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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SVABITE
1, t-apatite, s-svabite
Ca(5)[AsO(4)](3)Cl
Hexagonal P 6(3)/m Z = 1
P6(3)/m
9 .3 .1994
Ref.Str.:
Hughes J.M., Cameron M., Mariano A.N. (1991)
* Amer. Mineral., 76, 1165-1173
Ref.Composition & Lattice:
BraggL., Claringbull G.F. (1966)
* Crystal structure of minerals
Reserv:
The coordinates of atoms are from apatite. N.A.D.
Initial data from BDM-file
Lattice parameters (cub. angs.,degr.):
a = 9.75 alpha = 90.0
b = 9.75 beta = 90.0
c = 6.92 gamma = 120.0
Unit cell volume (cub. angs.) = 569.7
Molar volume ( cub.cm/mol.) = 343.15
Co-ordinates, thermal parameters, occupation for atomic positions:
NoP x/a y/b z/c B(j) atom / occupation
1 0.6667 0.3333 0.9988 0.99 Ca = 1.00
2 0.9886 0.2388 0.25 0.89 Ca = 1.00
3 0.3688 0.3969 0.25 0.63 As = 1.00
4 0.4821 0.3233 0.25 1.14 O = 1.00
5 0.4671 0.5853 0.25 1.35 O = 1.00
6 0.2557 0.3396 0.0721 1.65 O = 1.00
7 0.0 0.0 0.25 2.5 Cl = 1.00
Co-ordinates for all atomic positions :
No NoP x/a y/b z/c
1 1 0.6667 0.3333 0.9988
2 2 0.9886 0.2388 0.25
3 3 0.3688 0.3969 0.25
4 4 0.4821 0.3233 0.25
5 5 0.4671 0.5853 0.25
6 6 0.2557 0.3396 0.0721
7 7 0.0 0.0 0.25
8 2 0.7612 0.7497 0.25
9 2 0.2503 0.0114 0.25
10 3 0.6031 0.9719 0.25
11 3 0.0281 0.6312 0.25
12 4 0.6767 0.1588 0.25
13 4 0.8412 0.5179 0.25
14 5 0.4147 0.8818 0.25
15 5 0.1182 0.5329 0.25
16 6 0.6604 0.9161 0.0721
17 6 0.0839 0.7443 0.0721
18 1 0.3333 0.6667 0.4988
19 2 0.0114 0.7612 0.75
20 3 0.6312 0.6031 0.75
21 4 0.5179 0.6767 0.75
22 5 0.5329 0.4147 0.75
23 6 0.7443 0.6604 0.5721
24 7 0.0 0.0 0.75
25 2 0.2388 0.2503 0.75
26 2 0.7497 0.9886 0.75
27 3 0.3969 0.0281 0.75
28 3 0.9719 0.3688 0.75
29 4 0.3233 0.8412 0.75
30 4 0.1588 0.4821 0.75
31 5 0.5853 0.1182 0.75
32 5 0.8818 0.4671 0.75
33 6 0.3396 0.0839 0.5721
34 6 0.9161 0.2557 0.5721
35 1 0.6667 0.3333 0.5012
36 6 0.2557 0.3396 0.4279
37 6 0.6604 0.9161 0.4279
38 6 0.0839 0.7443 0.4279
39 1 0.3333 0.6667 0.0012
40 6 0.7443 0.6604 0.9279
41 6 0.3396 0.0839 0.9279
42 6 0.9161 0.2557 0.9279
X-ray density (g/cm cub.) = 3.8
MU (1/cm) = 333.202 Mass attenuation coefficient (cm**2/g) = 87.612
Selected interatomic distances (cation-anion,anion-anion):
NoP Atom Rad.sph. C.N. Distance NoP N.
(angs.) (angs.)
