Sartorite
Berlepsch P, Armbruster T, Makovicky E, Topa D
American Mineralogist 88 (2003) 450-461
Another step toward understanding the true nature of sartorite:
Determination and refinement of a ninefold superstructure
_database_code_amcsd 0002988
CELL PARAMETERS: 37.7100 7.8980 20.1060 90.000 101.993 90.000
SPACE GROUP: P2_1/c
X-RAY WAVELENGTH: 1.541838
Cell Volume: 5857.537
Density (g/cm3): 4.996
MAX. ABS. INTENSITY / VOLUME**2: 25.64529493
RIR: 1.671
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
4.79 1.96 18.4435 2 0 0 2
8.81 3.39 10.0349 -1 0 2 2
8.99 69.74 9.8336 0 0 2 2
12.08 18.63 7.3291 0 1 1 4
12.19 1.50 7.2603 2 1 0 4
13.32 2.49 6.6452 3 1 0 4
14.38 33.91 6.1578 0 1 2 4
14.56 1.12 6.0835 -2 1 2 4
14.77 2.50 5.9986 4 1 0 4
14.89 3.64 5.9493 1 1 2 4
16.02 1.20 5.5328 4 1 1 4
16.38 1.27 5.4132 -5 1 1 4
16.82 1.45 5.2696 7 0 0 2
17.58 7.69 5.0444 0 1 3 4
17.70 1.51 5.0120 -1 0 4 2
17.71 2.03 5.0091 5 1 1 4
18.04 3.81 4.9168 0 0 4 2
18.13 1.08 4.8939 1 1 3 4
18.60 4.21 4.7695 -4 0 4 2
19.25 1.88 4.6109 8 0 0 2
19.67 1.36 4.5139 -5 1 3 4
19.95 2.02 4.4511 5 1 2 4
21.29 33.28 4.1740 0 1 4 4
21.68 35.96 4.0985 9 0 0 2
21.69 23.69 4.0975 -9 0 2 2
21.85 2.07 4.0682 1 1 4 4
22.19 2.14 4.0067 4 0 4 2
22.52 15.23 3.9490 0 2 0 2
22.65 2.96 3.9266 1 2 0 4
22.97 64.29 3.8717 0 2 1 4
23.74 1.11 3.7478 5 0 4 2
24.22 1.62 3.6747 -1 2 2 4
24.29 34.07 3.6646 0 2 2 4
24.47 2.15 3.6379 9 1 0 4
24.47 2.16 3.6372 -9 1 2 4
24.95 4.42 3.5684 -1 1 5 4
25.22 14.23 3.5315 9 0 2 2
25.23 16.73 3.5295 -9 0 4 2
25.30 100.00 3.5209 0 1 5 4
25.45 1.51 3.4998 -4 2 2 4
25.59 1.21 3.4816 5 2 0 4
25.71 51.29 3.4647 9 1 1 4
25.72 46.67 3.4635 -9 1 3 4
26.15 2.71 3.4080 -8 1 4 4
26.20 1.19 3.4019 -1 2 3 4
26.32 4.34 3.3859 5 1 4 4
26.35 19.21 3.3827 0 2 3 4
26.91 2.14 3.3135 -4 0 6 2
27.21 16.87 3.2779 0 0 6 2
27.67 26.34 3.2239 9 1 2 4
27.68 26.29 3.2224 -9 1 4 4
27.82 2.16 3.2068 1 0 6 2
28.23 1.03 3.1609 8 1 3 4
28.77 1.99 3.1026 4 1 5 4
29.00 24.71 3.0789 0 2 4 4
29.23 2.28 3.0555 -4 1 6 4
29.50 23.52 3.0275 0 1 6 4
29.67 1.36 3.0111 -5 1 6 4
29.79 2.43 2.9993 8 2 0 4
29.81 2.54 2.9971 10 1 2 4
29.95 1.39 2.9836 -8 2 2 4
30.22 59.27 2.9579 9 1 3 4
30.23 74.19 2.9563 -9 1 5 4
31.12 36.81 2.8738 -9 2 1 4
32.12 18.65 2.7868 0 2 5 4
32.27 2.98 2.7737 10 1 3 4
32.36 2.17 2.7664 8 2 2 4
32.45 68.43 2.7587 9 2 1 4
32.46 70.54 2.7581 -9 2 3 4
32.58 1.83 2.7487 1 2 5 4
32.86 2.53 2.7256 4 1 6 4
