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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RASTSVETAEVITE
1, t-eudialyte, DF, MD
Na(27)K(8)Ca(12)Fe(3)Zr(6)[Si(55)O(144)][O,OH,H(2)O](6)Cl(2)
Hexagonal R 3m Z = 3
R =0.045 NR =3900
13 .5 .1902
Ref.Str.:
Rastsvetaeva R.K., Khomyakov A.P. (2001)
* Kristallogr., 46, 715-721
Reserv:
from Khibini, Russia. N.A.D.
Initial data from BDM-file
Lattice parameters (cub. angs.,degr.):
a = 14.249 alpha = 90.0
b = 14.249 beta = 90.0
c = 60.969 gamma = 120.0
Unit cell volume (cub. angs.) = 10720.34
Molar volume ( cub.cm/mol.) = 2152.42
Co-ordinates, thermal parameters, occupation for atomic positions:
NoP x/a y/b z/c B(j) atom / occupation
1 0.1675 0.335 0.0833 1.58 Zr = 0.8 , Ti = 0.2
2 0.0004 0.5002 0.248 1.56 Zr = 0.98, Hf = 0.02
3 0.072 0.6661 0.1659 1.52 Ca = 1.00
4 0.9997 0.2616 0.9991 1.55 Ca = 0.95, Sr = 0.05
5 0.3253 0.0563 0.1182 1.8 Si = 1.00
6 0.2522 0.1261 0.294 1.3 Si = 1.00
7 0.0629 0.3434 0.2835 1.4 Si = 1.00
8 0.5967 0.4033 0.291 1.2 Si = 1.00
9 0.0717 0.1434 0.0411 1.6 Si = 1.00
10 0.4042 0.5958 0.2066 1.4 Si = 1.00
11 0.5413 0.4587 0.1279 2.1 Si = 1.00
12 0.2636 0.5272 0.1259 1.6 Si = 1.00
13 0.0046 0.6084 0.0489 1.4 Si = 1.00
14 0.1245 0.249 0.2037 1.6 Si = 1.00
15 0.4152 0.2076 0.0378 1.7 Si = 1.00
16 0.3389 0.0639 0.2141 1.4 Si = 1.00
17 0.0 0.0 0.1934 1.7 Si = 0.81, Si = 0.0
18 0.0 0.0 0.2871 1.7 Si = 1.00
19 0.6667 0.3333 0.0458 1.7 Si = 0.83, Si = 0.0
20 0.6667 0.3333 0.1182 2.8 Si = 0.17, Si = 0.0
21 0.0 0.0 0.1885 2.6 Al = 0.19, Al = 0.0
22 0.6667 0.3333 0.144 2.9 Si = 0.53, Na = 0.07
23 0.3292 0.1646 0.1667 1.6 Fe = 0.63, Fe = 0.0
24 0.3892 0.1946 0.1639 1.6 Fe = 0.1 , Fe = 0.0
25 0.2711 0.1356 0.1672 2.0 Mn = 0.12, Mn = 0.0
26 0.0943 0.1886 0.1433 3.5 K = 1.00
27 0.1028 0.2056 0.3291 2.0 K = 0.67, K = 0.0
28 0.5635 0.127 0.0045 1.7 K = 0.67, K = 0.0
29 0.171 0.0855 0.0823 2.2 K = 0.22, K = 0.0
30 0.0922 0.5461 0.302 2.4 Na = 0.5 , Sr = 0.2
31 0.4283 0.5717 0.3067 2.4 Na = 0.3 , Na = 0.0
32 0.215 0.1075 0.0771 2.7 Na = 0.78, Na = 0.0
33 0.2138 0.4276 0.0296 3.3 Na = 1.00
34 0.4429 0.5571 0.0904 4.6 Na = 1.00
35 0.5683 0.4317 0.1905 3.2 Na = 1.00
36 0.2201 0.4402 0.2428 4.3 Na = 1.00
37 0.4802 0.2401 0.2505 3.1 Na = 0.44, Na = 0.0
38 0.4294 0.2147 0.2583 5.2 Na = 0.56, Na = 0.0
39 0.1491 0.0146 0.2476 6.0 Na = 0.22, Na = 0.0
40 0.1624 0.0812 0.2438 8.2 Na = 0.56, Na = 0.0
41 0.5036 0.2518 0.087 8.7 Na = 0.89, Na = 0.0
42 0.5863 0.1726 0.0766 4.0 Na = 0.11, Na = 0.0
43 0.2034 0.1017 0.1684 2.7 Na = 0.15, Na = 0.0
44 0.9982 0.4991 0.004 2.3 Na = 0.33, Na = 0.0
45 0.3534 0.1767 0.1093 2.2 O = 1.00
46 0.3058 0.1529 0.317 2.2 O = 1.00
47 0.5161 0.0322 0.1519 1.5 O = 1.00
48 0.3839 0.2798 0.0541 1.9 O = 1.00
49 0.0698 0.3696 0.3089 1.7 O = 1.00
50 0.0308 0.2584 0.1045 2.7 O = 1.00
51 0.309 0.1545 0.2233 2.3 O = 1.00
52 0.101 0.4078 0.0651 2.7 O = 1.00
53 0.0593 0.1186 0.2043 4.8 O = 1.00
54 0.5675 0.135 0.2666 2.6 O = 1.00
55 0.2403 0.4806 0.1016 2.9 O = 1.00
56 0.3057 0.2531 0.1445 1.8 O = 1.00
57 0.5544 0.4456 0.3108 1.5 O = 1.00
58 0.2708 0.5416 0.2042 1.6 O = 1.00
59 0.0378 0.6312 0.0235 2.2 O = 1.00
60 0.3707 0.2918 0.1888 2.0 O = 1.00
61 0.1224 0.0612 0.0409 2.1 O = 1.00
62 0.5428 0.2714 0.2931 2.3 O = 1.00
63 0.0556 0.2911 0.2192 1.3 O = 1.00
64 0.5132 0.0264 0.0565 1.7 O = 1.00
65 0.3946 0.6054 0.1273 2.5 O = 1.00
66 0.0954 0.1908 0.0654 2.0 O = 1.00
67 0.0727 0.6363 0.2679 1.7 O = 1.00
68 0.1582 0.3164 0.2755 2.0 O = 1.00
69 0.4381 0.3617 0.229 2.6 O = 1.00
70 0.5452 0.2726 0.0358 2.6 O = 1.00
71 0.1128 0.2256 0.0218 2.4 O = 1.00
72 0.2201 0.4402 0.1451 2.2 O = 1.00
73 0.1038 0.5519 0.188 1.9 O = 1.00
74 0.281 0.2285 0.2782 2.3 O = 1.00
75 0.6074 0.2148 0.1265 2.5 O = 1.00
76 0.4375 0.3843 0.113 4.4 O = 1.00
77 0.1204 0.0602 0.2984 2.4 O = 1.00
78 0.1518 0.3036 0.1801 2.5 O = 1.00
79 0.4284 0.5716 0.2307 2.1 O = 1.00
80 0.3574 0.1787 0.0145 1.7 O = 1.00
81 0.3333 0.6667 0.3088 3.3 Cl = 0.88, Cl = 0.0
82 0.0 0.0 0.1147 3.8 Cl = 0.55, Cl = 0.0
83 0.3333 0.6667 0.024 3.2 Cl = 0.78, Cl = 0.0
84 0.3333 0.6667 0.0535 3.1 Cl = 0.22, Cl = 0.0
85 0.0 0.0 0.2615 3.0 OH = 1.00
86 0.6667 0.3333 0.0725 1.7 OH = 0.83, OH = 0.0
87 0.6667 0.3333 0.0922 7.0 OH = 0.17, OH = 0.0
88 0.554 0.277 0.1663 3.1 OH = 0.23, OH = 0.0
89 0.6667 0.3333 0.1696 4.2 OH = 0.39, OH = 0.0
90 0.1046 0.0523 0.1686 2.7 OH = 0.19, OH = 0.0
91 0.0 0.0 0.1681 4.0 OH = 0.81, OH = 0.0
92 0.3333 0.6667 0.2609 3.5 H(2)O = 0.5 , H(2)O = 0.0
93 0.6667 0.3333 0.2192 6.3 H(2)O = 1.00
94 0.3333 0.6667 0.0727 3.6 H(2)O = 0.54, H(2)O = 0.0
95 0.3333 0.6667 0.5 4.0 H(2)O = 0.3 , H(2)O = 0.0
Co-ordinates for all atomic positions :
No NoP x/a y/b z/c
1 1 0.1675 0.335 0.0833
2 2 0.0004 0.5002 0.248
3 3 0.072 0.6661 0.1659
4 4 0.9997 0.2616 0.9991
5 5 0.3253 0.0563 0.1182
6 6 0.2522 0.1261 0.294
7 7 0.0629 0.3434 0.2835
8 8 0.5967 0.4033 0.291
9 9 0.0717 0.1434 0.0411
10 10 0.4042 0.5958 0.2066
11 11 0.5413 0.4587 0.1279
12 12 0.2636 0.5272 0.1259
13 13 0.0046 0.6084 0.0489
14 14 0.1245 0.249 0.2037
15 15 0.4152 0.2076 0.0378
16 16 0.3389 0.0639 0.2141
17 17 0.0 0.0 0.1934
18 18 0.0 0.0 0.2871
19 19 0.6667 0.3333 0.0458
20 20 0.6667 0.3333 0.1182
21 21 0.0 0.0 0.1885
22 22 0.6667 0.3333 0.144
23 23 0.3292 0.1646 0.1667
24 24 0.3892 0.1946 0.1639