1 Ca 3.42 9
2.4685 4
2.4685 4
2.4685 4
2.5158 5
2.5157 5
2.5157 5
2.9273 6
2.9273 6
2.9271 6
2 Ca 3.42 9
2.5893 6
2.3863 7
2.7356 4
2.4887 5
3.4042 6
2.3688 6
2.5893 6
3.4042 6
2.3688 6
3 As 3.0 4
1.59 4
1.5911 5
1.5581 6
1.5581 6
4 O 3.804 11
2.6307 5
2.6008 6
3.0358 4
3.0358 4
3.5454 5
3.5454 5
3.7288 6
3.0172 6
2.6008 6
3.7288 6
3.0172 6
5 O 3.804 11
2.6307 4
2.5622 6
3.1772 5
3.1772 5
3.0645 6
3.5454 4
3.5454 4
3.2909 6
2.5622 6
3.0645 6
3.2909 6
6 O 3.804 11
2.6008 4
2.5622 5
3.231 7
3.0645 5
3.7288 4
3.2909 5
3.7272 7
3.0173 4
2.4621 6
3.1495 6
3.1496 6
7 Cl 4.344 17
4.149 4
3.231 6
4.1489 4
4.149 4
3.231 6
3.2311 6
3.7272 6
3.46 7
3.46 7
3.7272 6
3.7273 6
3.231 6
3.231 6
3.2311 6
3.7272 6
3.7272 6
3.7273 6
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 0 0 5.234 10.468 0.059 237.35 6 16.6 121.4
2 1 0 1 8.275 16.549 0.093 93.62 12 21.1 154.1
3 1 1 0 9.091 18.182 0.103 77.18 6 41.4 244.6
4 2 0 0 10.512 21.025 0.118 57.17 6 20.1 42.9
5 1 1 1 11.144 22.288 0.125 50.64 12 95.1 1694.0
6 2 0 1 12.341 24.681 0.139 40.91 12 18.7 52.6
7 0 0 2 12.863 25.726 0.145 37.49 2 252.1 1468.4
8 1 0 2 13.921 27.843 0.156 31.72 12 34.6 140.6
9 1 2 0 13.967 27.933 0.157 31.5 6 70.5 289.6
10 2 1 0 13.967 27.933 0.157 31.5 6 16.5 15.8
11 1 2 1 15.414 30.828 0.173 25.51 12 149.1 2097.1
12 2 1 1 15.414 30.828 0.173 25.51 12 88.7 742.4
13 1 1 2 15.843 31.685 0.177 24.05 12 110.1 1078.4
14 3 0 0 15.883 31.766 0.178 23.92 6 207.4 1901.2
15 2 0 2 16.728 33.457 0.187 21.38 12 109.3 944.9
16 3 0 1 17.184 34.369 0.192 20.16 12 32.2 77.3
17 2 2 0 18.422 36.844 0.205 17.31 6 0.2 0.0
18 1 2 2 19.169 38.338 0.213 15.86 12 22.1 28.7
19 2 1 2 19.169 38.338 0.213 15.86 12 17.8 18.6
20 1 3 0 19.203 38.406 0.214 15.8 6 73.5 157.7
21 3 1 0 19.203 38.406 0.214 15.8 6 74.2 161.0
22 2 2 1 19.575 39.15 0.217 15.14 12 72.5 294.6
23 1 0 3 20.253 40.507 0.225 14.04 12 3.4 0.6
24 1 3 1 20.319 40.637 0.225 13.94 12 0.9 0.0
25 3 1 1 20.319 40.637 0.225 13.94 12 87.2 391.5
26 3 0 2 20.658 41.316 0.229 13.43 12 46.4 106.9
27 4 0 0 21.401 42.803 0.237 12.41 6 9.1 1.9
28 1 1 3 21.681 43.361 0.24 12.05 12 26.5 31.4
29 2 0 3 22.366 44.733 0.247 11.24 12 27.3 31.1
30 4 0 1 22.427 44.853 0.248 11.17 12 43.5 78.1
31 2 2 2 22.74 45.481 0.251 10.82 12 112.2 504.1
32 1 3 2 23.402 46.803 0.258 10.14 12 21.3 17.1
33 3 1 2 23.402 46.803 0.258 10.14 12 37.9 54.0
34 2 3 0 23.431 46.861 0.258 10.12 6 69.0 89.1
35 3 2 0 23.431 46.861 0.258 10.12 6 32.4 19.7
36 1 2 3 24.332 48.665 0.267 9.28 12 142.2 694.6
