Institute of Experimental Mineralogy
Russian Academy of Sciences
-------------------------------------------------
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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TRASKITE
1
Ba(9)Fe(2)Ti(2)[Si(12)O(36)](OH,Cl)(6).6H(2)O
Hexagonal P 6(-)m2 Z = 2
R =0.12 NR =422
25 .12 .1990
Ref.Str.:
Malinovskij Ju.A., Pobedimskaja E.A., Belov N.V. (1976)
* Dokl. Akad. Nauk SSSR, 229, 1101-1104
Reserv:
Ba(24)(Fe,Ti)(2)(Fe,Mn)(2)(Ca,Sr)(Ti,Fe,Mg,Al)(12)[Si(12)O(36)]
[Si(2)O(7)](6)(O,OH)(30)Cl(6).14H(2)O
Initial data from BDM-file
Lattice parameters (cub. angs.,degr.):
a = 17.89 alpha = 90.0
b = 17.89 beta = 90.0
c = 12.33 gamma = 120.0
Unit cell volume (cub. angs.) = 3417.55
Molar volume ( cub.cm/mol.) = 1029.26
Co-ordinates, thermal parameters, occupation for atomic positions:
NoP x/a y/b z/c B(j) atom / occupation
1 0.7793 0.2207 0.243 0.0 Ba = 1.00
2 0.4222 0.5778 0.5 0.0 Ba = 1.00
3 0.3515 0.3618 0.0 0.0 Ba = 1.00
4 0.5694 0.4306 0.5 0.0 Ba = 1.00
5 0.2034 0.7966 0.238 0.0 Ba = 1.00
6 0.6667 0.3333 0.271 0.0 Fe = 1.00
7 0.3333 0.6667 0.24 0.0 Fe = 1.00
8 0.3333 0.6667 0.0 0.0 Ca = 1.00
9 0.4007 0.4062 0.297 0.0 Ti = 1.00
10 0.569 0.431 0.139 0.0 Si = 1.00
11 0.44 0.56 0.128 0.0 Si = 1.00
12 0.092 0.358 0.5 0.0 Si = 1.00
13 0.736 0.098 0.5 0.0 Si = 1.00
14 0.318 0.418 0.395 0.0 O = 1.00
15 0.272 0.267 0.5 0.0 O = 1.00
16 0.833 0.167 0.5 0.0 O = 1.00
17 0.169 0.831 0.5 0.0 O = 1.00
18 0.403 0.311 0.385 0.0 O = 1.00
19 0.571 0.429 0.0 0.0 O = 1.00
20 0.472 0.095 0.179 0.0 O = 1.00
21 0.387 0.613 0.136 0.0 O = 1.00
22 0.447 0.553 0.0 0.0 O = 1.00
23 0.377 0.466 0.185 0.0 O = 1.00
24 0.617 0.383 0.172 0.0 O = 1.00
25 0.185 0.815 0.0 0.0 Cl = 1.00
26 0.791 0.209 0.0 0.0 Cl = 1.00
27 0.289 0.302 0.214 0.0 OH = 1.00
28 0.285 0.715 0.388 0.0 OH = 1.00
29 0.715 0.285 0.382 0.0 OH = 1.00
30 0.509 0.491 0.361 0.0 OH = 1.00
31 0.878 0.122 0.246 0.0 H(2)O = 1.00
32 0.088 0.912 0.0 0.0 H(2)O = 1.00
33 0.864 0.136 0.0 0.0 H(2)O = 1.00
34 0.0 0.0 0.5 0.0 H(2)O = 1.00
35 0.0 0.0 0.0 0.0 H(2)O = 1.00
Co-ordinates for all atomic positions :
No NoP x/a y/b z/c
1 1 0.7793 0.2207 0.243
2 2 0.4222 0.5778 0.5
3 3 0.3515 0.3618 0.0
4 4 0.5694 0.4306 0.5
5 5 0.2034 0.7966 0.238
6 6 0.6667 0.3333 0.271
7 7 0.3333 0.6667 0.24
8 8 0.3333 0.6667 0.0
9 9 0.4007 0.4062 0.297
10 10 0.569 0.431 0.139
11 11 0.44 0.56 0.128
12 12 0.092 0.358 0.5
13 13 0.736 0.098 0.5
14 14 0.318 0.418 0.395
15 15 0.272 0.267 0.5
16 16 0.833 0.167 0.5
17 17 0.169 0.831 0.5
18 18 0.403 0.311 0.385
19 19 0.571 0.429 0.0
20 20 0.472 0.095 0.179
21 21 0.387 0.613 0.136
22 22 0.447 0.553 0.0
23 23 0.377 0.466 0.185
24 24 0.617 0.383 0.172
25 25 0.185 0.815 0.0
26 26 0.791 0.209 0.0
27 27 0.289 0.302 0.214
28 28 0.285 0.715 0.388
29 29 0.715 0.285 0.382
30 30 0.509 0.491 0.361
31 31 0.878 0.122 0.246
32 32 0.088 0.912 0.0
33 33 0.864 0.136 0.0
34 34 0.0 0.0 0.5
35 35 0.0 0.0 0.0
36 1 0.7793 0.5586 0.243
37 1 0.4414 0.2207 0.243
38 2 0.4222 0.8444 0.5
39 2 0.1556 0.5778 0.5
40 3 0.6382 0.9897 0.0
41 3 0.0103 0.6485 0.0
42 4 0.5694 0.1388 0.5
43 4 0.8612 0.4306 0.5
44 5 0.2034 0.4068 0.238
45 5 0.5932 0.7966 0.238
46 9 0.5938 0.9945 0.297
47 9 0.0055 0.5993 0.297
48 10 0.569 0.138 0.139
49 10 0.862 0.431 0.139
50 11 0.44 0.88 0.128
51 11 0.12 0.56 0.128
52 12 0.642 0.734 0.5
53 12 0.266 0.908 0.5
54 13 0.902 0.638 0.5
55 13 0.362 0.264 0.5
56 14 0.582 0.9 0.395
57 14 0.1 0.682 0.395
58 15 0.733 0.005 0.5
59 15 0.995 0.728 0.5
60 16 0.833 0.666 0.5
61 16 0.334 0.167 0.5
62 17 0.169 0.338 0.5
63 17 0.662 0.831 0.5
64 18 0.689 0.092 0.385
65 18 0.908 0.597 0.385
66 19 0.571 0.142 0.0
67 19 0.858 0.429 0.0
68 20 0.905 0.377 0.179
69 20 0.623 0.528 0.179
70 21 0.387 0.774 0.136
71 21 0.226 0.613 0.136
72 22 0.447 0.894 0.0
73 22 0.106 0.553 0.0
74 23 0.534 0.911 0.185
75 23 0.089 0.623 0.185
76 24 0.617 0.234 0.172
77 24 0.766 0.383 0.172
78 25 0.185 0.37 0.0
79 25 0.63 0.815 0.0
80 26 0.791 0.582 0.0
81 26 0.418 0.209 0.0
82 27 0.698 0.987 0.214
83 27 0.013 0.711 0.214
84 28 0.285 0.57 0.388