25 25 0.2711 0.1356 0.1672
26 26 0.0943 0.1886 0.1433
27 27 0.1028 0.2056 0.3291
28 28 0.5635 0.127 0.0045
29 29 0.171 0.0855 0.0823
30 30 0.0922 0.5461 0.302
31 31 0.4283 0.5717 0.3067
32 32 0.215 0.1075 0.0771
33 33 0.2138 0.4276 0.0296
34 34 0.4429 0.5571 0.0904
35 35 0.5683 0.4317 0.1905
36 36 0.2201 0.4402 0.2428
37 37 0.4802 0.2401 0.2505
38 38 0.4294 0.2147 0.2583
39 39 0.1491 0.0146 0.2476
40 40 0.1624 0.0812 0.2438
41 41 0.5036 0.2518 0.087
42 42 0.5863 0.1726 0.0766
43 43 0.2034 0.1017 0.1684
44 44 0.9982 0.4991 0.004
45 45 0.3534 0.1767 0.1093
46 46 0.3058 0.1529 0.317
47 47 0.5161 0.0322 0.1519
48 48 0.3839 0.2798 0.0541
49 49 0.0698 0.3696 0.3089
50 50 0.0308 0.2584 0.1045
51 51 0.309 0.1545 0.2233
52 52 0.101 0.4078 0.0651
53 53 0.0593 0.1186 0.2043
54 54 0.5675 0.135 0.2666
55 55 0.2403 0.4806 0.1016
56 56 0.3057 0.2531 0.1445
57 57 0.5544 0.4456 0.3108
58 58 0.2708 0.5416 0.2042
59 59 0.0378 0.6312 0.0235
60 60 0.3707 0.2918 0.1888
61 61 0.1224 0.0612 0.0409
62 62 0.5428 0.2714 0.2931
63 63 0.0556 0.2911 0.2192
64 64 0.5132 0.0264 0.0565
65 65 0.3946 0.6054 0.1273
66 66 0.0954 0.1908 0.0654
67 67 0.0727 0.6363 0.2679
68 68 0.1582 0.3164 0.2755
69 69 0.4381 0.3617 0.229
70 70 0.5452 0.2726 0.0358
71 71 0.1128 0.2256 0.0218
72 72 0.2201 0.4402 0.1451
73 73 0.1038 0.5519 0.188
74 74 0.281 0.2285 0.2782
75 75 0.6074 0.2148 0.1265
76 76 0.4375 0.3843 0.113
77 77 0.1204 0.0602 0.2984
78 78 0.1518 0.3036 0.1801
79 79 0.4284 0.5716 0.2307
80 80 0.3574 0.1787 0.0145
81 81 0.3333 0.6667 0.3088
82 82 0.0 0.0 0.1147
83 83 0.3333 0.6667 0.024
84 84 0.3333 0.6667 0.0535
85 85 0.0 0.0 0.2615
86 86 0.6667 0.3333 0.0725
87 87 0.6667 0.3333 0.0922
88 88 0.554 0.277 0.1663
89 89 0.6667 0.3333 0.1696
90 90 0.1046 0.0523 0.1686
91 91 0.0 0.0 0.1681
92 92 0.3333 0.6667 0.2609
93 93 0.6667 0.3333 0.2192
94 94 0.3333 0.6667 0.0727
95 95 0.3333 0.6667 0.5
96 1 0.665 0.8325 0.0833
97 1 0.1675 0.8325 0.0833
98 2 0.4998 0.5002 0.248
99 2 0.4998 0.9996 0.248
100 3 0.3339 0.4059 0.1659
101 3 0.5941 0.928 0.1659
102 4 0.7384 0.7381 0.9991
103 4 0.2619 0.0003 0.9991
104 5 0.9437 0.269 0.1182
105 5 0.731 0.6747 0.1182
106 6 0.8739 0.1261 0.294
107 6 0.8739 0.7478 0.294
108 7 0.6566 0.7195 0.2835
109 7 0.2805 0.9371 0.2835
110 8 0.5967 0.1934 0.291
111 8 0.8066 0.4033 0.291
112 9 0.8566 0.9283 0.0411
113 9 0.0717 0.9283 0.0411
114 10 0.4042 0.8084 0.2066
115 10 0.1916 0.5958 0.2066
116 11 0.5413 0.0826 0.1279
117 11 0.9174 0.4587 0.1279
118 12 0.4728 0.7364 0.1259
119 12 0.2636 0.7364 0.1259
120 13 0.3916 0.3962 0.0489
121 13 0.6038 0.9954 0.0489
122 14 0.751 0.8755 0.2037
123 14 0.1245 0.8755 0.2037
124 15 0.7924 0.2076 0.0378
125 15 0.7924 0.5848 0.0378
126 16 0.9361 0.275 0.2141
127 16 0.725 0.6611 0.2141
128 23 0.8354 0.1646 0.1667
129 23 0.8354 0.6708 0.1667
130 24 0.8054 0.1946 0.1639
131 24 0.8054 0.6108 0.1639
132 25 0.8644 0.1355 0.1672
133 25 0.8645 0.7289 0.1672
134 26 0.8114 0.9057 0.1433
135 26 0.0943 0.9057 0.1433
136 27 0.7944 0.8972 0.3291
137 27 0.1028 0.8972 0.3291
138 28 0.873 0.4365 0.0045
139 28 0.5635 0.4365 0.0045
140 29 0.9145 0.0855 0.0823
141 29 0.9145 0.829 0.0823
142 30 0.4539 0.5461 0.302
143 30 0.4539 0.9078 0.302
144 31 0.4283 0.8566 0.3067
145 31 0.1434 0.5717 0.3067
146 32 0.8925 0.1075 0.0771
147 32 0.8925 0.785 0.0771
148 33 0.5724 0.7862 0.0296
149 33 0.2138 0.7862 0.0296
150 34 0.4429 0.8858 0.0904
151 34 0.1142 0.5571 0.0904
152 35 0.5683 0.1366 0.1905
153 35 0.8634 0.4317 0.1905
154 36 0.5598 0.7799 0.2428
155 36 0.2201 0.7799 0.2428
156 37 0.7599 0.2401 0.2505
157 37 0.7599 0.5198 0.2505
158 38 0.7853 0.2147 0.2583
159 38 0.7853 0.5706 0.2583
160 39 0.9854 0.1345 0.2476
161 39 0.8655 0.8509 0.2476
162 40 0.9188 0.0812 0.2438
163 40 0.9188 0.8376 0.2438
164 41 0.7482 0.2518 0.087
165 41 0.7482 0.4964 0.087
166 42 0.8274 0.4137 0.0766
167 42 0.5863 0.4137 0.0766
168 43 0.8983 0.1017 0.1684
169 43 0.8983 0.7966 0.1684
170 44 0.5009 0.4991 0.004
171 44 0.5009 0.0018 0.004
172 45 0.8233 0.1767 0.1093
173 45 0.8233 0.6466 0.1093
174 46 0.8471 0.1529 0.317
175 46 0.8471 0.6942 0.317
176 47 0.9678 0.4839 0.1519
177 47 0.5161 0.4839 0.1519
178 48 0.7202 0.1041 0.0541
179 48 0.8959 0.6161 0.0541
180 49 0.6304 0.7002 0.3089
181 49 0.2998 0.9302 0.3089
182 50 0.7416 0.7724 0.1045
183 50 0.2276 0.9692 0.1045
184 51 0.8455 0.1545 0.2233
185 51 0.8455 0.691 0.2233
186 52 0.5922 0.6932 0.0651
187 52 0.3068 0.899 0.0651
188 53 0.8814 0.9407 0.2043
189 53 0.0593 0.9407 0.2043
190 54 0.865 0.4325 0.2666
191 54 0.5675 0.4325 0.2666
192 55 0.5194 0.7597 0.1016
193 55 0.2403 0.7597 0.1016
194 56 0.7469 0.0526 0.1445
195 56 0.9474 0.6943 0.1445
196 57 0.5544 0.1088 0.3108
197 57 0.8912 0.4456 0.3108
198 58 0.4584 0.7292 0.2042
199 58 0.2708 0.7292 0.2042
200 59 0.3688 0.4066 0.0235
201 59 0.5934 0.9622 0.0235
202 60 0.7082 0.0789 0.1888
203 60 0.9211 0.6293 0.1888
204 61 0.9388 0.0612 0.0409
205 61 0.9388 0.8776 0.0409
206 62 0.7286 0.2714 0.2931
207 62 0.7286 0.4572 0.2931
208 63 0.7089 0.7645 0.2192
209 63 0.2355 0.9444 0.2192
210 64 0.9736 0.4868 0.0565
211 64 0.5132 0.4868 0.0565
212 65 0.3946 0.7892 0.1273
213 65 0.2108 0.6054 0.1273
214 66 0.8092 0.9046 0.0654
215 66 0.0954 0.9046 0.0654
216 67 0.3637 0.4364 0.2679
217 67 0.5636 0.9273 0.2679
218 68 0.6836 0.8418 0.2755