32.96 3.22 2.7179 -13 1 1 4
33.46 3.59 2.6780 -1 1 7 4
33.56 1.12 2.6704 13 1 0 4
33.86 24.45 2.6471 0 1 7 4
34.06 26.52 2.6324 9 2 2 4
34.07 22.91 2.6316 -9 2 4 4
34.10 1.27 2.6292 5 1 6 4
34.37 3.05 2.6094 0 3 1 4
34.82 4.02 2.5767 8 1 5 4
35.26 2.47 2.5451 -14 1 2 4
35.29 12.22 2.5431 0 3 2 4
35.60 1.66 2.5222 0 2 6 4
35.84 1.60 2.5056 -14 1 3 4
36.55 2.97 2.4584 0 0 8 2
36.61 5.46 2.4546 9 1 5 4
36.63 5.14 2.4533 -9 1 7 4
36.68 1.44 2.4502 -1 3 3 4
37.00 1.07 2.4299 -14 1 4 4
37.07 1.51 2.4253 1 3 3 4
37.15 1.18 2.4198 1 0 8 2
37.92 1.18 2.3726 -1 1 8 4
38.35 5.77 2.3473 0 1 8 4
38.57 22.54 2.3342 9 0 6 2
38.59 23.14 2.3329 -9 0 8 2
38.80 24.46 2.3209 0 3 4 4
39.36 9.69 2.2893 0 2 7 4
39.55 1.22 2.2788 -5 3 4 4
39.86 1.40 2.2614 1 2 7 4
40.29 8.91 2.2385 9 1 6 4
40.31 11.16 2.2373 -9 1 8 4
40.73 6.34 2.2151 9 3 0 4
40.74 6.28 2.2149 -9 3 2 4
41.04 1.54 2.1991 -1 3 5 4
41.54 1.26 2.1742 9 3 1 4
41.54 2.12 2.1738 -9 3 3 4
41.63 1.05 2.1692 1 3 5 4
41.79 1.28 2.1613 9 2 5 4
41.81 1.06 2.1604 -9 2 7 4
42.58 1.72 2.1232 8 1 7 4
42.85 6.94 2.1107 9 3 2 4
42.85 6.88 2.1103 -9 3 4 4
43.18 37.42 2.0950 -18 0 2 2
43.36 1.06 2.0870 0 2 8 4
44.12 14.51 2.0526 0 3 6 4
44.20 2.11 2.0493 18 0 0 2
44.21 2.78 2.0488 -18 0 4 2
44.22 1.67 2.0484 9 1 7 4
44.24 1.31 2.0473 -9 1 9 4
45.01 1.09 2.0142 -18 1 3 4
45.12 1.69 2.0094 9 2 6 4
45.14 1.58 2.0086 -9 2 8 4
45.44 1.15 1.9960 8 3 4 4
45.70 1.01 1.9851 -10 3 5 4
45.74 1.13 1.9836 18 1 0 4
45.75 1.84 1.9831 -18 1 4 4
46.16 4.09 1.9667 0 0 10 2
46.21 6.56 1.9646 0 4 1 4
46.84 11.38 1.9396 9 3 4 4
46.85 11.35 1.9391 -9 3 6 4
46.88 4.26 1.9381 9 0 8 2
46.90 5.21 1.9371 -9 0 10 2
46.94 4.51 1.9359 0 4 2 4
46.95 1.73 1.9351 18 1 1 4
47.32 7.96 1.9211 0 3 7 4
47.56 6.47 1.9120 0 2 9 4
48.01 1.92 1.8948 13 3 1 4
48.09 1.10 1.8921 -8 2 9 4
48.13 1.59 1.8906 0 4 3 4
48.36 1.33 1.8822 9 1 8 4
48.38 1.76 1.8813 -9 1 10 4
48.62 4.10 1.8728 18 1 2 4
48.64 3.59 1.8720 -18 1 6 4
48.73 7.08 1.8685 9 2 7 4
48.76 8.73 1.8677 -9 2 9 4
49.23 2.64 1.8507 -18 2 2 4
49.44 1.26 1.8436 -13 2 8 4
49.44 3.17 1.8436 9 3 5 4
49.45 2.95 1.8430 -9 3 7 4
49.46 4.17 1.8426 -18 2 1 4
49.47 5.80 1.8425 -18 2 3 4
49.59 1.46 1.8384 -13 3 5 4
49.76 2.68 1.8323 0 4 4 4
49.86 1.11 1.8290 14 3 1 4
50.09 1.08 1.8211 -8 4 1 4
50.15 1.46 1.8189 18 2 0 4
50.16 3.46 1.8186 -18 2 4 4
50.34 1.18 1.8125 10 2 7 4
50.69 7.68 1.8008 18 1 3 4
50.72 8.56 1.8000 -18 1 7 4