85 28 0.43 0.715 0.388
86 29 0.715 0.43 0.382
87 29 0.57 0.285 0.382
88 30 0.509 0.018 0.361
89 30 0.982 0.491 0.361
90 31 0.878 0.756 0.246
91 31 0.244 0.122 0.246
92 32 0.088 0.176 0.0
93 32 0.824 0.912 0.0
94 33 0.864 0.728 0.0
95 33 0.272 0.136 0.0
96 1 0.7793 0.2207 0.757
97 5 0.2034 0.7966 0.762
98 6 0.6667 0.3333 0.729
99 7 0.3333 0.6667 0.76
100 9 0.4007 0.4062 0.703
101 10 0.569 0.431 0.861
102 11 0.44 0.56 0.872
103 14 0.318 0.418 0.605
104 18 0.403 0.311 0.615
105 20 0.472 0.095 0.821
106 21 0.387 0.613 0.864
107 23 0.377 0.466 0.815
108 24 0.617 0.383 0.828
109 27 0.289 0.302 0.786
110 28 0.285 0.715 0.612
111 29 0.715 0.285 0.618
112 30 0.509 0.491 0.639
113 31 0.878 0.122 0.754
114 1 0.7793 0.5586 0.757
115 1 0.4414 0.2207 0.757
116 5 0.2034 0.4068 0.762
117 5 0.5932 0.7966 0.762
118 9 0.5938 0.9945 0.703
119 9 0.0055 0.5993 0.703
120 10 0.569 0.138 0.861
121 10 0.862 0.431 0.861
122 11 0.44 0.88 0.872
123 11 0.12 0.56 0.872
124 14 0.582 0.9 0.605
125 14 0.1 0.682 0.605
126 18 0.689 0.092 0.615
127 18 0.908 0.597 0.615
128 20 0.905 0.377 0.821
129 20 0.623 0.528 0.821
130 21 0.387 0.774 0.864
131 21 0.226 0.613 0.864
132 23 0.534 0.911 0.815
133 23 0.089 0.623 0.815
134 24 0.617 0.234 0.828
135 24 0.766 0.383 0.828
136 27 0.698 0.987 0.786
137 27 0.013 0.711 0.786
138 28 0.285 0.57 0.612
139 28 0.43 0.715 0.612
140 29 0.715 0.43 0.618
141 29 0.57 0.285 0.618
142 30 0.509 0.018 0.639
143 30 0.982 0.491 0.639
144 31 0.878 0.756 0.754
145 31 0.244 0.122 0.754
146 3 0.3515 0.9897 0.0
147 9 0.4007 0.9945 0.297
148 12 0.092 0.734 0.5
149 13 0.736 0.638 0.5
150 14 0.318 0.9 0.395
151 15 0.272 0.005 0.5
152 18 0.403 0.092 0.385
153 20 0.472 0.377 0.179
154 23 0.377 0.911 0.185
155 27 0.289 0.987 0.214
156 3 0.6382 0.6485 0.0
157 3 0.0103 0.3618 0.0
158 9 0.5938 0.5993 0.297
159 9 0.0055 0.4062 0.297
160 12 0.642 0.908 0.5
161 12 0.266 0.358 0.5
162 13 0.902 0.264 0.5
163 13 0.362 0.098 0.5
164 14 0.582 0.682 0.395
165 14 0.1 0.418 0.395
166 15 0.733 0.728 0.5
167 15 0.995 0.267 0.5
168 18 0.689 0.597 0.385
169 18 0.908 0.311 0.385
170 20 0.905 0.528 0.179
171 20 0.623 0.095 0.179
172 23 0.534 0.623 0.185
173 23 0.089 0.466 0.185
174 27 0.698 0.711 0.214
175 27 0.013 0.302 0.214
176 9 0.4007 0.9945 0.703
177 14 0.318 0.9 0.605
178 18 0.403 0.092 0.615
179 20 0.472 0.377 0.821
180 23 0.377 0.911 0.815
181 27 0.289 0.987 0.786
182 9 0.5938 0.5993 0.703
183 9 0.0055 0.4062 0.703
184 14 0.582 0.682 0.605
185 14 0.1 0.418 0.605
186 18 0.689 0.597 0.615
187 18 0.908 0.311 0.615
188 20 0.905 0.528 0.821
189 20 0.623 0.095 0.821
190 23 0.534 0.623 0.815
191 23 0.089 0.466 0.815
192 27 0.698 0.711 0.786
193 27 0.013 0.302 0.786
X-ray density (g/cm cub.) = 3.42
MU (1/cm) = 902.298 Mass attenuation coefficient (cm**2/g) = 264.183
Selected interatomic distances (cation-anion,anion-anion):
NoP Atom Rad.sph. C.N. Distance NoP N.
(angs.) (angs.)
1 Ba 3.828 12
3.5791 16
3.018 26
2.6281 29
3.0586 31
2.694 18
2.6851 20
3.1534 24
3.1534 24
3.6937 27
2.694 18
2.6851 20
3.6937 27
2 Ba 3.828 10
2.8275 14
3.1893 30
2.7583 28
2.7583 28
2.8275 14
3.1893 30
2.7583 28
2.7583 28
2.8275 14
2.8275 14
3 Ba 3.828 11
3.4849 19
2.9623 22
2.8348 23
2.8567 27
3.0546 25
3.4844 26
3.5491 33
2.8348 23
2.8567 27
3.001 20
3.001 20
4 Ba 3.828 10
3.0135 18
2.5377 30
2.9884 29
2.9884 29
3.0135 18
2.5377 30
2.9884 29
2.9884 29
3.0136 18
3.0136 18
5 Ba 3.828 11
3.4018 17
2.9894 25
3.1327 28
2.7531 14
3.7232 21
3.7232 21
2.8115 23
2.9695 27
2.7532 14
2.8116 23
2.9697 27
6 Fe 3.132 6
1.9644 24
2.0288 29
1.9644 24
1.9644 24
2.0288 29
2.0288 29
7 Fe 3.132 6
2.1 21
2.3607 28
2.0998 21
2.0998 21
2.3609 28
2.3609 28
8 Ca 3.42 6
2.3617 21
2.3615 21
2.3615 21
2.3617 21
2.3615 21
2.3615 21
9 Ti 3.108 6
2.0015 14
2.0371 18
1.9196 23
2.1887 27
1.9336 30
2.1641 20
10 Si 2.64 4
1.715 19
1.542 24
1.5848 20
1.5848 20
11 Si 2.64 4
1.6452 21
1.5931 22
1.6422 23
1.6422 23
12 Si 2.64 4
1.5871 17
1.6418 14
1.684 15
1.6418 14
13 Si 2.64 4
1.5469 16
1.6378 15
1.6244 18
1.6244 18
14 O 3.804 8
2.7254 15
2.9837 18
2.7658 23
2.912 27
3.0157 30