219 68 0.1582 0.8418 0.2755
220 69 0.6383 0.0764 0.229
221 69 0.9236 0.5619 0.229
222 70 0.7274 0.2726 0.0358
223 70 0.7274 0.4548 0.0358
224 71 0.7744 0.8872 0.0218
225 71 0.1128 0.8872 0.0218
226 72 0.5598 0.7799 0.1451
227 72 0.2201 0.7799 0.1451
228 73 0.4481 0.5519 0.188
229 73 0.4481 0.8962 0.188
230 74 0.7715 0.0525 0.2782
231 74 0.9475 0.719 0.2782
232 75 0.7852 0.3926 0.1265
233 75 0.6074 0.3926 0.1265
234 76 0.6157 0.0532 0.113
235 76 0.9468 0.5625 0.113
236 77 0.9398 0.0602 0.2984
237 77 0.9398 0.8796 0.2984
238 78 0.6964 0.8482 0.1801
239 78 0.1518 0.8482 0.1801
240 79 0.4284 0.8568 0.2307
241 79 0.1432 0.5716 0.2307
242 80 0.8213 0.1787 0.0145
243 80 0.8213 0.6426 0.0145
244 88 0.723 0.277 0.1663
245 88 0.723 0.446 0.1663
246 90 0.9477 0.0523 0.1686
247 90 0.9477 0.8954 0.1686
248 1 0.3317 0.1658 0.4166
249 1 0.5008 0.4992 0.75
250 2 0.1665 0.8335 0.5813
251 2 0.8331 0.6663 0.9147
252 3 0.0006 0.7392 0.4992
253 3 0.9274 0.5947 0.8326
254 4 0.4051 0.0714 0.3324
255 4 0.5952 0.667 0.6658
256 5 0.6104 0.6023 0.4515
257 5 0.0643 0.3414 0.7849
258 6 0.5406 0.4594 0.6273
259 6 0.2072 0.4145 0.9607
260 7 0.3233 0.0528 0.6168
261 7 0.6138 0.6038 0.9502
262 8 0.2634 0.5267 0.6243
263 8 0.1399 0.07 0.9577
264 9 0.5233 0.2616 0.3744
265 9 0.405 0.595 0.7078
266 10 0.0709 0.1417 0.5399
267 10 0.5249 0.2625 0.8733
268 11 0.208 0.4159 0.4612
269 11 0.2507 0.1254 0.7946
270 12 0.1395 0.0697 0.4592
271 12 0.5969 0.4031 0.7926
272 13 0.0583 0.7295 0.3822
273 13 0.9371 0.6621 0.7156
274 14 0.4177 0.2088 0.537
275 14 0.4578 0.5422 0.8704
276 15 0.4591 0.5409 0.3711
277 15 0.1257 0.2515 0.7045
278 16 0.6028 0.6083 0.5474
279 16 0.0583 0.3278 0.8808
280 17 0.6667 0.3333 0.5267
281 17 0.3333 0.6667 0.8601
282 18 0.6667 0.3333 0.6204
283 18 0.3333 0.6667 0.9538
284 19 0.3334 0.6667 0.3791
285 19 0.0 0.0 0.7125
286 20 0.3334 0.6667 0.4515
287 20 0.0 0.0 0.7849
288 21 0.6667 0.3333 0.5218
289 21 0.3333 0.6667 0.8552
290 22 0.3334 0.6667 0.4773
291 22 0.0 0.0 0.8107
292 23 0.5021 0.4979 0.5
293 23 0.1687 0.3375 0.8334
294 24 0.4721 0.5279 0.4972
295 24 0.1387 0.2775 0.8306
296 25 0.5311 0.4688 0.5005
297 25 0.1978 0.3956 0.8339
298 26 0.4781 0.239 0.4766
299 26 0.4276 0.5724 0.81
300 27 0.4611 0.2305 0.6624
301 27 0.4361 0.5639 0.9958
302 28 0.5397 0.7698 0.3378
303 28 0.8968 0.1032 0.6712
304 29 0.5812 0.4188 0.4156
305 29 0.2478 0.4957 0.749
306 30 0.1206 0.8794 0.6353
307 30 0.7872 0.5745 0.9687
308 31 0.095 0.1899 0.64
309 31 0.4767 0.2384 0.9734
310 32 0.5592 0.4408 0.4104
311 32 0.2258 0.4517 0.7438
312 33 0.2391 0.1195 0.3629
313 33 0.5471 0.4529 0.6963
314 34 0.1096 0.2191 0.4237
315 34 0.4475 0.2238 0.7571
316 35 0.235 0.4699 0.5238
317 35 0.1967 0.0984 0.8572
318 36 0.2265 0.1132 0.5761
319 36 0.5534 0.4466 0.9095
320 37 0.4266 0.5734 0.5838
321 37 0.0932 0.1865 0.9172
322 38 0.452 0.548 0.5916
323 38 0.1186 0.2373 0.925
324 39 0.6521 0.4678 0.5809
325 39 0.1988 0.5176 0.9143
326 40 0.5855 0.4145 0.5771
327 40 0.2521 0.5043 0.9105
328 41 0.4149 0.5851 0.4203
329 41 0.0815 0.1631 0.7537
330 42 0.4941 0.747 0.4099
331 42 0.9196 0.0804 0.7433
332 43 0.565 0.435 0.5017
333 43 0.2316 0.4633 0.8351
334 44 0.1676 0.8324 0.3373
335 44 0.8342 0.6685 0.6707
336 45 0.49 0.51 0.4426
337 45 0.1566 0.3133 0.776
338 46 0.5138 0.4862 0.6503
339 46 0.1804 0.3609 0.9837
340 47 0.6345 0.8172 0.4852
341 47 0.8494 0.1506 0.8186
342 48 0.3869 0.4374 0.3874
343 48 0.2292 0.2828 0.7208
344 49 0.2971 0.0335 0.6422
345 49 0.6331 0.5969 0.9756
346 50 0.4083 0.1057 0.4378
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860 16 0.2694 0.3278 0.8808
861 39 0.5322 0.3479 0.5809
862 39 0.4824 0.8012 0.9143
863 39 0.8158 0.4678 0.5809
864 39 0.3187 0.5176 0.9143
865 48 0.5626 0.6131 0.3874
866 48 0.7172 0.7708 0.7208
867 48 0.0506 0.4374 0.3874
868 48 0.0535 0.2828 0.7208
869 49 0.9665 0.7029 0.6422
870 49 0.4031 0.3669 0.9756
871 49 0.7365 0.0335 0.6422
872 49 0.9637 0.5969 0.9756
873 50 0.8943 0.5917 0.4378
874 50 0.3641 0.4391 0.7712
875 50 0.6975 0.1057 0.4378
876 50 0.0749 0.6359 0.7712
877 52 0.9735 0.7411 0.3984
878 52 0.4343 0.3599 0.7318
879 52 0.7677 0.0265 0.3984
880 52 0.9255 0.5657 0.7318
881 56 0.6141 0.5864 0.4778
882 56 0.639 0.7193 0.8112
883 56 0.9724 0.3859 0.4778
884 56 0.0802 0.361 0.8112
885 59 0.2601 0.9645 0.3568
886 59 0.3711 0.0733 0.6902
887 59 0.7045 0.7399 0.3568
888 59 0.7021 0.6289 0.6902
889 60 0.5878 0.6251 0.5221
890 60 0.704 0.7456 0.8555
891 60 0.0374 0.4122 0.5221
892 60 0.0415 0.296 0.8555
893 63 0.9022 0.6244 0.5525
894 63 0.3889 0.4312 0.8859
895 63 0.7223 0.0978 0.5525
896 63 0.0422 0.6111 0.8859
897 67 0.2303 0.9696 0.6012
898 67 0.406 0.1031 0.9346
899 67 0.7394 0.7697 0.6012
900 67 0.697 0.594 0.9346
901 69 0.5903 0.695 0.5623
902 69 0.7714 0.7431 0.8957
903 69 0.1048 0.4097 0.5623
904 69 0.9716 0.2286 0.8957
905 74 0.6142 0.5618 0.6115
906 74 0.6143 0.7192 0.9449
907 74 0.9477 0.3858 0.6115
908 74 0.1048 0.3857 0.9449
909 76 0.6135 0.7176 0.4463
910 76 0.7708 0.7199 0.7797
911 76 0.1042 0.3865 0.4463
912 76 0.949 0.2292 0.7797
X-ray density (g/cm cub.) = 2.83
MU (1/cm) = 249.708 Mass attenuation coefficient (cm**2/g) = 88.146
Selected interatomic distances (cation-anion,anion-anion):
NoP Atom Rad.sph. C.N. Distance NoP N.
(angs.) (angs.)