37 2 1 3 24.332 48.665 0.267 9.28 12 80.0 219.9
38 2 3 1 24.389 48.778 0.268 9.24 12 64.6 142.7
39 3 2 1 24.389 48.778 0.268 9.24 12 74.3 188.5
40 1 4 0 24.711 49.422 0.271 8.96 6 51.3 43.6
41 4 1 0 24.711 49.422 0.271 8.96 6 92.7 142.3
42 4 0 2 25.306 50.612 0.277 8.49 12 57.8 104.9
43 3 0 3 25.579 51.158 0.28 8.29 12 26.3 21.1
44 1 4 1 25.633 51.267 0.281 8.25 12 34.7 36.8
45 4 1 1 25.633 51.267 0.281 8.25 12 40.4 49.8
46 0 0 4 26.439 52.878 0.289 7.69 2 292.4 404.8
47 1 0 4 27.033 54.065 0.295 7.31 12 18.6 9.4
48 2 3 2 27.111 54.222 0.296 7.26 12 131.1 461.6
49 3 2 2 27.111 54.222 0.296 7.26 12 30.6 25.1
50 5 0 0 27.137 54.275 0.296 7.24 6 79.6 84.9
51 2 2 3 27.371 54.743 0.298 7.1 12 44.5 51.9
52 1 3 3 27.951 55.903 0.304 6.77 12 56.1 78.8
53 3 1 3 27.951 55.903 0.304 6.77 12 74.8 140.0
54 5 0 1 28.003 56.005 0.305 6.74 12 31.1 24.1
55 1 1 4 28.194 56.387 0.307 6.64 12 9.2 2.1
56 1 4 2 28.27 56.54 0.307 6.6 12 35.8 31.2
57 4 1 2 28.27 56.54 0.307 6.6 12 13.5 4.4
58 3 3 0 28.295 56.591 0.308 6.59 6 51.8 32.6
59 2 0 4 28.762 57.525 0.312 6.35 12 30.7 22.1
60 2 4 0 28.863 57.726 0.313 6.3 6 20.8 5.0
61 4 2 0 28.863 57.726 0.313 6.3 6 105.7 130.0
62 3 3 1 29.138 58.276 0.316 6.16 12 56.7 73.2
63 4 0 3 29.646 59.292 0.321 5.93 12 34.9 26.7
64 2 4 1 29.695 59.39 0.322 5.91 12 36.7 29.5
65 4 2 1 29.695 59.39 0.322 5.91 12 99.6 216.5
66 1 2 4 30.428 60.856 0.329 5.59 12 37.3 28.8
67 2 1 4 30.428 60.856 0.329 5.59 12 15.4 4.9
68 5 0 2 30.501 61.002 0.329 5.56 12 145.4 434.7
69 1 5 0 30.525 61.051 0.33 5.55 6 62.2 39.8
70 5 1 0 30.525 61.051 0.33 5.55 6 35.8 13.2
71 2 3 3 31.283 62.565 0.337 5.26 12 66.8 86.8
72 3 2 3 31.283 62.565 0.337 5.26 12 37.1 26.7
73 1 5 1 31.33 62.661 0.338 5.24 12 109.1 230.9
74 5 1 1 31.33 62.661 0.338 5.24 12 20.7 8.3
75 3 0 4 31.509 63.018 0.339 5.18 12 128.5 316.2
76 3 3 2 31.58 63.161 0.34 5.15 12 14.4 4.0
77 2 4 2 32.112 64.225 0.345 4.97 12 25.5 12.0
78 4 2 2 32.112 64.225 0.345 4.97 12 42.6 33.3
79 1 4 3 32.347 64.694 0.347 4.89 12 40.2 29.2
80 4 1 3 32.347 64.694 0.347 4.89 12 50.9 46.9
81 2 2 4 33.093 66.185 0.354 4.66 12 8.9 1.4
82 6 0 0 33.185 66.371 0.355 4.63 6 30.9 8.2
83 1 3 4 33.612 67.224 0.359 4.51 12 32.6 17.7
84 3 1 4 33.612 67.224 0.359 4.51 12 1.6 0.0
85 1 5 2 33.681 67.362 0.36 4.49 12 45.6 34.5
86 5 1 2 33.681 67.362 0.36 4.49 12 71.7 85.2
87 3 4 0 33.704 67.408 0.36 4.48 6 51.4 21.9
88 4 3 0 33.704 67.408 0.36 4.48 6 3.0 0.1
89 6 0 1 33.956 67.912 0.363 4.41 12 14.2 3.3