2.6486 17
3.0586 28
2.5893 14
15 O 3.804 8
2.7254 14
2.5056 18
3.5678 27
2.533 16
2.7108 17
2.7254 14
2.5056 18
3.5678 27
16 O 3.804 8
3.4282 31
2.533 15
2.644 18
3.4282 31
2.644 18
2.533 15
2.6442 18
2.6442 18
17 O 3.804 6
2.6486 14
2.7108 15
2.6486 14
2.6486 14
2.711 15
2.6486 14
18 O 3.804 9
2.9837 14
2.5056 15
2.8814 27
2.819 30
2.644 16
3.2457 29
3.5837 31
2.8359 18
2.8128 20
19 O 3.804 8
2.5553 24
2.6881 20
3.4942 26
3.4942 26
2.5553 24
2.6881 20
2.6881 20
2.6881 20
20 O 3.804 8
2.6881 19
2.5435 24
3.4545 26
2.8782 30
2.8128 18
2.8522 23
2.8831 27
2.7015 20
21 O 3.804 8
2.5037 22
2.6158 23
2.8801 21
2.8801 21
3.4889 28
3.4889 28
3.3538 21
2.6158 23
22 O 3.804 6
2.5037 21
2.6916 23
2.5037 21
2.6916 23
2.6916 23
2.6916 23
23 O 3.804 8
2.7658 14
2.6158 21
2.6916 22
2.5682 27
3.0708 30
3.7486 25
2.8522 20
2.8088 23
24 O 3.804 7
2.5553 19
2.5435 20
2.6658 24
2.6658 24
3.0019 29
3.0018 29
2.5435 20
25 Cl 4.344 11
3.0057 32
4.1645 22
4.1645 22
3.7486 23
3.7638 27
3.7486 23
3.7638 27
3.7486 23
3.764 27
3.7486 23
3.764 27
26 Cl 4.344 13
4.058 31
2.262 33
3.4942 19
3.4942 19
3.4545 20
3.9723 24
3.9723 24
4.058 31
3.4545 20
3.9723 24
3.9723 24
3.4544 20
3.4544 20
27 OH 3.852 7
2.912 14
3.5678 15
2.8814 18
2.5682 23
3.7638 25
2.9294 31
2.8831 20
28 OH 3.852 10
3.8506 17
3.0586 14
3.4889 21
3.4889 21
2.5942 28
2.5942 28
2.7619 28
3.7892 28
3.7892 28
3.0587 14
29 OH 3.852 7
3.2457 18
3.0018 24
3.0019 24
2.5939 29
2.5939 29
2.9099 29
3.2456 18
30 OH 3.852 9
3.0157 14
2.819 18
3.0708 23
2.8782 20
3.4277 30
2.8781 20
3.0159 14
2.819 18
3.0709 23
31 H(2)O 3.972 8
3.4282 16
3.064 33
3.9356 15
3.5837 18
2.9294 27
3.9357 15
3.5839 18
2.9295 27
32 H(2)O 3.972 4
3.0057 25
2.7268 35
3.7019 33
3.7019 33
33 H(2)O 3.972 9
2.262 26
3.064 31
3.8693 27
3.7019 32
3.7019 32
3.064 31
3.8693 27
3.8694 27
3.8694 27
34 H(2)O 3.972 0
35 H(2)O 3.972 3
2.7268 32
2.7266 32
2.7266 32
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 1 0 0 3.31 6.619 0.032 597.06 6 530.3 8626.0
2 0 0 1 4.16 8.32 0.041 377.06 2 66.7 28.7
3 1 0 1 5.32 10.639 0.052 229.7 12 66.7 104.9
4 1 1 0 5.739 11.478 0.056 197.05 6 247.7 620.9
5 2 0 0 6.63 13.261 0.065 147.05 6 45.5 15.6
6 1 1 1 7.096 14.193 0.069 128.09 12 76.8 77.6
7 2 0 1 7.837 15.675 0.076 104.61 12 18.7 3.8
8 0 0 2 8.342 16.685 0.081 92.07 2 85.6 11.6
9 2 1 0 8.786 17.572 0.085 82.79 12 239.4 487.7
10 1 0 2 8.984 17.967 0.087 79.09 12 102.7 85.8
11 2 1 1 9.735 19.471 0.095 67.02 24 31.0 13.3
12 3 0 0 9.974 19.948 0.097 63.76 6 128.7 54.3
13 1 1 2 10.149 20.298 0.098 61.5 12 67.7 29.0
14 2 0 2 10.686 21.372 0.104 55.27 12 216.0 265.0
15 3 0 1 10.823 21.646 0.105 53.82 12 175.5 170.3
16 2 2 0 11.536 23.073 0.112 47.12 6 78.3 14.8
17 3 1 0 12.014 24.029 0.116 43.28 12 173.3 133.6
18 2 1 2 12.162 24.323 0.118 42.19 24 222.9 430.6
19 2 2 1 12.283 24.566 0.119 41.32 12 42.9 7.8
20 0 0 3 12.57 25.14 0.122 39.36 2 198.0 26.4
21 3 1 1 12.735 25.469 0.123 38.3 24 191.3 288.0
22 1 0 3 13.012 26.024 0.126 36.59 12 110.0 45.5
23 3 0 2 13.058 26.116 0.126 36.32 12 240.2 215.4
24 4 0 0 13.352 26.704 0.129 34.65 6 286.8 146.5
25 1 1 3 13.857 27.714 0.134 32.03 12 184.8 112.3
26 4 0 1 14.008 28.016 0.135 31.3 12 76.1 18.6
27 2 0 3 14.262 28.525 0.138 30.12 12 63.3 12.4
28 2 2 2 14.305 28.609 0.138 29.93 12 294.8 267.4
29 3 2 0 14.575 29.15 0.141 28.76 12 198.3 116.2
30 3 1 2 14.698 29.397 0.142 28.25 24 466.9 1265.1
31 3 2 1 15.183 30.365 0.146 26.35 24 107.7 62.8
32 4 1 0 15.341 30.682 0.148 25.77 12 171.7 78.1
33 2 1 3 15.419 30.839 0.149 25.49 24 33.6 5.9
34 4 0 2 15.826 31.653 0.152 24.1 12 353.7 309.8
35 4 1 1 15.922 31.844 0.153 23.79 24 59.3 17.2
36 3 0 3 16.149 32.298 0.155 23.07 12 456.9 494.9
37 5 0 0 16.778 33.556 0.161 21.24 6 777.2 659.1
38 0 0 4 16.868 33.737 0.162 20.99 2 1296.5 604.2
39 3 2 2 16.887 33.773 0.162 20.94 24 100.3 43.3
40 2 2 3 17.191 34.383 0.165 20.14 12 26.0 1.4
41 1 0 4 17.209 34.418 0.165 20.1 12 75.8 11.9
42 5 0 1 17.316 34.632 0.166 19.83 12 177.4 64.1
43 3 3 0 17.457 34.914 0.168 19.48 6 1026.9 1055.4
44 3 1 3 17.527 35.054 0.168 19.31 24 474.5 893.6