1 Zr ,Ti 3.156 6
2.1284 50
2.0465 52
2.1149 55
2.0874 66
2.1284 50
2.0466 52
2 Zr ,Hf 3.156 6
2.0728 67
2.0193 54
2.0674 69
2.0538 79
2.0728 67
2.0674 69
3 Ca 3.42 6
2.3251 73
2.4123 47
2.3935 56
2.3916 60
2.2955 72
2.4134 78
4 Ca ,Sr 3.612 8
2.3669 71
3.5951 61
2.395 80
2.4241 46
3.483 62
2.311 49
2.328 57
2.378 59
5 Si 2.64 4
1.6465 45
1.5646 50
1.624 56
1.652 76
6 Si 2.64 4
1.5504 46
1.6207 74
1.6484 77
1.6207 74
7 Si 2.64 4
1.5845 49
1.659 68
1.5796 67
1.6722 74
8 Si 2.64 4
1.596 57
1.6417 62
1.653 54
1.6418 62
9 Si 2.64 4
1.6553 61
1.5928 66
1.5536 71
1.6553 61
10 Si 2.64 4
1.6622 58
1.5861 79
1.6621 58
1.5685 73
11 Si 2.64 4
1.6027 76
1.5899 47
1.6337 75
1.6028 76
12 Si 2.64 4
1.5892 55
1.6289 65
1.5884 72
1.6288 65
13 Si 2.64 4
1.6043 59
1.6374 48
1.627 64
1.6318 52
14 Si 2.64 4
1.6096 53
1.675 63
1.5888 78
1.6751 63
15 Si 2.64 4
1.6443 48
1.6088 70
1.5896 80
1.6443 48
16 Si 2.64 4
1.647 51
1.6303 63
1.5917 60
1.6134 69
17 Si ,Si 2.64 7
1.6073 53
1.988 90
1.5425 91
1.6073 53
1.6075 53
1.988 90
1.988 90
18 Si 2.64 4
1.6377 77
1.5608 85
1.6376 77
1.6377 77
19 Si ,Si 2.64 4
1.6185 70
1.6279 86
1.6175 70
1.6185 70
20 Si ,Si 2.64 4
1.5474 75
1.5852 87
1.5474 75
1.5484 75
21 Al ,Al 2.856 7
1.7521 53
1.7715 90
1.2438 91
1.7521 53
1.7522 53
1.7714 90
1.7715 90
22 Si ,Na 3.348 9
1.8102 75
3.1582 87
1.9449 88
1.5608 89
1.8102 75
1.8111 75
1.9441 88
1.9449 88
1.3816 95
23 Fe ,Fe 3.132 6
1.9891 56
2.0925 60
2.7741 88
2.774 90
1.9891 56
2.0925 60
24 Fe ,Fe 3.132 5
2.1216 56
2.1581 60
2.0389 88
2.1216 56
2.1581 60
25 Mn ,Mn 3.264 5
2.0338 56
2.3545 60
2.0564 90
2.0348 56
2.3554 60
26 K 3.768 10
2.8816 50
2.6749 56
3.1067 72
2.6548 78
2.9081 82
2.5412 90
2.7754 91
2.5413 90
2.8817 50
2.6749 56
27 K ,K 3.768 10
3.4128 46
2.8805 49
3.5424 68
2.8945 77
3.4127 46
2.8946 77
3.0658 83
2.5789 59
2.8807 49
2.5789 59
28 K ,K 3.768 10
3.4048 64
2.9249 70
3.4208 80
2.8352 59
2.9248 70
3.4209 80
3.1015 81
2.6557 49
2.8351 59
2.6555 49
29 K ,K 3.768 9
2.7886 45
3.3801 48
2.5944 61
2.4677 66
2.8905 82
2.5623 50
2.4677 66
3.3801 48
2.5623 50
30 Na ,Sr 3.612 8
2.4085 49
2.5315 67
3.0039 81
3.5382 54
2.5376 57
2.918 80
2.4085 49
2.5315 67
31 Na ,Na 3.348 7
3.1222 57
2.3481 81
2.5279 49
2.8958 67
2.908 80
2.5278 49
2.8958 67
32 Na ,Na 3.348 8
2.6021 45
2.8067 48
2.4853 61
2.6162 66
2.6572 50
2.6162 66
2.8067 48
2.6572 50
33 Na 3.348 8
2.6257 52
2.5376 71
2.9702 83
3.2907 84
2.4015 59
2.9195 46
2.4014 59
2.6257 52
34 Na 3.348 9
2.6156 55
2.546 65
2.7888 76
2.9122 94
2.5574 52
2.6155 55
2.6986 64
2.5573 52
2.7888 76
35 Na 3.348 11
2.5099 60
2.8454 69
2.5746 88
2.7425 89
2.9932 93
2.6829 47
2.9703 73
2.5747 88
2.8299 95
2.51 60
2.8454 69
36 Na 3.348 9
2.6654 58
2.6643 63
2.5117 68
2.7022 79
3.005 92
2.5773 67
2.7021 79
2.5773 67
2.6642 63
37 Na ,Na 3.348 9
2.6858 51
2.5723 54
2.7097 62
2.4738 69
3.2353 74
2.9897 93
2.5723 54
2.4738 69
3.2353 74
38 Na ,Na 3.348 8
2.6002 51
2.7663 54
2.5416 62
2.7082 69
2.5294 74
2.7664 54
2.7082 69
2.5294 74
39 Na ,Na 3.348 8
2.6111 51
3.2518 74
3.2323 77
2.1984 85
2.8927 53
2.5974 63
3.0484 68
2.5079 74
40 Na ,Na 3.348 8
2.1988 51
3.0041 53
2.8483 74
2.2761 85
3.0041 53
3.0274 63
2.8483 74
3.0274 63
41 Na ,Na 3.348 10
2.2987 45
2.7879 48
3.1635 70
3.0075 75
2.9568 76
2.1983 86
2.0375 87
3.0075 75
2.7879 48
2.9568 76
42 Na ,Na 3.348 10
2.181 64
3.0652 70
3.0866 75
1.9987 86
2.1993 87
2.8875 48
3.0652 70
2.951 76
2.8874 48
2.9509 76
43 Na ,Na 3.348 10
3.0918 53
2.3995 56
2.8478 60
1.2193 90
2.51 91
3.0918 53
3.3475 90
3.3474 90
2.3995 56
2.8478 60
44 Na ,Na 3.348 5
2.0525 59
3.2152 64
2.4235 49
2.0525 59
2.4235 49
45 O 3.804 10
3.6104 48
2.6444 56
3.5396 75
2.587 76
2.5963 50
3.5397 75
3.6104 48
2.6444 56
2.587 76
2.5963 50
46 O 3.804 9
3.2675 62
2.6948 74
2.5535 77
3.1702 49
2.8619 71
3.4318 59
2.6948 74
3.1702 49
3.4318 59
47 O 3.804 11
2.7341 75
3.3684 88
3.1856 56
3.343 60
3.3529 65
2.7678 73
2.7026 76
3.3683 88
3.1855 56
3.3429 60
2.7026 76
48 O 3.804 10
3.6104 45
3.5535 61
3.7106 66
2.6026 70
2.7392 80
2.6795 59
2.5849 64
2.5035 48
3.717 50
2.6433 52
49 O 3.804 8
2.695 68
3.1702 46
3.2276 57
3.3913 80
2.6678 67
3.2773 49
2.6605 74
3.0621 59
50 O 3.804 10
3.0288 52
3.0847 55
2.8887 66
3.623 72
3.5384 82
2.5963 45
3.717 48
2.8043 50
2.6973 56
2.6583 76
51 O 3.804 10
3.5274 53
2.7027 60
2.6058 69
3.591 74
3.5273 53
2.6432 63
2.7027 60
2.6058 69
3.591 74
2.6432 63
52 O 3.804 11
3.0288 50
2.8123 55
3.053 66
3.7649 71
3.5854 84
3.5453 94
2.623 64
2.6886 59
2.6431 48
2.9325 52
3.5683 76
53 O 3.804 12
3.5274 51
2.6456 63
2.7182 78
3.7821 85
2.58 90
2.6482 91
3.5273 51
2.535 53
2.535 53
2.58 90
3.5105 90
2.6457 63
54 O 3.804 10
2.6825 62
3.7868 93
2.7142 57
2.6824 62
2.9333 67
2.7952 69
3.708 74
2.7951 69
3.7079 74
2.9331 67
55 O 3.804 11
3.0847 50
2.8123 52
2.5577 65
2.6986 72
3.7573 76
3.7248 84
2.8946 94
2.5576 65
3.0846 50
2.8123 52
3.7572 76
56 O 3.804 10
2.6444 45
2.8189 60
3.4421 72
2.6832 76
3.4082 78
3.6325 88
3.2183 90
3.1856 47
2.8569 56
2.6973 50
57 O 3.804 8
2.6349 62
3.2276 49
2.7142 54
2.6351 62
3.7263 67
2.7902 80
3.2277 49
3.7264 67
58 O 3.804 10
3.4691 63
2.6474 73
3.284 78
2.6222 79
3.786 92
2.673 58
2.673 58
2.6475 73
2.6221 79
3.469 63
59 O 3.804 8
2.6795 48
2.6901 64
3.2497 71
3.2163 80
3.432 46
2.6886 52
3.2003 59
3.0627 49
60 O 3.804 9
2.7027 51
2.8189 56
2.6391 69
3.2501 78
3.0494 88
3.343 47
3.2964 73
3.0336 60
2.6697 63
61 O 3.804 9
3.5535 48
2.5495 66
2.6801 71
3.3166 80
2.616 61
2.616 61
2.5495 66
2.6801 71
3.5535 48
62 O 3.804 9
3.2675 46
2.6825 54
2.6349 57
3.5825 74
2.6824 54
2.6351 57
2.6475 62
2.6475 62
3.5825 74
63 O 3.804 10
2.6456 53
3.4691 58
3.6773 68
2.711 78
2.6432 51
3.6104 79
3.5577 67
2.6697 60
2.5635 63
2.6074 69
64 O 3.804 10
