78.7
54 6 4 0 21.355 42.71 0.236 12.47 4 255.8 146.4
55 1 5 2 21.397 42.794 0.237 12.41 8 35.7 5.7
56 6 0 2 21.501 43.002 0.238 12.28 4 64.7 9.2
57 2 6 1 21.599 43.198 0.239 12.16 8 25.2 2.8
58 5 5 0 21.625 43.25 0.239 12.12 4 247.6 133.3
59 5 3 2 21.769 43.539 0.241 11.94 8 34.9 5.2
60 2 2 3 21.887 43.775 0.242 11.8 8 36.5 5.6
61 4 4 2 21.892 43.784 0.242 11.79 8 53.8 12.2
62 7 3 0 21.994 43.988 0.243 11.67 4 70.3 10.4
63 3 1 3 22.05 44.101 0.244 11.6 8 45.0 8.4
64 6 4 1 22.434 44.868 0.248 11.16 8 52.6 11.1
65 8 0 0 22.479 44.958 0.248 11.11 2 47.9 2.3
66 6 2 2 22.539 45.078 0.249 11.04 8 20.7 1.7
67 1 3 3 22.614 45.228 0.25 10.96 8 24.0 2.3
68 5 5 1 22.693 45.386 0.25 10.87 8 68.0 18.0
69 4 6 0 22.777 45.555 0.251 10.78 4 57.4 6.4
70 3 5 2 22.896 45.793 0.253 10.66 8 38.4 5.7
71 7 3 1 23.049 46.098 0.254 10.5 8 3.6 0.0
72 1 7 0 23.308 46.615 0.257 10.24 4 23.2 1.0
73 8 2 0 23.483 46.965 0.259 10.06 4 0.9 0.0
74 4 6 1 23.805 47.61 0.262 9.76 8 4.8 0.1
75 0 6 2 24.001 48.002 0.264 9.58 4 86.2 12.8
76 3 3 3 24.053 48.107 0.265 9.53 8 22.0 1.7
77 4 2 3 24.073 48.145 0.265 9.51 8 24.1 2.0
78 7 1 2 24.134 48.268 0.265 9.46 8 8.2 0.2
79 0 4 3 24.167 48.334 0.266 9.43 4 136.7 31.6
80 1 7 1 24.318 48.636 0.267 9.3 8 3.1 0.0
81 8 2 1 24.488 48.975 0.269 9.15 8 51.1 8.6
82 2 6 2 24.698 49.395 0.271 8.98 8 18.8 1.1
83 3 7 0 24.716 49.432 0.271 8.96 4 56.0 5.0
84 2 4 3 24.861 49.721 0.273 8.84 8 30.8 3.0
85 5 1 3 24.916 49.833 0.273 8.8 8 36.0 4.1
86 6 4 2 25.453 50.907 0.279 8.38 8 11.8 0.4
87 3 7 1 25.685 51.37 0.281 8.21 8 29.4 2.5
88 5 5 2 25.69 51.379 0.281 8.21 8 150.3 66.5
89 9 1 0 25.708 51.416 0.282 8.19 4 104.8 16.1
90 7 5 0 25.888 51.776 0.283 8.06 4 118.1 20.2
91 7 3 2 26.014 52.028 0.285 7.97 8 66.7 12.7
92 6 6 0 26.246 52.493 0.287 7.81 4 61.7 5.3
93 8 4 0 26.318 52.636 0.288 7.77 4 22.5 0.7
94 1 5 3 26.438 52.876 0.289 7.69 8 13.9 0.5
95 8 0 2 26.443 52.885 0.289 7.68 4 51.4 3.6
96 9 1 1 26.65 53.301 0.291 7.55 8 26.7 1.9
97 0 8 0 26.672 53.344 0.291 7.53 2 192.2 25.0
98 4 6 2 26.707 53.415 0.292 7.51 8 67.1 12.1
99 5 3 3 26.756 53.512 0.292 7.48 8 87.7 20.6
100 7 5 1 26.826 53.652 0.293 7.44 8 25.6 1.8
101 4 4 3 26.862 53.723 0.293 7.41 8 45.6 5.5
102 0 0 4 27.163 54.327 0.296 7.23 2 415.0 111.7
103 6 6 1 27.176 54.352 0.296 7.22 8 67.9 11.9
104 1 7 2 27.18 54.36 0.297 7.22 8 17.7 0.8
105 8 4 1 27.246 54.491 0.297 7.18 8 30.6 2.4
106 2 8 0 27.319 54.638 0.298 7.13 4 36.9 1.7