45 4 1 2 17.562 35.124 0.169 19.23 24 239.7 226.9
46 4 2 0 17.788 35.575 0.171 18.7 12 310.4 185.1
47 1 1 4 17.874 35.747 0.172 18.5 12 212.5 85.8
48 3 3 1 17.977 35.954 0.173 18.27 12 327.6 201.5
49 2 0 4 18.198 36.396 0.175 17.79 12 239.9 105.2
50 4 2 1 18.3 36.599 0.176 17.57 24 130.7 61.7
51 4 0 3 18.501 37.002 0.177 17.15 12 90.5 14.4
52 5 1 0 18.75 37.5 0.18 16.65 12 70.0 8.4
53 5 0 2 18.849 37.698 0.181 16.46 12 276.9 129.6
54 2 1 4 19.143 38.285 0.183 15.91 24 273.0 243.7
55 5 1 1 19.24 38.48 0.184 15.73 24 86.0 23.9
56 3 2 3 19.433 38.866 0.186 15.39 24 299.3 283.3
57 3 3 2 19.465 38.93 0.186 15.33 12 107.6 18.2
58 3 0 4 19.751 39.502 0.189 14.84 12 29.7 1.3
59 4 2 2 19.767 39.534 0.189 14.82 24 181.4 100.2
60 4 1 3 20.034 40.067 0.191 14.38 24 81.7 19.7
61 6 0 0 20.267 40.534 0.194 14.02 6 217.8 34.1
62 4 3 0 20.559 41.118 0.196 13.58 12 121.7 20.7
63 2 2 4 20.635 41.27 0.197 13.46 12 111.1 17.1
64 5 1 2 20.651 41.301 0.197 13.44 24 355.9 349.8
65 6 0 1 20.727 41.453 0.198 13.33 12 309.3 131.0
66 3 1 4 20.923 41.846 0.2 13.05 24 173.1 80.3
67 4 3 1 21.013 42.027 0.2 12.93 24 81.6 17.7
68 5 2 0 21.133 42.267 0.202 12.76 12 201.2 53.1
69 5 0 3 21.193 42.386 0.202 12.68 12 100.4 13.1
70 0 0 5 21.267 42.534 0.203 12.59 2 248.0 13.2
71 1 0 5 21.548 43.096 0.205 12.22 12 45.1 2.6
72 5 2 1 21.578 43.156 0.206 12.18 24 238.2 142.0
73 3 3 3 21.753 43.507 0.207 11.96 12 13.6 0.2
74 4 0 4 21.768 43.536 0.207 11.94 12 60.1 4.4
75 4 2 3 22.029 44.059 0.21 11.63 24 42.0 4.2
76 6 0 2 22.058 44.117 0.21 11.59 12 245.5 71.8
77 1 1 5 22.101 44.203 0.21 11.54 12 110.7 14.5
78 6 1 0 22.246 44.491 0.212 11.37 12 167.5 32.8
79 4 3 2 22.331 44.663 0.212 11.28 24 317.8 234.0
80 2 0 5 22.374 44.748 0.213 11.23 12 174.3 35.0
81 3 2 4 22.588 45.175 0.215 10.99 24 169.2 64.7
82 6 1 1 22.673 45.345 0.215 10.9 24 99.3 22.1
83 5 1 3 22.842 45.683 0.217 10.72 24 32.4 2.3
84 5 2 2 22.87 45.739 0.217 10.69 24 169.0 62.7
85 4 1 4 23.121 46.242 0.22 10.42 24 184.4 72.8
86 2 1 5 23.177 46.353 0.22 10.37 24 165.6 58.5
87 4 4 0 23.577 47.154 0.224 9.97 6 230.1 27.1
88 3 0 5 23.7 47.4 0.225 9.86 12 203.3 41.9
89 5 3 0 23.836 47.673 0.226 9.73 12 183.0 33.5
90 7 0 0 23.836 47.673 0.226 9.73 6 378.7 71.7
91 6 1 2 23.918 47.836 0.227 9.65 24 266.6 141.0
92 4 4 1 23.986 47.971 0.227 9.59 12 317.0 99.1
93 6 0 3 24.147 48.295 0.229 9.45 12 369.8 132.7
94 5 0 4 24.161 48.322 0.229 9.44 12 673.7 440.0
95 5 3 1 24.242 48.483 0.23 9.36 24 179.0 61.7
96 7 0 1 24.242 48.483 0.23 9.36 12 420.8 170.4
97 4 3 3 24.402 48.805 0.231 9.22 24 72.1 9.8
98 2 2 5 24.469 48.938 0.232 9.17 12 28.5 0.8
99 6 2 0 24.602 49.204 0.233 9.05 12 387.7 139.8
100 3 3 4 24.668 49.337 0.233 9.0 12 921.9 785.8
101 3 1 5 24.721 49.442 0.234 8.96 24 289.7 154.4
102 5 2 3 24.906 49.812 0.235 8.81 24 116.7 24.7
103 4 2 4 24.919 49.838 0.236 8.79 24 286.4 148.2
104 6 2 1 24.998 49.996 0.236 8.73 24 115.3 23.8
105 4 4 2 25.181 50.362 0.238 8.59 12 280.7 69.5
106 5 3 2 25.428 50.857 0.24 8.4 24 306.9 162.6
107 7 0 2 25.428 50.857 0.24 8.4 12 327.8 92.7
108 4 0 5 25.467 50.934 0.24 8.37 12 124.1 13.2
109 5 1 4 25.661 51.321 0.242 8.23 24 192.3 62.5
110 0 0 6 25.802 51.604 0.243 8.12 2 383.4 20.4
111 7 1 0 25.841 51.681 0.244 8.1 12 54.8 2.5
112 6 1 3 25.892 51.784 0.244 8.06 24 182.4 55.1
113 1 0 6 26.045 52.089 0.245 7.95 12 72.8 4.3
114 6 2 2 26.16 52.319 0.246 7.87 24 137.4 30.5
115 3 2 5 26.197 52.395 0.247 7.85 24 83.2 11.2
116 7 1 1 26.223 52.446 0.247 7.83 24 46.4 3.5
117 1 1 6 26.526 53.051 0.25 7.63 12 128.9 13.0
118 4 1 5 26.676 53.353 0.251 7.53 24 35.3 1.9
119 2 0 6 26.764 53.528 0.252 7.47 12 365.9 102.8
120 5 4 0 26.802 53.604 0.252 7.45 12 111.8 9.6
121 6 0 4 26.864 53.728 0.253 7.41 12 77.5 4.6
122 4 4 3 27.088 54.176 0.255 7.27 12 267.6 53.5
123 4 3 4 27.1 54.2 0.255 7.27 24 69.7 7.3
124 5 4 1 27.175 54.349 0.255 7.22 24 69.1 7.1
125 6 3 0 27.273 54.547 0.256 7.16 12 270.0 53.6
126 5 3 3 27.323 54.645 0.257 7.13 24 290.9 124.0
127 7 0 3 27.323 54.645 0.257 7.13 12 208.0 31.7
128 7 1 2 27.347 54.695 0.257 7.12 24 323.9 153.4