3.5367 70
2.5849 48
2.623 52
2.6901 59
3.5366 70
3.6861 76
2.5848 48
3.6861 76
2.623 52
2.69 59
65 O 3.804 10
2.5577 55
2.6549 72
3.6035 76
3.6566 94
3.3529 47
2.5576 55
2.6188 65
2.6188 65
2.6548 72
3.6034 76
66 O 3.804 9
3.7106 48
2.8887 50
3.053 52
2.5495 61
2.6927 71
2.5495 61
3.7106 48
2.8888 50
3.0531 52
67 O 3.804 10
3.5426 92
2.9333 54
3.7263 57
2.5895 68
3.0016 69
2.6584 74
2.816 79
2.6678 49
3.5577 63
2.8484 67
68 O 3.804 10
2.695 49
3.6773 63
2.6171 74
3.6878 77
2.5895 67
3.6879 77
2.5895 67
2.695 49
3.6773 63
2.617 74
69 O 3.804 10
2.6058 51
2.6391 60
3.6555 74
3.0641 79
3.5283 93
2.7952 54
3.0016 67
3.6369 73
2.6073 63
2.8527 69
70 O 3.804 9
2.6026 48
3.5367 64
2.6565 80
2.6934 86
3.7513 87
3.5366 64
2.5962 70
2.5962 70
2.6026 48
71 O 3.804 8
3.7649 52
2.6801 61
2.6927 66
3.2497 59
2.6801 61
2.8624 46
3.2497 59
3.765 52
72 O 3.804 8
3.623 50
2.6986 55
3.4421 56
2.6549 65
2.7194 78
2.6548 65
3.6229 50
3.442 56
73 O 3.804 8
2.6474 58
2.7678 47
2.6475 58
3.2964 60
3.6369 69
2.6484 79
3.2964 60
3.6369 69
74 O 3.804 10
2.6948 46
3.591 51
3.5825 62
2.6171 68
3.6555 69
2.6489 77
3.708 54
2.6584 67
2.5078 74
2.6607 49
75 O 3.804 14
3.5396 45
2.7341 47
3.6025 86
2.5518 87
2.8155 88
3.0072 89
3.5396 45
2.5334 75
2.5334 75
2.5033 76
2.8155 88
3.7454 88
2.8523 95
2.5032 76
76 O 3.804 10
2.587 45
3.7573 55
2.6832 56
3.6035 65
2.7026 47
3.6861 64
2.5033 75
2.6582 50
3.5683 52
2.5392 76
77 O 3.804 8
2.5535 46
3.6878 68
2.6489 74
2.6961 85
3.6879 68
2.5733 77
2.5733 77
2.6489 74
78 O 3.804 11
2.7182 53
3.4082 56
3.284 58
3.2501 60
2.711 63
2.7194 72
3.3701 90
3.3702 90
3.4081 56
3.25 60
2.711 63
79 O 3.804 10
2.6222 58
3.0641 69
2.9831 92
2.6221 58
3.6104 63
2.816 67
2.6484 73
3.6103 63
2.816 67
3.064 69
80 O 3.804 9
2.7392 48
3.3166 61
2.6565 70
3.2163 59
2.7907 57
3.3915 49
2.7392 48
3.2163 59
3.3915 49
81 Cl ,Cl 4.344 16
4.0155 49
4.3111 67
2.9204 92
4.0161 49
4.0145 49
4.3124 67
4.3117 67
3.9722 70
3.9718 70
3.9718 70
4.0146 49
4.3116 67
4.0155 49
4.016 49
4.3112 67
4.3123 67
82 Cl ,Cl 4.344 13
3.5384 50
3.8181 66
3.5306 90
3.2557 91
3.5384 50
3.5385 50
3.8181 66
3.8182 66
3.5306 90
3.5306 90
3.5384 50
3.5384 50
3.5385 50
83 Cl ,Cl 4.344 17
4.3167 52
3.9819 59
1.7986 84
2.9692 94
4.3172 52
4.3159 52
3.9835 59
3.9826 59
3.8887 77
3.8886 77
3.8882 77
4.316 52
3.9825 59
4.3167 52
4.3171 52
3.9821 59
3.9834 59
84 Cl ,Cl 4.344 11
3.5854 52
3.7248 55
1.7986 83
1.1706 94
3.586 52
3.5845 52
3.7248 55
3.7239 55
3.5846 52
3.5854 52
3.5859 52
85 OH 3.852 12
3.7821 53
3.8253 74
2.6961 77
3.7821 53
3.7821 53
3.8252 74
3.8253 74
2.696 77
2.6961 77
3.8253 74
3.8252 74
3.8253 74
86 OH ,OH 3.852 7
2.6934 70
3.6025 75
1.2011 87
2.6928 70
2.6934 70
3.6025 75
3.6029 75
87 OH ,OH 3.852 7
3.7513 70
2.5518 75
1.2011 86
3.7509 70
3.7513 70
2.5518 75
2.5524 75
88 OH ,OH 3.852 14
3.3684 47
3.6325 56
3.0494 60
2.8155 75
1.4052 89
3.5123 93
3.3683 47
3.7454 75
2.8155 75
2.4082 88
2.4082 88
1.3913 95
3.6325 56
3.0494 60
89 OH ,OH 3.852 8
3.0072 75
1.4052 88
3.0241 93
3.0072 75
3.0078 75
1.4041 88
1.4052 88
0.1792 95
90 OH ,OH 3.852 13
2.58 53
3.2183 56
3.821 60
3.3701 78
3.5306 82
1.2911 91
3.5105 53
2.58 53
3.3702 78
2.2356 90
2.2356 90
3.2183 56
3.821 60
91 OH ,OH 3.852 10
2.6482 53
3.8172 78
3.2557 82
1.2911 90
2.6482 53
2.6483 53
3.8172 78
3.8173 78
1.291 90
1.2911 90
92 H(2)O,H(2)O 3.972 13
3.786 58
3.5426 67
2.9831 79
2.9204 81
3.786 58
3.7854 58
3.5441 67
3.5432 67
2.982 79
2.982 79
3.5431 67
3.5427 67
3.544 67
93 H(2)O 3.972 14
3.7868 54
3.5283 69
3.5123 88
3.0241 89
3.7868 54
3.7875 54
3.5271 69
3.5276 69
3.5119 88
3.5123 88
3.2033 95
3.5275 69
3.5285 69
3.527 69
94 H(2)O,H(2)O 3.972 14
3.5453 52
2.8946 55
3.6566 65
2.9692 83
1.1706 84
3.546 52
3.5444 52
2.8946 55
2.8935 55
3.656 65
3.656 65
3.5445 52
3.5454 52
3.5458 52
95 H(2)O,H(2)O 3.972 11
3.8239 47
2.8528 75
1.3913 88
0.1786 89
3.2027 93
3.8228 47
3.8239 47
2.8523 75
2.8528 75
1.3902 88
1.3902 88
X-ray diffraction powder data (II), X-Ray W.L. = 1.78892(angs.):
No H K L Theta 2*Theta S LPG MF F I int.
( degree ) *100
1 0 0 3 2.523 5.045 0.025 1029.49 2 67.7 8.2
2 1 0 1 4.241 8.482 0.041 362.7 6 49.3 4.6
3 1 0 -2 4.485 8.97 0.044 324.08 6 186.9 59.1
4 0 0 6 5.05 10.1 0.049 255.14 2 139.6 8.6
5 1 0 4 5.351 10.703 0.052 226.97 6 86.4 8.9
6 1 0 -5 5.919 11.838 0.058 185.09 6 50.0 2.4
7 1 1 0 7.212 14.425 0.07 123.93 6 649.6 273.0
8 1 0 7 7.221 14.442 0.07 123.62 6 45.7 1.3
9 0 0 9 7.587 15.175 0.074 111.77 2 97.8 1.9
10 1 1 3 7.645 15.29 0.074 110.05 12 45.7 2.4
11 1 0 -8 7.929 15.858 0.077 102.16 6 445.8 106.0
12 2 0 -1 8.378 16.757 0.081 91.26 6 146.2 10.2
13 2 0 2 8.506 17.012 0.083 88.48 6 378.5 66.2
14 1 1 6 8.82 17.64 0.086 82.13 12 43.2 1.6
15 2 0 -4 8.998 17.996 0.087 78.83 6 687.5 194.5
16 2 0 5 9.35 18.701 0.091 72.84 6 108.7 4.5
17 1 0 10 9.418 18.836 0.091 71.77 6 161.9 9.8
18 0 0 12 10.14 20.279 0.098 61.62 2 489.6 25.7
19 1 0 -11 10.19 20.38 0.099 60.99 6 87.0 2.4
20 2 0 -7 10.233 20.467 0.099 60.45 6 12.7 0.1
21 1 1 9 10.498 20.996 0.102 57.34 12 46.5 1.3
22 2 0 8 10.75 21.5 0.104 54.58 6 187.5 10.0
23 2 1 1 11.089 22.178 0.108 51.17 12 53.7 1.5
24 2 1 -2 11.187 22.374 0.108 50.24 12 164.8 14.3
25 2 1 4 11.569 23.139 0.112 46.84 12 78.3 3.0
26 1 0 13 11.773 23.545 0.114 45.16 6 22.3 0.1
27 2 1 -5 11.849 23.697 0.115 44.56 12 19.3 0.2
28 2 0 -10 11.903 23.805 0.115 44.13 6 1019.8 239.6
29 1 1 12 12.488 24.975 0.121 39.91 12 423.3 74.7
30 2 0 11 12.529 25.058 0.121 39.63 6 7.8 0.0
31 3 0 0 12.56 25.119 0.122 39.43 6 227.2 10.6
32 2 1 7 12.565 25.129 0.122 39.39 12 53.5 1.2
33 1 0 -14 12.58 25.16 0.122 39.29 6 357.3 26.2
34 0 0 15 12.713 25.425 0.123 38.44 2 134.4 1.2
35 3 0 -3 12.818 25.637 0.124 37.77 6 57.6 0.7