90 1 0 5 34.332 68.664 0.366 4.31 12 14.9 3.5
91 5 0 3 34.423 68.846 0.367 4.29 12 12.0 2.3
92 3 4 1 34.469 68.937 0.367 4.28 12 120.2 228.4
93 4 3 1 34.469 68.937 0.367 4.28 12 13.0 2.7
94 2 5 0 34.729 69.459 0.37 4.21 6 99.4 76.9
95 5 2 0 34.729 69.459 0.37 4.21 6 30.4 7.2
96 4 0 4 35.147 70.293 0.374 4.11 12 5.5 0.5
97 1 1 5 35.349 70.698 0.376 4.06 12 64.5 62.4
98 3 3 3 35.439 70.878 0.376 4.04 12 21.0 6.6
99 2 5 1 35.484 70.967 0.377 4.03 12 46.0 31.5
100 5 2 1 35.484 70.967 0.377 4.03 12 21.3 6.7
101 2 0 5 35.853 71.705 0.38 3.95 12 14.5 3.1
102 2 4 3 35.942 71.884 0.381 3.93 12 31.1 14.1
103 4 2 3 35.942 71.884 0.381 3.93 12 114.3 190.0
104 6 0 2 36.22 72.441 0.384 3.87 12 26.6 10.1
105 2 3 4 36.653 73.305 0.387 3.79 12 68.0 64.7
106 3 2 4 36.653 73.305 0.387 3.79 12 13.4 2.5
107 3 4 2 36.719 73.438 0.388 3.77 12 16.8 3.9
108 4 3 2 36.719 73.438 0.388 3.77 12 49.2 33.8
109 1 6 0 36.741 73.482 0.388 3.77 6 56.3 22.1
110 6 1 0 36.741 73.482 0.388 3.77 6 63.4 28.0
111 1 2 5 37.347 74.694 0.394 3.66 12 89.7 108.7
112 2 1 5 37.347 74.694 0.394 3.66 12 56.1 42.6
113 1 5 3 37.435 74.87 0.395 3.64 12 100.9 137.0
114 5 1 3 37.435 74.87 0.395 3.64 12 1.6 0.0
115 1 6 1 37.479 74.958 0.395 3.63 12 7.3 0.7
116 6 1 1 37.479 74.958 0.395 3.63 12 24.5 8.0
117 1 4 4 37.643 75.287 0.396 3.6 12 35.7 17.0
118 4 1 4 37.643 75.287 0.396 3.6 12 75.8 76.5
119 2 5 2 37.709 75.418 0.397 3.59 12 5.3 0.4
120 5 2 2 37.709 75.418 0.397 3.59 12 80.1 85.3
121 3 0 5 38.331 76.663 0.403 3.49 12 15.1 2.9
122 4 4 0 39.2 78.399 0.41 3.36 6 70.2 30.6
123 5 0 4 39.599 79.198 0.414 3.31 12 82.3 82.8
124 1 6 2 39.664 79.328 0.414 3.3 12 10.2 1.3
125 6 1 2 39.664 79.328 0.414 3.3 12 47.9 27.9
126 3 5 0 39.686 79.371 0.415 3.3 6 41.4 10.5
127 5 3 0 39.686 79.371 0.415 3.3 6 96.8 57.1
128 7 0 0 39.686 79.371 0.415 3.3 6 17.0 1.8
129 2 2 5 39.793 79.586 0.415 3.28 12 53.3 34.5
130 6 0 3 39.879 79.759 0.416 3.27 12 20.0 4.8
131 4 4 1 39.923 79.845 0.417 3.26 12 45.5 25.0
132 1 3 5 40.277 80.555 0.42 3.22 12 2.5 0.1
133 3 1 5 40.277 80.555 0.42 3.22 12 61.8 45.5
134 3 4 3 40.363 80.727 0.42 3.21 12 116.5 161.0
135 4 3 3 40.363 80.727 0.42 3.21 12 4.4 0.2
136 3 5 1 40.406 80.813 0.421 3.21 12 24.0 6.8
137 5 3 1 40.406 80.813 0.421 3.21 12 6.7 0.5
138 7 0 1 40.406 80.813 0.421 3.21 12 22.2 5.8
139 3 3 4 40.567 81.134 0.422 3.19 12 48.8 28.1
140 2 4 4 41.049 82.098 0.426 3.13 12 45.1 23.5
141 4 2 4 41.049 82.098 0.426 3.13 12 71.9 59.9
142 2 6 0 41.135 82.269 0.427 3.12 6 42.5 10.4