107 8 2 2 27.337 54.674 0.298 7.12 8 9.8 0.2
108 5 7 0 27.371 54.742 0.298 7.1 4 37.2 1.8
109 6 2 3 27.419 54.839 0.299 7.07 8 107.1 29.1
110 9 3 0 27.51 55.02 0.3 7.02 4 1.8 0.0
111 1 1 4 27.545 55.09 0.3 7.0 8 31.7 2.5
112 0 8 1 27.591 55.183 0.301 6.97 4 56.3 4.0
113 3 5 3 27.73 55.459 0.302 6.9 8 31.1 2.4
114 2 0 4 27.803 55.606 0.303 6.85 4 58.9 4.3
115 0 2 4 28.042 56.084 0.305 6.72 4 51.6 3.2
116 2 8 1 28.224 56.449 0.307 6.62 8 4.9 0.1
117 5 7 1 28.275 56.551 0.307 6.6 8 38.4 3.5
118 9 3 1 28.411 56.822 0.309 6.53 8 0.8 0.0
119 3 7 2 28.449 56.898 0.309 6.51 8 5.0 0.1
120 10 0 0 28.55 57.101 0.31 6.45 2 216.6 27.2
121 2 2 4 28.668 57.337 0.311 6.39 8 50.3 5.8
122 0 6 3 28.697 57.395 0.312 6.38 4 70.1 5.6
123 3 1 4 28.803 57.605 0.313 6.33 8 25.6 1.5
124 7 1 3 28.815 57.63 0.313 6.32 8 24.0 1.3
125 4 8 0 29.202 58.405 0.317 6.13 4 18.3 0.4
126 1 3 4 29.269 58.539 0.317 6.1 8 6.5 0.1
127 2 6 3 29.315 58.629 0.318 6.08 8 4.1 0.0
128 9 1 2 29.352 58.704 0.318 6.06 8 20.6 0.9
129 10 2 0 29.402 58.803 0.319 6.04 4 39.5 1.7
130 7 5 2 29.517 59.034 0.32 5.99 8 86.5 16.1
131 4 0 4 29.666 59.332 0.321 5.92 4 11.0 0.1
132 6 6 2 29.846 59.692 0.323 5.84 8 185.9 72.4
133 8 4 2 29.912 59.823 0.324 5.81 8 11.2 0.3
134 6 4 3 29.989 59.979 0.324 5.78 8 24.4 1.2
X-ray diffraction powder data (I)...X-Ray wave length = 1.54056 (angs.):
No H K L Theta 2*Theta d I int I int.n. I p.h.n. H(Si)
( degree ) (angstrem) *100 *100
1 1 1 0 4.227 8.454 10.45076 108.7 28.5 28.9 5.6
2 2 0 0 5.485 10.97 8.0585 367.2 96.4 97.6 5.6
3 0 2 0 6.443 12.887 6.864 280.3 73.6 74.4 5.6
4 1 1 1 7.809 15.617 5.66954 46.8 12.3 12.4 5.6
5 2 2 0 8.477 16.954 5.22538 117.0 30.7 31.0 5.6
6 3 1 0 8.857 17.714 5.00288 49.2 12.9 13.0 5.6
7 4 0 0 11.021 22.042 4.02925 32.7 8.6 8.6 5.6
8 3 1 1 11.049 22.099 4.01907 22.1 5.8 5.8 5.6
9 1 3 1 12.059 24.118 3.68705 18.3 4.8 4.8 5.6
10 3 3 0 12.775 25.549 3.48359 6.7 1.8 1.8 5.6
11 4 2 0 12.807 25.615 3.4748 5.1 1.3 1.4 5.6
12 0 4 0 12.97 25.94 3.432 69.0 18.1 18.1 5.6
13 0 0 2 13.195 26.39 3.3745 5.2 1.4 1.4 5.6
14 2 4 0 14.12 28.239 3.15757 9.5 2.5 2.5 5.6
15 5 1 0 14.209 28.419 3.13806 21.6 5.7 5.7 5.6
16 2 0 2 14.328 28.656 3.11262 61.0 16.0 16.0 5.6
17 4 2 1 14.438 28.876 3.08938 31.0 8.1 8.1 5.6
18 0 2 2 14.736 29.471 3.02832 381.1 100.0 100.0 5.6
19 5 1 1 15.706 31.412 2.8455 13.3 3.5 3.5 5.6
20 2 2 2 15.767 31.534 2.83477 36.5 9.6 9.6 5.6