51.00 2.25 1.7906 8 3 6 4
51.14 9.91 1.7861 -9 4 1 4
51.20 2.50 1.7843 13 3 3 4
51.29 1.47 1.7813 18 2 1 4
51.30 1.11 1.7808 -18 2 5 4
51.36 3.94 1.7788 9 4 0 4
51.37 5.54 1.7788 -9 4 2 4
51.51 1.57 1.7743 -1 2 10 4
51.51 1.19 1.7742 5 2 9 4
51.77 1.21 1.7657 18 0 4 2
51.81 2.18 1.7648 -18 0 8 2
52.24 1.55 1.7512 13 2 6 4
52.39 1.49 1.7466 9 3 6 4
52.40 2.17 1.7460 -9 3 8 4
52.47 8.50 1.7438 0 1 11 4
52.60 2.51 1.7398 9 2 8 4
52.63 3.98 1.7391 -9 2 10 4
52.69 1.11 1.7372 9 1 9 4
52.72 1.71 1.7364 -9 1 11 4
52.85 1.16 1.7324 18 2 2 4
52.87 1.90 1.7317 -18 2 6 4
53.15 1.60 1.7232 18 1 4 4
53.18 2.39 1.7223 -18 1 8 4
53.33 1.01 1.7178 -10 2 10 4
54.58 2.10 1.6815 0 3 9 4
54.67 1.33 1.6789 9 4 3 4
54.68 2.38 1.6786 -9 4 5 4
54.81 1.03 1.6749 18 2 3 4
54.84 1.21 1.6739 -22 1 2 4
55.61 1.06 1.6526 -1 0 12 2
55.96 2.30 1.6432 18 1 5 4
55.99 3.73 1.6423 -18 1 9 4
56.50 1.22 1.6288 0 2 11 4
56.60 1.23 1.6261 -9 4 6 4
56.70 1.74 1.6233 9 2 9 4
56.73 1.62 1.6227 -9 2 11 4
56.94 2.25 1.6171 18 3 0 4
56.95 2.32 1.6169 -18 3 4 4
57.01 1.42 1.6155 0 4 7 4
59.43 3.56 1.5554 18 3 2 4
59.44 4.62 1.5549 -18 3 6 4
59.83 2.06 1.5459 18 2 5 4
59.86 1.95 1.5451 -18 2 9 4
60.10 2.42 1.5394 0 4 8 4
60.27 6.95 1.5357 0 5 3 4
61.23 1.46 1.5137 0 2 12 4
61.90 1.33 1.4989 9 1 11 4
61.93 1.37 1.4983 -9 1 13 4
63.43 2.73 1.4664 18 3 4 4
63.46 2.78 1.4659 -18 3 8 4
65.02 1.03 1.4343 18 0 8 2
65.07 1.13 1.4334 -18 0 12 2
65.09 1.64 1.4331 -18 4 1 4
65.09 1.22 1.4330 -18 4 3 4
65.66 1.25 1.4219 18 4 0 4
65.99 1.55 1.4156 -18 3 9 4
65.99 1.73 1.4156 9 5 3 4
66.00 1.23 1.4154 -9 5 5 4
66.15 1.38 1.4126 18 2 7 4
66.19 1.97 1.4119 -18 2 11 4
66.79 1.21 1.4007 9 1 12 4
66.82 1.59 1.4001 -9 1 14 4
67.29 1.02 1.3913 0 3 12 4
68.94 1.28 1.3622 -27 1 1 4
68.95 1.11 1.3620 -27 1 5 4
69.79 1.82 1.3475 9 5 5 4
69.81 2.28 1.3473 -9 5 7 4
70.20 1.12 1.3407 18 1 9 4
70.25 2.24 1.3399 -18 1 13 4
71.14 1.08 1.3253 0 4 11 4
71.18 1.53 1.3247 27 1 1 4
71.20 2.12 1.3243 -27 1 7 4
71.32 1.37 1.3224 9 4 9 4
71.34 1.53 1.3220 -9 4 11 4
71.67 1.76 1.3167 -27 2 3 4
71.87 1.23 1.3136 9 1 13 4
71.90 1.76 1.3131 -9 1 15 4
72.41 1.40 1.3052 -27 2 1 4
72.42 1.82 1.3050 -27 2 5 4
72.44 1.21 1.3047 0 6 2 4
75.92 1.56 1.2533 -9 6 2 4
76.98 1.57 1.2386 18 5 1 4
76.99 1.62 1.2385 -18 5 5 4
================================================================================
XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.