143 6 2 0 41.135 82.269 0.427 3.12 6 33.3 6.4
144 2 5 3 41.327 82.654 0.429 3.1 12 43.6 21.8
145 5 2 3 41.327 82.654 0.429 3.1 12 19.8 4.5
146 4 0 5 41.722 83.444 0.432 3.06 12 35.5 14.3
147 2 6 1 41.85 83.7 0.433 3.05 12 2.7 0.1
148 6 2 1 41.85 83.7 0.433 3.05 12 19.0 4.1
149 0 0 6 41.903 83.806 0.434 3.05 2 170.8 54.8
150 4 4 2 42.074 84.148 0.435 3.03 12 22.9 5.9
151 1 0 6 42.382 84.765 0.438 3.0 12 20.9 4.8
152 1 5 4 42.489 84.978 0.438 3.0 12 65.1 47.0
153 5 1 4 42.489 84.978 0.438 3.0 12 27.6 8.4
154 3 5 2 42.553 85.105 0.439 2.99 12 82.1 74.5
155 5 3 2 42.553 85.105 0.439 2.99 12 121.7 163.8
156 7 0 2 42.553 85.105 0.439 2.99 12 32.3 11.6
157 2 3 5 43.158 86.316 0.444 2.94 12 39.5 17.0
158 3 2 5 43.158 86.316 0.444 2.94 12 53.0 30.5
159 1 6 3 43.243 86.487 0.445 2.94 12 24.7 6.6
160 6 1 3 43.243 86.487 0.445 2.94 12 18.4 3.7
161 1 1 6 43.339 86.677 0.445 2.93 12 84.0 76.4
162 1 7 0 43.53 87.06 0.447 2.92 6 4.4 0.1
163 7 1 0 43.53 87.06 0.447 2.92 6 112.8 68.6
164 2 0 6 43.816 87.632 0.449 2.9 12 43.4 20.1
165 2 6 2 43.986 87.972 0.451 2.89 12 86.1 79.1
166 6 2 2 43.986 87.972 0.451 2.89 12 20.6 4.5
167 1 4 5 44.113 88.226 0.452 2.88 12 22.3 5.3
168 4 1 5 44.113 88.226 0.452 2.88 12 27.5 8.0
169 1 7 1 44.24 88.481 0.453 2.87 12 40.2 17.2
170 7 1 1 44.24 88.481 0.453 2.87 12 1.3 0.0
171 6 0 4 44.876 89.752 0.458 2.83 12 32.7 11.2
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 0 0 5.234 10.468 8.44375 121.4 4.3 4.3 5.6
2 1 0 1 8.275 16.549 5.35222 154.1 5.4 5.5 5.6
3 1 1 0 9.091 18.182 4.875 244.6 8.6 8.7 5.6
4 2 0 0 10.512 21.025 4.22187 42.9 1.5 1.5 5.6
5 1 1 1 11.144 22.288 3.98535 1694.0 59.7 60.1 5.6
6 2 0 1 12.341 24.681 3.60407 52.6 1.9 1.9 5.6
7 0 0 2 12.863 25.726 3.46 1468.4 51.7 51.9 5.6
8 1 0 2 13.921 27.843 3.20163 140.6 5.0 5.0 5.6
9 1 2 0 13.967 27.933 3.19144 305.4 10.8 10.8 5.6
10 1 2 1 15.414 30.828 2.89808 2839.5 100.0 100.0 5.6
11 1 1 2 15.843 31.685 2.82157 1078.4 38.0 38.0 5.6
12 3 0 0 15.883 31.766 2.81458 1901.2 67.0 66.9 5.6
13 2 0 2 16.728 33.457 2.67611 944.9 33.3 33.2 5.7
14 3 0 1 17.184 34.369 2.60718 77.3 2.7 2.7 5.7
15 1 2 2 19.169 38.338 2.34589 47.3 1.7 1.7 5.7
16 3 1 0 19.203 38.406 2.34187 318.6 11.2 11.1 5.7
17 2 2 1 19.575 39.15 2.29904 294.6 10.4 10.3 5.7
18 3 1 1 20.319 40.637 2.21829 391.5 13.8 13.7 5.7
19 3 0 2 20.658 41.316 2.18341 106.9 3.8 3.7 5.7
20 1 1 3 21.681 43.361 2.08504 31.4 1.1 1.1 5.7
21 2 0 3 22.366 44.733 2.02424 31.1 1.1 1.1 5.7
22 4 0 1 22.427 44.853 2.01908 78.1 2.7 2.7 5.7