36 3 0 3 12.818 25.637 0.124 37.77 6 30.1 0.2
37 2 1 -8 12.993 25.987 0.126 36.7 12 399.2 61.1
38 3 0 -6 13.568 27.135 0.131 33.5 6 754.5 99.6
39 3 0 6 13.568 27.135 0.131 33.5 6 188.3 6.2
40 2 0 -13 13.861 27.721 0.134 32.01 6 63.8 0.7
41 2 1 10 13.973 27.945 0.135 31.47 12 389.0 49.7
42 1 0 16 14.221 28.443 0.137 30.31 6 577.3 52.7
43 2 1 -11 14.515 29.031 0.14 29.01 12 174.2 9.2
44 2 2 0 14.542 29.085 0.14 28.9 6 778.4 91.4
45 2 0 14 14.56 29.121 0.141 28.82 6 709.9 75.8
46 1 1 15 14.676 29.352 0.142 28.34 12 38.0 0.4
47 3 0 -9 14.738 29.476 0.142 28.09 6 191.4 5.4
48 3 0 9 14.738 29.476 0.142 28.09 6 38.0 0.2
49 2 2 3 14.769 29.538 0.143 27.96 12 104.7 3.2
50 1 0 -17 15.054 30.107 0.145 26.84 6 11.2 0.0
51 3 1 -1 15.174 30.349 0.146 26.38 12 54.7 0.8
52 3 1 2 15.247 30.495 0.147 26.11 12 690.5 130.0
53 0 0 18 15.312 30.624 0.148 25.88 2 278.2 3.5
54 2 2 6 15.431 30.862 0.149 25.45 12 384.5 39.3
55 3 1 -4 15.537 31.073 0.15 25.08 12 382.1 38.2
56 2 1 13 15.692 31.384 0.151 24.55 12 155.6 6.2
57 3 1 5 15.75 31.501 0.152 24.35 12 301.2 23.1
58 2 0 -16 16.015 32.03 0.154 23.49 6 984.7 118.9
59 3 0 -12 16.247 32.495 0.156 22.77 6 455.2 24.6
60 3 0 12 16.247 32.495 0.156 22.77 6 600.8 42.9
61 3 1 -7 16.308 32.616 0.157 22.59 12 239.4 13.5
62 2 1 -14 16.32 32.64 0.157 22.55 12 549.9 71.2
63 2 2 9 16.481 32.962 0.159 22.08 12 193.4 8.6
64 3 1 8 16.648 33.296 0.16 21.6 12 201.5 9.2
65 1 0 19 16.739 33.478 0.161 21.35 6 112.4 1.4
66 2 0 17 16.767 33.533 0.161 21.27 6 206.6 4.7
67 4 0 1 16.876 33.753 0.162 20.97 6 215.9 5.1
68 4 0 -2 16.943 33.886 0.163 20.79 6 128.7 1.8
69 1 1 18 17.002 34.003 0.163 20.64 12 566.9 69.2
70 4 0 4 17.207 34.413 0.165 20.1 6 329.8 11.4
71 4 0 -5 17.402 34.804 0.167 19.62 6 259.0 6.9
72 3 1 -10 17.44 34.88 0.168 19.52 12 1472.8 442.1
73 1 0 -20 17.592 35.184 0.169 19.16 6 86.8 0.8
74 2 1 16 17.645 35.289 0.169 19.03 12 576.3 66.0
75 2 2 12 17.858 35.716 0.171 18.54 12 481.2 44.8
76 3 1 11 17.888 35.776 0.172 18.47 12 319.9 19.7
77 4 0 7 17.914 35.828 0.172 18.41 6 274.9 7.3
78 0 0 21 17.944 35.888 0.172 18.34 2 104.2 0.3
79 3 0 -15 18.022 36.043 0.173 18.17 6 100.7 1.0
80 3 0 15 18.022 36.043 0.173 18.17 6 41.3 0.2
81 4 0 -8 18.228 36.455 0.175 17.72 6 2139.1 423.4
82 2 0 -19 18.312 36.624 0.176 17.54 6 116.2 1.2
83 2 1 -17 18.337 36.675 0.176 17.49 12 93.0 1.6
84 3 2 1 18.439 36.878 0.177 17.28 12 100.2 1.8
85 3 2 -2 18.5 37.001 0.177 17.15 12 83.8 1.3
86 3 2 4 18.745 37.49 0.18 16.66 12 289.1 14.5
87 3 1 -13 18.877 37.754 0.181 16.41 12 175.2 5.3
88 3 2 -5 18.927 37.853 0.181 16.31 12 49.8 0.4
89 4 0 10 18.962 37.924 0.182 16.25 6 92.0 0.7
90 2 0 20 19.103 38.207 0.183 15.98 6 1008.2 84.8
91 1 0 22 19.317 38.634 0.185 15.59 6 148.3 1.8
92 4 0 -11 19.38 38.759 0.185 15.48 6 53.2 0.2
93 4 1 0 19.4 38.801 0.186 15.44 12 419.4 28.4
94 3 2 7 19.404 38.808 0.186 15.44 12 88.9 1.3
95 3 1 14 19.414 38.829 0.186 15.42 12 938.6 141.8
96 1 1 21 19.432 38.864 0.186 15.39 12 46.0 0.3
97 2 2 15 19.504 39.009 0.187 15.26 12 250.3 10.0
98 4 1 -3 19.577 39.154 0.187 15.14 12 135.3 2.9
99 4 1 3 19.577 39.154 0.187 15.14 12 19.9 0.1
100 3 2 -8 19.697 39.394 0.188 14.93 12 550.9 47.3
101 2 1 19 19.776 39.552 0.189 14.8 12 71.8 0.8
102 3 0 -18 20.004 40.008 0.191 14.43 6 396.8 11.9
103 3 0 18 20.004 40.008 0.191 14.43 6 1267.2 121.0
104 4 1 -6 20.098 40.197 0.192 14.28 12 159.5 3.8
105 4 1 6 20.098 40.197 0.192 14.28 12 115.4 2.0
106 1 0 -23 20.189 40.379 0.193 14.14 6 123.3 1.1
107 4 0 13 20.307 40.613 0.194 13.96 6 205.2 3.1
108 3 2 10 20.387 40.773 0.195 13.83 12 56.4 0.5
109 2 1 -20 20.52 41.039 0.196 13.63 12 218.2 6.8
110 3 1 -16 20.566 41.132 0.196 13.57 12 192.3 5.2
111 0 0 24 20.616 41.231 0.197 13.49 2 1188.4 33.2
112 2 0 -22 20.721 41.442 0.198 13.34 6 203.1 2.9
113 3 2 -11 20.78 41.56 0.198 13.26 12 201.1 5.6
114 4 0 -14 20.813 41.626 0.199 13.21 6 73.1 0.4
115 4 1 -9 20.943 41.887 0.2 13.02 12 42.6 0.2
116 4 1 9 20.943 41.887 0.2 13.02 12 116.9 1.9
117 3 1 17 21.177 42.354 0.202 12.71 12 295.6 11.6
118 5 0 -1 21.267 42.535 0.203 12.58 6 44.3 0.1
119 5 0 2 21.322 42.644 0.203 12.51 6 789.7 40.7
120 2 2 18 21.37 42.741 0.204 12.45 12 467.2 28.4
121 5 0 -4 21.54 43.079 0.205 12.23 6 182.5 2.1
122 2 0 23 21.546 43.092 0.205 12.22 6 83.8 0.4
123 3 2 13 21.657 43.314 0.206 12.08 12 108.6 1.5
124 5 0 5 21.702 43.403 0.207 12.03 6 165.7 1.7
125 4 0 16 21.904 43.807 0.209 11.78 6 502.1 15.5
126 1 1 24 21.951 43.902 0.209 11.72 12 107.4 1.4
127 1 0 25 21.954 43.908 0.209 11.72 6 177.6 1.9
128 2 1 22 22.051 44.102 0.21 11.6 12 164.3 3.3
129 4 1 -12 22.082 44.164 0.21 11.57 12 97.1 1.1
130 4 1 12 22.082 44.164 0.21 11.57 12 407.1 20.0
131 3 3 0 22.126 44.252 0.211 11.51 6 785.1 37.0
132 5 0 -7 22.129 44.258 0.211 11.51 6 78.0 0.4
133 3 2 -14 22.138 44.277 0.211 11.5 12 51.1 0.3
134 3 0 -21 22.154 44.308 0.211 11.48 6 158.5 1.5
135 3 0 21 22.154 44.308 0.211 11.48 6 195.1 2.3
136 3 3 3 22.284 44.569 0.212 11.33 12 191.9 4.4
137 5 0 8 22.393 44.785 0.213 11.21 6 129.0 1.0
138 3 1 -19 22.464 44.928 0.214 11.13 12 138.2 2.2
139 4 0 -17 22.485 44.971 0.214 11.1 6 96.3 0.5
140 4 2 -1 22.571 45.143 0.215 11.01 12 159.8 2.9
141 4 2 2 22.623 45.247 0.215 10.95 12 801.2 73.4
142 3 3 6 22.755 45.51 0.216 10.81 12 282.8 9.0
143 4 2 -4 22.831 45.662 0.217 10.73 12 161.8 2.9
144 2 1 -23 22.837 45.675 0.217 10.72 12 124.8 1.7
145 1 0 -26 22.847 45.693 0.217 10.71 6 207.1 2.4
146 4 2 5 22.986 45.972 0.218 10.56 12 61.8 0.4
147 5 0 -10 23.016 46.032 0.219 10.53 6 136.6 1.0
148 3 1 20 23.137 46.274 0.22 10.41 12 219.3 5.2
149 3 2 16 23.179 46.358 0.22 10.37 12 436.8 20.7
150 2 0 -25 23.227 46.455 0.22 10.32 6 77.6 0.3
151 0 0 27 23.335 46.67 0.221 10.21 2 98.1 0.2
152 5 0 11 23.374 46.748 0.222 10.17 6 62.9 0.2