21 3 1 2 15.982 31.964 2.79758 11.5 3.0 3.0 5.6
22 1 5 0 16.534 33.069 2.70661 15.7 4.1 4.1 5.6
23 6 0 0 16.664 33.328 2.68617 11.3 3.0 2.9 5.7
24 1 3 2 16.715 33.431 2.67813 10.3 2.7 2.7 5.7
25 5 3 0 16.996 33.991 2.63524 357.7 93.8 93.5 5.7
26 4 4 0 17.147 34.294 2.61269 39.0 10.2 10.2 5.7
27 1 5 1 17.856 35.712 2.51212 5.1 1.3 1.3 5.7
28 5 3 1 18.288 36.576 2.45474 3.9 1.0 1.0 5.7
29 3 3 2 18.53 37.06 2.42378 5.1 1.3 1.3 5.7
30 0 4 2 18.67 37.341 2.4062 19.2 5.0 5.0 5.7
31 5 1 2 19.585 39.169 2.29799 34.1 8.9 8.9 5.7
32 0 2 3 21.12 42.24 2.13778 78.7 20.6 20.4 5.7
33 6 4 0 21.355 42.71 2.11529 146.4 38.4 37.9 5.7
34 1 5 2 21.397 42.794 2.11136 5.7 1.5 1.5 5.7
35 6 0 2 21.501 43.002 2.10162 9.2 2.4 2.4 5.7
36 5 5 0 21.625 43.25 2.09015 136.1 35.7 35.2 5.7
37 5 3 2 21.769 43.539 2.07696 5.2 1.4 1.4 5.7
38 4 4 2 21.892 43.784 2.06586 17.9 4.7 4.6 5.7
39 7 3 0 21.994 43.988 2.05675 10.4 2.7 2.7 5.7
40 3 1 3 22.05 44.101 2.05177 8.4 2.2 2.2 5.7
41 6 4 1 22.434 44.868 2.01847 11.1 2.9 2.9 5.7
42 5 5 1 22.693 45.386 1.99659 18.0 4.7 4.7 5.7
43 4 6 0 22.777 45.555 1.9896 6.4 1.7 1.6 5.7
44 3 5 2 22.896 45.793 1.97983 5.7 1.5 1.5 5.7
45 0 6 2 24.001 48.002 1.89374 12.8 3.4 3.3 5.7
46 0 4 3 24.167 48.334 1.88148 31.6 8.3 8.1 5.7
47 8 2 1 24.488 48.975 1.85836 8.6 2.2 2.2 5.7
48 3 7 0 24.716 49.432 1.84223 6.2 1.6 1.6 5.7
49 5 1 3 24.916 49.833 1.82837 4.1 1.1 1.1 5.7
50 9 1 0 25.708 51.416 1.77573 85.2 22.4 21.9 5.8
51 7 5 0 25.888 51.776 1.76421 20.2 5.3 5.2 5.8
52 7 3 2 26.014 52.028 1.75625 12.7 3.3 3.3 5.8
53 6 6 0 26.246 52.493 1.74179 5.3 1.4 1.4 5.8
54 0 8 0 26.672 53.344 1.716 26.9 7.1 6.9 5.8
55 4 6 2 26.707 53.415 1.71388 12.1 3.2 3.1 5.8
56 5 3 3 26.756 53.512 1.71099 20.6 5.4 5.3 5.8
57 4 4 3 26.862 53.723 1.70478 5.5 1.4 1.4 5.8
58 0 0 4 27.163 54.327 1.68725 124.4 32.6 31.8 5.8
59 6 2 3 27.419 54.839 1.67271 29.1 7.6 7.4 5.8
60 0 8 1 27.591 55.183 1.66308 4.0 1.0 1.0 5.8
61 2 0 4 27.803 55.606 1.65144 4.3 1.1 1.1 5.8
62 10 0 0 28.55 57.101 1.6117 27.2 7.1 6.9 5.8
63 2 2 4 28.668 57.337 1.60562 5.8 1.5 1.5 5.8
64 0 6 3 28.697 57.395 1.60414 5.6 1.5 1.4 5.8
65 7 5 2 29.517 59.034 1.56343 16.1 4.2 4.1 5.8
66 6 6 2 29.846 59.692 1.54777 72.4 19.0 18.4 5.8
Reference:
Chichagov A.V. et al.
Information-Calculating System on Crystal Structure Data of Minerals
(MINCRYST)
- Kristallographiya, v.35, n.3, 1990, p.610-616 (in Russian)
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