23 2 2 2 22.74 45.481 1.99267 504.1 17.8 17.5 5.7
24 3 1 2 23.402 46.803 1.9394 71.1 2.5 2.5 5.7
25 2 3 0 23.431 46.861 1.93713 108.7 3.8 3.8 5.7
26 1 2 3 24.332 48.665 1.86948 914.4 32.2 31.6 5.7
27 3 2 1 24.389 48.778 1.86542 331.1 11.7 11.5 5.7
28 4 1 0 24.711 49.422 1.84258 186.0 6.5 6.4 5.7
29 4 0 2 25.306 50.612 1.80204 104.9 3.7 3.6 5.8
30 4 1 1 25.633 51.267 1.78054 86.6 3.0 3.0 5.8
31 0 0 4 26.439 52.878 1.73 404.8 14.3 13.9 5.8
32 2 3 2 27.111 54.222 1.69025 571.6 20.1 19.6 5.8
33 2 2 3 27.371 54.743 1.6754 51.9 1.8 1.8 5.8
34 3 1 3 27.951 55.903 1.64337 218.8 7.7 7.5 5.8
35 3 3 0 28.295 56.591 1.625 68.2 2.4 2.3 5.8
36 4 2 0 28.863 57.726 1.59572 135.0 4.8 4.6 5.8
37 3 3 1 29.138 58.276 1.58197 73.2 2.6 2.5 5.8
38 4 2 1 29.695 59.39 1.55491 246.0 8.7 8.4 5.8
39 1 2 4 30.428 60.856 1.52091 33.7 1.2 1.1 5.8
40 5 0 2 30.501 61.002 1.51763 487.7 17.2 16.6 5.8
41 2 3 3 31.283 62.565 1.48342 113.5 4.0 3.9 5.8
42 1 5 1 31.33 62.661 1.48138 239.2 8.4 8.1 5.8
43 3 0 4 31.509 63.018 1.47385 316.2 11.1 10.7 5.9
44 4 2 2 32.112 64.225 1.44904 45.3 1.6 1.5 5.9
45 4 1 3 32.347 64.694 1.43965 76.0 2.7 2.6 5.9
46 5 1 2 33.681 67.362 1.38898 141.7 5.0 4.8 5.9
47 3 4 1 34.469 68.937 1.36103 231.1 8.1 7.8 5.9
48 2 5 0 34.729 69.459 1.35208 84.1 3.0 2.8 5.9
49 1 1 5 35.349 70.698 1.33139 62.4 2.2 2.1 5.9
50 2 5 1 35.484 70.967 1.32699 38.2 1.3 1.3 5.9
51 4 2 3 35.942 71.884 1.31231 204.0 7.2 6.8 5.9
52 2 3 4 36.653 73.305 1.29033 67.2 2.4 2.2 6.0
53 6 1 0 36.741 73.482 1.28766 87.8 3.1 2.9 6.0
54 1 2 5 37.347 74.694 1.26975 151.3 5.3 5.0 6.0
55 1 5 3 37.435 74.87 1.2672 137.0 4.8 4.6 6.0
56 4 1 4 37.643 75.287 1.26122 93.5 3.3 3.1 6.0
57 5 2 2 37.709 75.418 1.25934 85.3 3.0 2.8 6.0
58 4 4 0 39.2 78.399 1.21875 30.6 1.1 1.0 6.0
59 5 0 4 39.599 79.198 1.20845 82.8 2.9 2.7 6.0
60 7 0 0 39.686 79.371 1.20625 98.5 3.5 3.2 6.0
61 2 2 5 39.793 79.586 1.20353 34.5 1.2 1.1 6.0
62 3 1 5 40.277 80.555 1.19149 45.5 1.6 1.5 6.1
63 3 4 3 40.363 80.727 1.18938 161.2 5.7 5.3 6.1
64 4 2 4 41.049 82.098 1.17295 83.4 2.9 2.7 6.1
65 0 0 6 41.903 83.806 1.15333 54.8 1.9 1.8 6.1
66 1 5 4 42.489 84.978 1.1404 55.4 2.0 1.8 6.1
67 5 3 2 42.553 85.105 1.13902 249.9 8.8 8.1 6.1
68 3 2 5 43.158 86.316 1.12611 47.5 1.7 1.5 6.1
69 1 1 6 43.339 86.677 1.12235 76.4 2.7 2.5 6.1
70 7 1 0 43.53 87.06 1.1184 68.6 2.4 2.2 6.1
71 2 6 2 43.986 87.972 1.10914 83.7 2.9 2.7 6.2
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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