153 4 2 -7 23.395 46.789 0.222 10.15 12 125.5 1.7
154 2 2 21 23.419 46.837 0.222 10.13 12 161.0 2.7
155 4 1 -15 23.481 46.962 0.223 10.07 12 140.4 2.1
156 4 1 15 23.481 46.962 0.223 10.07 12 88.1 0.8
157 3 3 9 23.523 47.046 0.223 10.03 12 74.1 0.6
158 4 2 8 23.647 47.295 0.224 9.91 12 35.4 0.1
159 4 0 19 23.716 47.431 0.225 9.84 6 208.9 2.2
160 3 2 -17 23.736 47.472 0.225 9.82 12 80.4 0.7
161 5 1 1 23.819 47.637 0.226 9.75 12 128.5 1.7
162 5 1 -2 23.869 47.737 0.226 9.7 12 242.1 5.9
163 5 1 4 24.068 48.136 0.228 9.52 12 511.1 26.0
164 2 0 26 24.083 48.166 0.228 9.5 6 147.3 1.1
165 5 0 -13 24.176 48.352 0.229 9.42 6 324.5 5.2
166 5 1 -5 24.217 48.433 0.229 9.39 12 28.5 0.1
167 4 2 -10 24.246 48.492 0.23 9.36 12 681.0 45.3
168 4 0 -20 24.362 48.724 0.231 9.26 6 1312.8 83.3
169 3 0 -24 24.446 48.892 0.231 9.19 6 82.3 0.3
170 3 0 24 24.446 48.892 0.231 9.19 6 237.7 2.7
171 2 1 25 24.449 48.898 0.231 9.18 12 89.8 0.8
172 3 1 -22 24.538 49.076 0.232 9.11 12 572.2 31.1
173 1 1 27 24.553 49.105 0.232 9.1 12 72.2 0.5
174 3 3 12 24.567 49.134 0.232 9.08 12 165.1 2.6
175 4 2 11 24.59 49.18 0.233 9.07 12 57.4 0.3
176 5 1 7 24.61 49.22 0.233 9.05 12 136.6 1.8
177 5 0 14 24.619 49.237 0.233 9.04 6 489.2 11.3
178 1 0 28 24.653 49.307 0.233 9.01 6 799.3 30.1
179 5 1 -8 24.853 49.707 0.235 8.85 12 431.9 17.2
180 3 2 19 24.919 49.838 0.236 8.79 12 114.6 1.2
181 4 1 -18 25.109 50.218 0.237 8.64 12 120.7 1.3
182 4 1 18 25.109 50.218 0.237 8.64 12 371.2 12.4
183 3 1 23 25.265 50.529 0.239 8.52 12 61.2 0.3
184 2 1 -26 25.273 50.546 0.239 8.52 12 87.9 0.7
185 4 2 -13 25.363 50.726 0.239 8.45 12 177.8 2.8
186 5 1 10 25.43 50.861 0.24 8.4 12 346.7 10.5
187 3 2 -20 25.543 51.085 0.241 8.31 12 602.1 31.5
188 1 0 -29 25.568 51.136 0.241 8.29 6 164.9 1.2
189 5 0 -16 25.582 51.163 0.241 8.28 6 469.0 9.5
190 2 2 24 25.624 51.247 0.242 8.25 12 308.0 8.2
191 4 0 22 25.713 51.426 0.243 8.19 6 176.8 1.3
192 5 1 -11 25.763 51.526 0.243 8.15 12 213.5 3.9
193 6 0 0 25.779 51.559 0.243 8.14 6 287.7 3.5
194 4 2 14 25.791 51.581 0.243 8.13 12 385.1 12.6
195 2 0 -28 25.824 51.648 0.244 8.11 6 249.2 2.6
196 3 3 15 25.863 51.726 0.244 8.08 12 42.7 0.2
197 6 0 -3 25.921 51.842 0.244 8.04 6 76.9 0.2
198 6 0 3 25.921 51.842 0.244 8.04 6 129.1 0.7
199 5 0 17 26.1 52.201 0.246 7.91 6 160.9 1.1
200 0 0 30 26.112 52.223 0.246 7.91 2 292.4 1.2
201 4 3 1 26.177 52.355 0.247 7.86 12 58.0 0.3
202 4 3 -2 26.224 52.448 0.247 7.83 12 464.1 17.6
203 6 0 -6 26.342 52.684 0.248 7.75 6 35.6 0.1
204 6 0 6 26.342 52.684 0.248 7.75 6 718.1 20.9
205 4 3 4 26.41 52.82 0.249 7.7 12 203.5 3.3
206 4 0 -23 26.416 52.832 0.249 7.7 6 56.9 0.1
207 5 1 13 26.511 53.022 0.25 7.64 12 36.0 0.1
208 4 3 -5 26.549 53.099 0.25 7.61 12 7.3 0.0
209 2 0 29 26.71 53.42 0.251 7.51 6 167.5 1.1
210 4 2 -16 26.723 53.446 0.251 7.5 12 824.9 53.3
211 3 1 -25 26.767 53.533 0.252 7.47 12 42.8 0.1
212 3 2 22 26.85 53.701 0.252 7.42 12 220.4 3.8
213 3 0 -27 26.864 53.728 0.253 7.41 6 92.1 0.3
214 3 0 27 26.864 53.728 0.253 7.41 6 68.7 0.2
215 5 2 0 26.915 53.83 0.253 7.38 12 55.4 0.2
216 4 3 7 26.918 53.835 0.253 7.38 12 48.4 0.2
217 5 1 -14 26.926 53.851 0.253 7.37 12 66.0 0.3
218 4 1 -21 26.939 53.879 0.253 7.36 12 136.6 1.4
219 4 1 21 26.939 53.879 0.253 7.36 12 28.9 0.1
220 2 1 28 26.958 53.917 0.253 7.35 12 188.1 2.7
221 6 0 -9 27.033 54.067 0.254 7.31 6 75.0 0.2
222 6 0 9 27.033 54.067 0.254 7.31 6 199.6 1.5
223 5 2 -3 27.052 54.104 0.254 7.29 12 62.3 0.3
224 5 2 3 27.052 54.104 0.254 7.29 12 56.6 0.2
225 4 3 -8 27.146 54.292 0.255 7.24 12 388.0 11.4
226 5 0 -19 27.208 54.416 0.256 7.2 6 33.1 0.0
227 4 2 17 27.226 54.453 0.256 7.19 12 54.1 0.2
228 1 1 30 27.237 54.475 0.256 7.18 12 338.3 8.6
229 3 3 18 27.387 54.773 0.257 7.09 12 485.6 17.5
230 1 0 31 27.421 54.843 0.257 7.07 6 90.8 0.3
231 5 2 -6 27.461 54.922 0.258 7.05 12 31.9 0.1
232 5 2 6 27.461 54.922 0.258 7.05 12 220.5 3.6
233 3 2 -23 27.533 55.066 0.258 7.01 12 70.6 0.4
234 3 1 26 27.541 55.082 0.258 7.0 12 363.4 9.7
235 4 3 10 27.689 55.378 0.26 6.92 12 148.5 1.6
236 5 0 20 27.795 55.59 0.261 6.86 6 233.4 2.0
237 2 1 -29 27.819 55.638 0.261 6.85 12 22.6 0.0
238 5 1 16 27.832 55.663 0.261 6.84 12 106.5 0.8
239 4 0 25 27.874 55.748 0.261 6.81 6 157.3 0.9
240 2 2 27 27.969 55.937 0.262 6.76 12 168.9 2.0
241 6 0 -12 27.982 55.963 0.262 6.76 6 882.1 27.4
242 6 0 12 27.982 55.963 0.262 6.76 6 591.8 12.4
243 4 3 -11 28.003 56.005 0.262 6.74 12 17.1 0.0
244 5 2 -9 28.134 56.267 0.264 6.67 12 38.7 0.1
245 5 2 9 28.134 56.267 0.264 6.67 12 52.2 0.2
246 4 2 -19 28.304 56.607 0.265 6.58 12 174.8 2.1
247 5 1 -17 28.322 56.643 0.265 6.57 12 59.9 0.2
248 1 0 -32 28.361 56.722 0.266 6.55 6 559.9 10.7
249 6 1 -1 28.395 56.789 0.266 6.53 12 100.6 0.7
250 6 1 2 28.439 56.877 0.266 6.51 12 604.0 24.8
251 2 0 -31 28.512 57.024 0.267 6.47 6 65.6 0.1
252 6 1 -4 28.615 57.23 0.268 6.42 12 488.9 16.0
253 4 0 -26 28.628 57.256 0.268 6.41 6 146.2 0.7
254 4 3 13 28.711 57.422 0.269 6.37 12 21.5 0.0
255 6 1 5 28.747 57.494 0.269 6.36 12 56.0 0.2
256 4 2 20 28.876 57.752 0.27 6.29 12 364.6 8.7
257 4 1 -24 28.95 57.901 0.271 6.25 12 515.9 17.4
258 4 1 24 28.95 57.901 0.271 6.25 12 330.5 7.1
259 3 2 25 28.953 57.906 0.271 6.25 12 89.7 0.5
260 0 0 33 28.956 57.912 0.271 6.25 2 220.8 0.5
261 5 0 -22 29.033 58.065 0.271 6.21 6 246.2 2.0
262 5 2 -12 29.058 58.116 0.272 6.2 12 224.2 3.3
263 5 2 12 29.058 58.116 0.272 6.2 12 561.1 20.4
264 6 1 -7 29.096 58.193 0.272 6.18 12 51.2 0.2
265 4 3 -14 29.104 58.208 0.272 6.18 12 373.7 9.0
266 3 3 21 29.117 58.234 0.272 6.17 12 118.5 0.9
267 3 1 -28 29.135 58.27 0.272 6.17 12 18.4 0.0
268 6 0 -15 29.171 58.341 0.272 6.15 6 202.4 1.3
269 6 0 15 29.171 58.341 0.272 6.15 6 156.4 0.8