129 2 1 6 27.47 54.94 0.258 7.04 24 248.1 89.1
130 8 0 0 27.507 55.014 0.258 7.02 6 37.5 0.5
131 5 2 4 27.568 55.137 0.259 6.99 24 184.9 49.1
132 5 0 5 27.617 55.234 0.259 6.96 12 61.0 2.7
133 6 3 1 27.642 55.284 0.259 6.95 24 234.2 78.3
134 8 0 1 27.874 55.747 0.261 6.82 12 197.8 27.4
135 3 0 6 27.934 55.868 0.262 6.78 12 272.6 51.8
136 6 2 3 28.019 56.038 0.263 6.73 24 116.0 18.6
137 3 3 5 28.08 56.159 0.263 6.7 12 172.8 20.6
138 7 2 0 28.201 56.401 0.264 6.64 12 106.7 7.8
139 5 4 2 28.273 56.546 0.265 6.6 24 139.2 26.3
140 4 2 5 28.309 56.618 0.265 6.58 24 14.9 0.3
141 6 1 4 28.489 56.978 0.267 6.49 24 156.8 32.8
142 7 2 1 28.561 57.122 0.267 6.45 24 60.9 4.9
143 2 2 6 28.621 57.241 0.268 6.42 12 250.8 41.5
144 6 3 2 28.728 57.457 0.269 6.36 24 266.8 93.1
145 3 1 6 28.847 57.694 0.27 6.31 24 361.7 169.5
146 8 0 2 28.954 57.909 0.271 6.25 12 193.1 24.0
147 5 1 5 28.99 57.979 0.271 6.24 24 67.7 5.9
148 7 1 3 29.156 58.311 0.272 6.16 24 65.8 5.5
149 4 0 6 29.52 59.04 0.275 5.99 12 350.4 75.5
150 8 1 0 29.555 59.111 0.276 5.97 12 187.7 21.6
151 4 4 4 29.614 59.228 0.276 5.94 12 11.1 0.1
152 7 2 2 29.626 59.251 0.276 5.94 24 146.5 26.2
153 5 3 4 29.836 59.671 0.278 5.84 24 159.2 30.4
154 7 0 4 29.836 59.671 0.278 5.84 12 359.7 77.7
155 8 1 1 29.906 59.811 0.279 5.81 24 94.2 10.6
156 5 5 0 29.999 59.997 0.279 5.77 6 455.5 61.5
157 5 4 3 30.045 60.09 0.28 5.75 24 135.9 21.9
158 6 0 5 30.103 60.205 0.28 5.73 12 252.6 37.6
159 3 2 6 30.184 60.367 0.281 5.7 24 134.7 21.2
160 6 4 0 30.219 60.437 0.281 5.68 12 269.2 42.3
161 4 3 5 30.322 60.644 0.282 5.64 24 164.4 31.3
162 5 5 1 30.345 60.691 0.282 5.63 12 5.9 0.0
163 6 3 3 30.484 60.967 0.284 5.57 24 153.8 27.1
164 6 2 4 30.495 60.99 0.284 5.57 24 277.6 88.2
165 0 0 7 30.518 61.035 0.284 5.56 2 69.2 0.5
166 6 4 1 30.564 61.128 0.284 5.54 24 141.9 22.9
167 4 1 6 30.621 61.242 0.285 5.52 24 214.5 52.2
168 8 0 3 30.702 61.403 0.285 5.48 12 203.9 23.4
169 1 0 7 30.735 61.471 0.286 5.47 12 29.2 0.5
170 5 2 5 30.759 61.517 0.286 5.46 24 452.1 229.4
171 7 3 0 30.873 61.746 0.287 5.42 12 118.1 7.8
172 8 1 2 30.941 61.883 0.287 5.39 24 328.3 119.4
173 1 1 7 31.168 62.337 0.289 5.3 12 71.4 2.8
174 7 3 1 31.214 62.428 0.29 5.29 24 162.8 28.8
175 9 0 0 31.305 62.61 0.29 5.25 6 545.6 80.3
176 7 2 3 31.35 62.7 0.291 5.24 24 125.1 16.8
177 5 5 2 31.373 62.745 0.291 5.23 12 436.9 102.5
178 2 0 7 31.384 62.767 0.291 5.22 12 163.4 14.3
179 5 0 6 31.485 62.971 0.292 5.19 12 39.0 0.8
180 7 1 4 31.576 63.152 0.293 5.15 24 132.0 18.5
181 6 4 2 31.587 63.174 0.293 5.15 24 205.6 44.7
182 6 1 5 31.621 63.241 0.293 5.14 24 148.2 23.2
183 9 0 1 31.643 63.287 0.293 5.13 12 154.7 12.6
184 3 3 6 31.913 63.825 0.295 5.04 12 53.8 1.5
185 8 2 0 31.946 63.893 0.296 5.02 12 97.5 4.9
186 2 1 7 32.024 64.049 0.296 5.0 24 103.3 11.0
187 4 2 6 32.125 64.25 0.297 4.96 24 49.2 2.5
188 7 3 2 32.226 64.451 0.298 4.93 24 333.6 112.8
189 8 2 1 32.281 64.563 0.299 4.91 24 41.7 1.8
190 5 4 4 32.426 64.851 0.3 4.86 24 154.2 23.8
191 3 0 7 32.448 64.895 0.3 4.86 12 342.2 58.4
192 8 1 3 32.625 65.251 0.301 4.8 24 118.7 13.9
193 9 0 2 32.647 65.295 0.302 4.79 12 150.0 11.1
194 4 4 5 32.68 65.361 0.302 4.78 12 162.3 13.0
195 5 1 6 32.758 65.515 0.302 4.76 24 201.3 39.6
196 6 3 4 32.846 65.692 0.303 4.73 24 117.8 13.5
197 5 3 5 32.89 65.78 0.304 4.72 24 35.8 1.2
198 7 0 5 32.89 65.78 0.304 4.72 12 470.1 107.1
199 5 5 3 33.044 66.089 0.305 4.67 12 117.0 6.6
200 8 0 4 33.055 66.111 0.305 4.67 12 54.1 1.4
201 2 2 7 33.077 66.154 0.305 4.66 12 78.8 3.0
202 6 4 3 33.253 66.506 0.307 4.61 24 339.5 109.2
203 8 2 2 33.275 66.55 0.307 4.6 24 202.8 38.9
204 3 1 7 33.286 66.571 0.307 4.6 24 189.6 34.0
205 6 5 0 33.417 66.835 0.308 4.56 12 162.7 12.4
206 9 1 0 33.417 66.835 0.308 4.56 12 383.1 68.8
207 6 2 5 33.515 67.031 0.309 4.53 24 222.8 46.2
208 7 2 4 33.679 67.358 0.31 4.49 24 112.8 11.7
209 6 5 1 33.744 67.489 0.311 4.47 24 147.4 20.0
210 9 1 1 33.744 67.489 0.311 4.47 24 75.5 5.2
211 6 0 6 33.799 67.597 0.311 4.45 12 187.3 16.0
212 7 4 0 33.831 67.663 0.311 4.44 12 196.9 17.7
213 7 3 3 33.875 67.75 0.312 4.43 24 128.2 15.0
214 4 0 7 33.907 67.814 0.312 4.42 12 153.1 10.7
215 4 3 6 34.005 68.01 0.313 4.4 24 215.9 42.1
216 7 4 1 34.157 68.313 0.314 4.36 24 54.6 2.7
217 9 0 3 34.286 68.573 0.315 4.32 12 69.7 2.2
218 5 2 6 34.416 68.831 0.316 4.29 24 154.6 21.1
219 3 2 7 34.523 69.046 0.317 4.26 24 252.2 55.7
220 7 1 5 34.545 69.09 0.317 4.26 24 93.5 7.6
221 8 3 0 34.653 69.305 0.318 4.23 12 690.8 207.4
222 6 5 2 34.717 69.434 0.318 4.21 24 242.8 51.0
223 9 1 2 34.717 69.434 0.318 4.21 24 180.0 28.0
224 8 2 3 34.899 69.798 0.32 4.17 24 51.7 2.3
225 8 1 4 34.91 69.82 0.32 4.17 24 175.3 26.3
226 4 1 7 34.931 69.862 0.32 4.16 24 84.2 6.1
227 8 3 1 34.974 69.948 0.32 4.15 24 9.7 0.1
228 7 4 2 35.124 70.248 0.322 4.12 24 166.7 23.5
229 6 1 6 35.23 70.461 0.322 4.09 24 196.3 32.4
230 10 0 0 35.263 70.525 0.323 4.08 6 289.0 17.5
231 5 5 4 35.316 70.631 0.323 4.07 12 377.4 59.6
232 5 4 5 35.358 70.717 0.323 4.06 24 77.0 4.9
233 0 0 8 35.475 70.95 0.324 4.03 2 1171.4 94.8
234 6 4 4 35.518 71.036 0.325 4.02 24 247.1 50.5
235 10 0 1 35.582 71.164 0.325 4.01 12 129.6 6.9
236 1 0 8 35.677 71.354 0.326 3.99 12 176.7 12.8
237 5 0 7 35.741 71.481 0.327 3.98 12 140.8 8.1
238 6 3 5 35.762 71.524 0.327 3.97 24 215.3 37.8
239 9 2 0 35.868 71.736 0.328 3.95 12 271.2 29.8
240 8 3 2 35.931 71.863 0.328 3.93 24 148.6 17.9
241 8 0 5 35.963 71.926 0.328 3.93 12 97.6 3.8
242 1 1 8 36.079 72.158 0.329 3.9 12 22.4 0.2
243 7 3 4 36.122 72.243 0.33 3.89 24 111.7 10.0
244 3 3 7 36.142 72.285 0.33 3.89 12 36.9 0.5
245 9 2 1 36.185 72.37 0.33 3.88 24 175.8 24.6
246 4 4 6 36.237 72.475 0.33 3.87 12 143.6 8.2
247 2 0 8 36.279 72.559 0.331 3.86 12 191.8 14.6
248 6 5 3 36.311 72.623 0.331 3.85 24 220.7 38.6
249 9 1 3 36.311 72.623 0.331 3.85 24 104.7 8.7
250 4 2 7 36.343 72.685 0.331 3.85 24 117.8 11.0
251 5 3 6 36.437 72.875 0.332 3.83 24 269.1 57.0
252 7 0 6 36.437 72.875 0.332 3.83 12 282.8 31.5
253 9 0 4 36.522 73.043 0.333 3.81 12 425.3 70.8
254 10 0 2 36.532 73.065 0.333 3.81 12 471.1 86.9
255 7 2 5 36.564 73.127 0.333 3.8 24 129.3 13.1
256 7 4 3 36.711 73.421 0.334 3.78 24 55.5 2.4
257 6 6 0 36.868 73.736 0.335 3.74 6 525.4 53.1
258 2 1 8 36.878 73.756 0.335 3.74 24 196.7 29.7
259 5 1 7 36.941 73.882 0.336 3.73 24 22.1 0.4
260 6 2 6 37.035 74.07 0.337 3.71 24 140.9 15.1
261 7 5 0 37.067 74.133 0.337 3.71 12 309.4 36.5
262 8 2 4 37.119 74.238 0.337 3.7 24 135.0 13.8
263 9 2 2 37.129 74.259 0.337 3.7 24 216.7 35.7
264 6 6 1 37.182 74.363 0.338 3.69 12 90.1 3.1
265 3 0 8 37.275 74.55 0.339 3.67 12 109.1 4.5
266 7 5 1 37.38 74.759 0.339 3.65 24 187.2 26.3
267 10 1 0 37.463 74.926 0.34 3.64 12 142.1 7.5
268 8 3 3 37.505 75.009 0.34 3.63 24 171.3 21.9
269 8 4 0 37.661 75.321 0.342 3.6 12 129.3 6.2
270 8 1 5 37.754 75.508 0.342 3.59 24 46.4 1.6
271 10 1 1 37.775 75.55 0.342 3.58 24 106.3 8.3
272 2 2 8 37.868 75.735 0.343 3.57 12 61.8 1.4
273 6 0 7 37.93 75.86 0.344 3.56 12 232.8 19.8
274 8 4 1 37.972 75.944 0.344 3.55 24 66.0 3.2
275 7 1 6 38.023 76.047 0.344 3.54 24 332.8 80.6
276 3 1 8 38.065 76.129 0.345 3.53 24 138.6 13.9
277 10 0 3 38.096 76.192 0.345 3.53 12 190.2 13.1
278 6 6 2 38.117 76.234 0.345 3.52 12 93.2 3.1
279 4 3 7 38.127 76.254 0.345 3.52 24 75.3 4.1
280 5 5 5 38.148 76.295 0.345 3.52 12 56.9 1.2
281 7 5 2 38.313 76.627 0.347 3.49 24 149.2 16.0
282 6 4 5 38.344 76.688 0.347 3.49 24 246.3 43.5
283 6 5 4 38.499 76.998 0.348 3.46 24 92.5 6.1
284 9 1 4 38.499 76.998 0.348 3.46 24 283.4 57.2
285 5 2 7 38.519 77.039 0.348 3.46 24 71.2 3.6
286 9 3 0 38.643 77.287 0.349 3.44 12 80.6 2.3
287 4 0 8 38.653 77.306 0.349 3.44 12 102.0 3.7
288 9 2 3 38.685 77.369 0.349 3.44 24 74.2 3.9
289 10 1 2 38.705 77.41 0.35 3.43 24 203.6 29.3
290 5 4 6 38.808 77.616 0.35 3.42 24 194.0 26.4
291 7 4 4 38.89 77.781 0.351 3.41 24 141.5 14.0
292 8 4 2 38.901 77.801 0.351 3.4 24 160.8 18.1
293 7 3 5 38.931 77.863 0.351 3.4 24 84.9 5.0
294 9 3 1 38.952 77.904 0.351 3.4 24 97.0 6.6
295 6 3 6 39.198 78.397 0.353 3.36 24 224.4 34.8
296 3 2 8 39.239 78.478 0.354 3.36 24 248.7 42.6
297 6 1 7 39.301 78.602 0.354 3.35 24 91.7 5.8