270 6 1 8 29.314 58.627 0.274 6.08 12 376.6 9.0
271 5 1 19 29.372 58.745 0.274 6.05 12 41.1 0.1
272 3 0 -30 29.4 58.801 0.274 6.04 6 151.7 0.7
273 3 0 30 29.4 58.801 0.274 6.04 6 277.0 2.4
274 2 0 32 29.428 58.857 0.275 6.03 6 271.3 2.3
275 2 1 31 29.576 59.151 0.276 5.96 12 154.8 1.5
276 5 0 23 29.682 59.364 0.277 5.91 6 84.0 0.2
277 3 2 -26 29.69 59.379 0.277 5.91 12 381.0 9.0
278 6 1 -10 29.831 59.661 0.278 5.85 12 207.7 2.6
279 5 1 -20 29.932 59.863 0.279 5.8 12 503.0 15.3
280 3 1 29 29.954 59.909 0.279 5.79 12 117.4 0.8
281 4 3 16 29.967 59.934 0.279 5.79 12 191.7 2.2
X-ray diffraction powder data (I)...X-Ray wave length = 1.78892 (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 0 0 3 2.523 5.045 20.323 8.2 1.9 1.9 5.5
2 1 0 1 4.241 8.482 12.09475 4.6 1.0 1.1 5.6
3 1 0 2 4.485 8.97 11.43839 59.1 13.4 13.6 5.6
4 0 0 6 5.05 10.1 10.1615 8.6 2.0 2.0 5.6
5 1 0 4 5.351 10.703 9.59088 8.9 2.0 2.0 5.6
6 1 1 0 7.212 14.425 7.1245 274.4 62.1 63.0 5.6
7 1 0 8 7.929 15.858 6.48419 106.0 24.0 24.3 5.6
8 2 0 1 8.378 16.757 6.13864 10.2 2.3 2.3 5.6
9 2 0 2 8.506 17.012 6.04738 66.2 15.0 15.2 5.6
10 2 0 4 8.998 17.996 5.71919 194.5 44.0 44.6 5.6
11 2 0 5 9.35 18.701 5.50535 4.5 1.0 1.0 5.6
12 1 0 10 9.418 18.836 5.46612 9.8 2.2 2.2 5.6
13 0 0 12 10.14 20.279 5.08075 25.7 5.8 5.9 5.6
14 2 0 8 10.75 21.5 4.79544 10.0 2.3 2.3 5.6
15 2 1 2 11.187 22.374 4.61043 14.3 3.2 3.3 5.6
16 2 0 10 11.903 23.805 4.33677 239.6 54.2 54.7 5.6
17 1 1 12 12.488 24.975 4.13662 74.7 16.9 17.0 5.6
18 1 0 14 12.58 25.16 4.10669 38.0 8.6 8.7 5.6
19 2 1 8 12.993 25.987 3.97821 61.1 13.8 13.9 5.6
20 3 0 6 13.568 27.135 3.8128 105.8 23.9 24.1 5.6
21 2 1 10 13.973 27.945 3.70444 49.7 11.2 11.3 5.6
22 1 0 16 14.221 28.443 3.64092 52.7 11.9 12.0 5.6
23 2 2 0 14.542 29.085 3.56225 176.4 39.9 40.1 5.6
24 3 0 9 14.738 29.476 3.51595 5.6 1.3 1.3 5.6
25 3 1 2 15.247 30.495 3.40113 130.0 29.4 29.5 5.6
26 2 2 6 15.431 30.862 3.36167 39.3 8.9 8.9 5.6
27 3 1 4 15.537 31.073 3.33935 38.2 8.6 8.7 5.6
28 2 1 13 15.692 31.384 3.3071 6.2 1.4 1.4 5.6
29 3 1 5 15.75 31.501 3.29517 23.1 5.2 5.2 5.6
30 2 0 16 16.015 32.03 3.24209 118.9 26.9 27.0 5.6
31 3 0 12 16.247 32.495 3.19696 67.6 15.3 15.3 5.6
32 2 1 14 16.32 32.64 3.18308 84.7 19.2 19.2 5.6
33 2 2 9 16.481 32.962 3.15291 8.6 1.9 2.0 5.6
34 3 1 8 16.648 33.296 3.12212 9.2 2.1 2.1 5.6
35 2 0 17 16.767 33.533 3.10065 6.1 1.4 1.4 5.7
36 4 0 1 16.876 33.753 3.08106 5.1 1.2 1.2 5.7
37 1 1 18 17.002 34.003 3.05905 69.2 15.7 15.7 5.7
38 4 0 4 17.207 34.413 3.02369 11.4 2.6 2.6 5.7
39 4 0 5 17.402 34.804 2.99077 6.9 1.6 1.6 5.7
40 3 1 10 17.44 34.88 2.98443 442.1 100.0 100.0 5.7
41 2 1 16 17.645 35.289 2.95092 66.0 14.9 14.9 5.7
42 2 2 12 17.858 35.716 2.91676 44.8 10.1 10.1 5.7
43 3 1 11 17.888 35.776 2.91207 27.0 6.1 6.1 5.7
44 4 0 8 18.228 36.455 2.8596 423.4 95.8 95.6 5.7
45 3 2 4 18.745 37.49 2.78339 14.5 3.3 3.3 5.7
46 3 1 13 18.877 37.754 2.76463 5.3 1.2 1.2 5.7
47 2 0 20 19.103 38.207 2.73306 84.8 19.2 19.1 5.7
48 3 1 14 19.414 38.829 2.69094 171.5 38.8 38.6 5.7
49 2 2 15 19.504 39.009 2.679 10.0 2.3 2.2 5.7
50 3 2 8 19.697 39.394 2.65381 47.3 10.7 10.7 5.7
51 3 0 18 20.004 40.008 2.61474 132.8 30.0 29.9 5.7
52 4 1 6 20.098 40.197 2.60296 5.8 1.3 1.3 5.7
53 2 1 20 20.52 41.039 2.55175 6.8 1.5 1.5 5.7
54 3 1 16 20.566 41.132 2.54625 5.2 1.2 1.2 5.7
55 0 0 24 20.616 41.231 2.54038 33.2 7.5 7.5 5.7
56 3 2 11 20.78 41.56 2.52116 5.6 1.3 1.3 5.7
57 3 1 17 21.177 42.354 2.47599 11.6 2.6 2.6 5.7
58 5 0 2 21.322 42.644 2.45995 40.7 9.2 9.1 5.7
59 2 2 18 21.37 42.741 2.45465 28.4 6.4 6.4 5.7
60 4 0 16 21.904 43.807 2.39772 15.5 3.5 3.5 5.7
61 4 1 12 22.082 44.164 2.37929 21.1 4.8 4.7 5.7
62 3 3 0 22.126 44.252 2.37483 41.5 9.4 9.3 5.7
63 4 2 2 22.623 45.247 2.32525 73.4 16.6 16.4 5.7
64 3 3 6 22.755 45.51 2.31252 9.0 2.0 2.0 5.7
65 4 2 4 22.831 45.662 2.30522 7.1 1.6 1.6 5.7
66 3 1 20 23.137 46.274 2.27638 5.2 1.2 1.2 5.7
67 3 2 16 23.179 46.358 2.27248 20.7 4.7 4.6 5.7
68 5 1 2 23.869 47.737 2.21049 5.9 1.3 1.3 5.7
69 5 1 4 24.068 48.136 2.19326 27.0 6.1 6.0 5.7
70 5 0 13 24.176 48.352 2.18405 5.2 1.2 1.2 5.7
71 4 2 10 24.246 48.492 2.17814 45.3 10.3 10.1 5.7
72 4 0 20 24.362 48.724 2.16839 83.3 18.8 18.6 5.7
73 3 1 22 24.538 49.076 2.15377 34.2 7.7 7.6 5.7
74 5 0 14 24.619 49.237 2.14717 13.1 3.0 2.9 5.7
75 1 0 28 24.653 49.307 2.14434 30.1 6.8 6.7 5.7
76 5 1 8 24.853 49.707 2.12816 17.2 3.9 3.8 5.7
77 4 1 18 25.109 50.218 2.10786 13.7 3.1 3.1 5.8
78 5 1 10 25.43 50.861 2.08297 10.5 2.4 2.3 5.8
79 3 2 20 25.543 51.085 2.07443 32.6 7.4 7.3 5.8
80 5 0 16 25.582 51.163 2.07148 9.5 2.2 2.1 5.8
81 2 2 24 25.624 51.247 2.06831 8.2 1.8 1.8 5.8
82 4 2 14 25.791 51.581 2.05583 20.0 4.5 4.4 5.8
83 4 3 2 26.224 52.448 2.02421 17.6 4.0 3.9 5.8
84 6 0 6 26.342 52.684 2.01579 20.9 4.7 4.6 5.8
85 4 2 16 26.723 53.446 1.98911 54.4 12.3 12.1 5.8
86 4 3 8 27.146 54.292 1.96042 11.4 2.6 2.5 5.8
87 1 1 30 27.237 54.475 1.95434 8.6 1.9 1.9 5.8
88 3 3 18 27.387 54.773 1.94451 17.5 3.9 3.9 5.8
89 3 1 26 27.541 55.082 1.93446 9.7 2.2 2.1 5.8
90 6 0 12 27.982 55.963 1.9064 41.8 9.5 9.2 5.8
91 1 0 32 28.361 56.722 1.88297 10.7 2.4 2.4 5.8
92 6 1 2 28.439 56.877 1.87826 24.8 5.6 5.5 5.8
93 6 1 4 28.615 57.23 1.86765 16.7 3.8 3.7 5.8
94 4 2 20 28.876 57.752 1.85222 8.7 2.0 1.9 5.8
95 4 1 24 28.95 57.901 1.84786 25.6 5.8 5.6 5.8
96 5 2 12 29.058 58.116 1.84161 25.6 5.8 5.6 5.8
97 4 3 14 29.104 58.208 1.83894 9.9 2.2 2.2 5.8
98 6 1 8 29.314 58.627 1.82696 9.0 2.0 2.0 5.8
99 3 0 30 29.4 58.801 1.82204 4.7 1.1 1.0 5.8
100 3 2 26 29.69 59.379 1.8059 9.0 2.0 2.0 5.8
101 5 1 20 29.932 59.863 1.79263 16.2 3.7 3.6 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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