298 9 0 5 39.322 78.643 0.354 3.34 12 117.1 4.7
299 8 0 6 39.393 78.786 0.355 3.33 12 320.6 35.2
300 11 0 0 39.424 78.848 0.355 3.33 6 32.1 0.2
301 4 1 8 39.628 79.257 0.357 3.3 24 159.4 17.2
302 6 6 3 39.66 79.319 0.357 3.3 12 66.8 1.5
303 8 3 4 39.67 79.339 0.357 3.3 24 605.7 248.6
304 11 0 1 39.731 79.462 0.357 3.29 12 206.7 14.4
305 7 5 3 39.854 79.708 0.358 3.27 24 110.1 8.2
306 9 3 2 39.874 79.749 0.358 3.27 24 221.2 32.9
307 8 2 5 39.905 79.809 0.359 3.27 24 135.5 12.3
308 7 2 6 39.976 79.952 0.359 3.26 24 105.7 7.5
309 10 2 0 40.007 80.014 0.359 3.25 12 180.8 10.9
310 10 1 3 40.241 80.483 0.361 3.22 24 199.6 26.4
311 10 0 4 40.252 80.503 0.361 3.22 12 79.3 2.1
312 4 4 7 40.272 80.543 0.361 3.22 12 219.1 15.9
313 10 2 1 40.313 80.626 0.362 3.22 24 98.7 6.4
314 5 0 8 40.404 80.808 0.362 3.21 12 356.7 41.9
315 8 4 3 40.435 80.87 0.363 3.2 24 51.1 1.7
316 5 3 7 40.465 80.93 0.363 3.2 24 332.2 72.5
317 7 0 7 40.465 80.93 0.363 3.2 12 118.3 4.6
318 7 6 0 40.588 81.175 0.364 3.18 12 185.7 11.3
319 11 0 2 40.649 81.297 0.364 3.18 12 387.8 49.1
320 0 0 9 40.76 81.52 0.365 3.16 2 5.9 0.0
321 3 3 8 40.791 81.581 0.365 3.16 12 775.9 195.5
322 9 2 4 40.832 81.663 0.365 3.16 24 217.9 30.8
323 7 6 1 40.893 81.785 0.366 3.15 24 169.2 18.5
324 1 0 9 40.953 81.906 0.366 3.14 12 129.7 5.4
325 8 5 0 40.974 81.948 0.367 3.14 12 91.9 2.7
326 4 2 8 40.983 81.967 0.367 3.14 24 104.0 7.0
327 6 2 7 41.044 82.089 0.367 3.13 24 131.7 11.2
328 8 1 6 41.136 82.272 0.368 3.12 24 210.5 28.4
329 10 2 2 41.227 82.455 0.368 3.11 24 269.6 46.5
330 6 5 5 41.258 82.515 0.369 3.11 24 204.8 26.8
331 9 1 5 41.258 82.515 0.369 3.11 24 37.5 0.9
332 8 5 1 41.278 82.556 0.369 3.11 24 64.7 2.7
333 1 1 9 41.338 82.677 0.369 3.1 12 127.1 5.2
334 9 3 3 41.4 82.799 0.37 3.1 24 175.2 19.5
335 5 5 6 41.521 83.042 0.371 3.08 12 231.4 17.0
336 2 0 9 41.531 83.062 0.371 3.08 12 129.3 5.3
337 5 1 8 41.561 83.123 0.371 3.08 24 35.2 0.8
338 7 4 5 41.643 83.285 0.371 3.07 24 97.2 6.0
339 6 4 6 41.713 83.427 0.372 3.07 24 241.6 36.8
340 9 4 0 41.744 83.488 0.372 3.06 12 246.9 19.2
341 11 1 0 41.744 83.488 0.372 3.06 12 23.1 0.2
342 6 6 4 41.794 83.589 0.373 3.06 12 261.4 21.5
343 7 6 2 41.805 83.609 0.373 3.06 24 228.7 32.9
344 7 5 4 41.987 83.973 0.374 3.04 24 296.4 54.9
345 7 1 7 42.006 84.013 0.374 3.04 24 55.4 1.9
346 9 4 1 42.047 84.095 0.374 3.03 24 68.5 2.9
347 11 1 1 42.047 84.095 0.374 3.03 24 141.5 12.5
348 2 1 9 42.107 84.214 0.375 3.03 24 149.2 13.8
349 11 0 3 42.168 84.337 0.375 3.02 12 110.6 3.8
350 8 5 2 42.189 84.377 0.375 3.02 24 236.2 34.6
351 7 3 6 42.289 84.579 0.376 3.01 24 293.4 53.3
352 10 1 4 42.37 84.741 0.377 3.01 24 141.6 12.4
353 8 3 5 42.411 84.821 0.377 3.0 24 63.2 2.5
354 3 0 9 42.491 84.982 0.378 3.0 12 64.7 1.3
355 6 0 8 42.521 85.043 0.378 2.99 12 64.1 1.3
356 8 4 4 42.562 85.124 0.378 2.99 24 103.7 6.6
357 9 0 6 42.673 85.346 0.379 2.98 12 152.4 7.1
358 4 3 8 42.713 85.426 0.379 2.98 24 199.5 24.4
359 10 2 3 42.744 85.487 0.379 2.97 24 149.2 13.6
360 5 4 7 42.774 85.547 0.38 2.97 24 172.0 18.1
361 10 3 0 42.895 85.79 0.38 2.96 12 297.4 26.9
362 9 4 2 42.955 85.911 0.381 2.96 24 81.1 4.0
363 11 1 2 42.955 85.911 0.381 2.96 24 53.5 1.7
364 10 0 5 42.985 85.971 0.381 2.96 12 151.3 7.0
365 2 2 9 43.066 86.131 0.382 2.95 12 43.0 0.6
366 5 2 8 43.096 86.192 0.382 2.95 24 115.2 8.0
367 6 3 7 43.156 86.313 0.382 2.94 24 152.8 14.1
368 10 3 1 43.197 86.394 0.383 2.94 24 173.2 18.1
369 8 2 6 43.247 86.494 0.383 2.94 24 179.9 19.5
370 3 1 9 43.257 86.514 0.383 2.93 24 232.1 32.5
371 7 6 3 43.318 86.636 0.383 2.93 24 138.2 11.5
372 8 0 7 43.348 86.696 0.384 2.93 12 239.7 17.3
373 9 3 4 43.519 87.038 0.385 2.92 24 52.2 1.6
374 9 2 5 43.559 87.119 0.385 2.91 24 125.4 9.4
375 8 5 3 43.7 87.401 0.386 2.9 24 75.7 3.4
376 4 0 9 43.831 87.661 0.387 2.9 12 145.8 6.3
377 12 0 0 43.851 87.703 0.387 2.89 6 366.9 20.0
378 6 1 8 43.861 87.722 0.387 2.89 24 149.3 13.3
379 7 2 7 43.921 87.843 0.388 2.89 24 62.6 2.3
380 10 3 2 44.103 88.205 0.389 2.88 24 247.2 36.1
381 12 0 1 44.153 88.306 0.389 2.87 12 261.2 20.2
382 11 0 4 44.284 88.567 0.39 2.87 12 65.0 1.2
383 3 2 9 44.404 88.807 0.391 2.86 24 99.2 5.8
384 7 7 0 44.424 88.849 0.391 2.86 6 484.6 34.5
385 11 2 0 44.424 88.849 0.391 2.86 12 182.8 9.8
386 9 4 3 44.465 88.929 0.392 2.86 24 112.7 7.5
387 11 1 3 44.465 88.929 0.392 2.86 24 110.8 7.2
388 6 6 5 44.515 89.03 0.392 2.85 12 114.5 3.8
389 6 5 6 44.585 89.17 0.392 2.85 24 107.4 6.8
390 9 1 6 44.585 89.17 0.392 2.85 24 191.6 21.5
391 8 6 0 44.615 89.231 0.393 2.85 12 214.0 13.4
392 7 5 5 44.706 89.412 0.393 2.84 24 285.8 47.7
393 7 7 1 44.726 89.452 0.393 2.84 12 97.4 2.8
394 11 2 1 44.726 89.452 0.393 2.84 24 113.8 7.6
395 4 1 9 44.786 89.571 0.394 2.84 24 97.1 5.5
396 4 4 8 44.816 89.632 0.394 2.84 12 220.7 14.2
397 10 2 4 44.857 89.713 0.394 2.84 24 232.1 31.4
398 8 6 1 44.917 89.834 0.395 2.83 24 181.5 19.2
399 7 4 6 44.967 89.934 0.395 2.83 24 234.5 32.0
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 1 0 0 3.31 6.619 15.49319 8626.0 100.0 100.0 5.5
2 1 0 1 5.32 10.639 9.64769 104.9 1.2 1.2 5.6
3 1 1 0 5.739 11.478 8.945 620.9 7.2 7.2 5.6
4 2 1 0 8.786 17.572 5.85588 487.7 5.7 5.6 5.6
5 2 0 2 10.686 21.372 4.82384 265.0 3.1 3.0 5.6
6 3 0 1 10.823 21.646 4.76344 170.3 2.0 2.0 5.6
7 3 1 0 12.014 24.029 4.29704 133.6 1.5 1.5 5.6
8 2 1 2 12.162 24.323 4.24581 430.6 5.0 4.9 5.6
9 3 1 1 12.735 25.469 4.05769 288.0 3.3 3.3 5.6
10 3 0 2 13.058 26.116 3.95889 215.4 2.5 2.5 5.6
11 4 0 0 13.352 26.704 3.8733 146.5 1.7 1.7 5.6
12 1 1 3 13.857 27.714 3.73464 112.3 1.3 1.3 5.6
13 2 2 2 14.305 28.609 3.62018 267.4 3.1 3.1 5.6
14 3 2 0 14.575 29.15 3.55438 116.2 1.3 1.3 5.6
15 3 1 2 14.698 29.397 3.52522 1265.1 14.7 14.4 5.6
16 4 0 2 15.826 31.653 3.27972 309.8 3.6 3.5 5.6
17 3 0 3 16.149 32.298 3.2159 494.9 5.7 5.6 5.6
18 5 0 0 16.778 33.556 3.09864 659.1 7.6 7.5 5.7
19 0 0 4 16.868 33.737 3.0825 647.5 7.5 7.4 5.7
20 3 3 0 17.457 34.914 2.98167 1055.4 12.2 12.0 5.7
21 3 1 3 17.527 35.054 2.97013 893.6 10.4 10.2 5.7
22 4 1 2 17.562 35.124 2.96439 226.9 2.6 2.6 5.7
23 4 2 0 17.788 35.575 2.92794 185.1 2.1 2.1 5.7
24 3 3 1 17.977 35.954 2.89813 201.5 2.3 2.3 5.7
25 2 0 4 18.198 36.396 2.86408 105.2 1.2 1.2 5.7
26 5 0 2 18.849 37.698 2.7686 129.6 1.5 1.5 5.7
27 2 1 4 19.143 38.285 2.72767 243.7 2.8 2.8 5.7
28 3 2 3 19.433 38.866 2.68847 283.3 3.3 3.2 5.7
29 4 2 2 19.767 39.534 2.64481 101.5 1.2 1.1 5.7
30 5 1 2 20.651 41.301 2.53627 366.8 4.3 4.1 5.7
31 6 0 1 20.727 41.453 2.52737 131.0 1.5 1.5 5.7
32 5 2 1 21.578 43.156 2.43215 142.0 1.6 1.6 5.7
33 4 3 2 22.331 44.663 2.35407 234.0 2.7 2.6 5.7
34 7 0 0 23.836 47.673 2.21331 105.2 1.2 1.2 5.7
35 6 1 2 23.918 47.836 2.20622 141.0 1.6 1.6 5.7
36 4 4 1 23.986 47.971 2.20035 99.1 1.1 1.1 5.7
37 5 0 4 24.161 48.322 2.18534 572.8 6.6 6.4 5.7
38 7 0 1 24.242 48.483 2.17849 232.0 2.7 2.6 5.7
39 6 2 0 24.602 49.204 2.14852 139.8 1.6 1.6 5.7
40 3 3 4 24.668 49.337 2.14312 785.8 9.1 8.8 5.7
41 3 1 5 24.721 49.442 2.13882 154.4 1.8 1.7 5.7
42 4 2 4 24.919 49.838 2.1229 172.9 2.0 1.9 5.7
43 5 3 2 25.428 50.857 2.08313 255.3 3.0 2.9 5.8
44 2 0 6 26.764 53.528 1.9863 102.8 1.2 1.1 5.8
45 7 1 2 27.347 54.695 1.94709 309.1 3.6 3.4 5.8
46 2 1 6 27.47 54.94 1.93907 89.1 1.0 1.0 5.8
47 6 3 2 28.728 57.457 1.86091 93.1 1.1 1.0 5.8
48 3 1 6 28.847 57.694 1.8539 169.5 2.0 1.9 5.8
49 7 0 4 29.836 59.671 1.79786 108.1 1.3 1.2 5.8
50 6 2 4 30.495 60.99 1.76261 115.3 1.3 1.3 5.8
51 5 2 5 30.759 61.517 1.74897 229.4 2.7 2.5 5.8
52 8 1 2 30.941 61.883 1.73965 119.4 1.4 1.3 5.8
53 5 5 2 31.373 62.745 1.71812 133.7 1.5 1.5 5.9
54 7 3 2 32.226 64.451 1.67736 112.8 1.3 1.2 5.9
55 7 0 5 32.89 65.78 1.64716 108.4 1.3 1.2 5.9
56 6 4 3 33.253 66.506 1.63122 148.1 1.7 1.6 5.9
57 8 3 0 34.653 69.305 1.5731 207.4 2.4 2.3 5.9
58 0 0 8 35.475 70.95 1.54125 94.8 1.1 1.0 5.9
59 5 3 6 36.437 72.875 1.50597 88.4 1.0 1.0 6.0
60 10 0 2 36.532 73.065 1.5026 157.7 1.8 1.7 6.0
61 8 3 4 39.67 79.339 1.40118 250.1 2.9 2.7 6.0
62 3 3 8 40.791 81.581 1.36915 195.5 2.3 2.1 6.1
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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