Dumortierite
Moore P B, Araki T
Neues Jahrbuch fur Mineralogie, Abhandlungen 132 (1978) 231-241
Dumortierite, Si3B[Al6.75[]0.25O17.25(OH)0.75]: a detailed structure analysis
Locality: Saharina, Madagascar
_database_code_amcsd 0019939
CELL PARAMETERS: 11.8280 20.2430 4.7001 90.000 90.000 90.000
SPACE GROUP: Pmcn
X-RAY WAVELENGTH: 1.541838
Cell Volume: 1125.365
Density (g/cm3): 3.265
MAX. ABS. INTENSITY / VOLUME**2: 4.921297282
RIR: 0.491
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
8.66 1.12 10.2125 1 1 0 4
8.74 4.30 10.1215 0 2 0 2
14.98 61.90 5.9140 2 0 0 2
15.12 100.00 5.8610 1 3 0 4
17.37 25.64 5.1062 2 2 0 4
17.52 17.62 5.0608 0 4 0 2
19.39 1.51 4.5783 0 1 1 4
20.80 22.52 4.2696 1 1 1 8
20.84 11.69 4.2629 0 2 1 4
22.17 9.17 4.0104 1 2 1 8
22.98 8.52 3.8699 3 1 0 4
23.06 5.60 3.8567 0 3 1 4
23.13 7.00 3.8451 2 4 0 4
23.22 6.97 3.8304 1 5 0 4
24.59 4.64 3.6203 2 1 1 8
25.76 39.96 3.4582 2 2 1 8
25.87 24.23 3.4439 0 4 1 4
26.18 10.89 3.4042 3 3 0 4
26.42 3.47 3.3738 0 6 0 2
26.96 16.40 3.3066 1 4 1 8
27.61 65.62 3.2305 2 3 1 8
29.11 35.42 3.0675 0 5 1 4
29.91 4.47 2.9876 3 1 1 8
30.03 2.21 2.9761 2 4 1 8
30.10 2.68 2.9693 1 5 1 8
30.22 11.63 2.9570 4 0 0 2
30.50 28.60 2.9305 2 6 0 4
30.89 45.38 2.8945 3 2 1 8
31.68 2.66 2.8246 3 5 0 4
32.89 9.42 2.7230 2 5 1 8
33.56 24.45 2.6701 1 6 1 8
35.15 25.04 2.5531 4 4 0 4
35.48 10.59 2.5304 0 8 0 2
36.16 15.69 2.4840 4 1 1 8
36.48 17.55 2.4630 0 7 1 4
37.00 5.38 2.4297 4 2 1 8
37.14 10.08 2.4210 3 5 1 8
37.29 7.91 2.4113 1 7 1 8
38.30 5.90 2.3500 0 0 2 2
38.31 1.69 2.3496 5 1 0 4
38.36 21.71 2.3466 4 3 1 8
38.57 3.28 2.3344 0 1 2 4
38.71 1.59 2.3264 2 8 0 4
40.20 13.36 2.2435 4 4 1 8
40.49 7.60 2.2280 0 8 1 4
41.23 5.56 2.1895 1 8 1 8
41.34 7.38 2.1839 2 0 2 4
41.39 15.26 2.1812 1 3 2 8
42.46 6.37 2.1289 4 5 1 8
43.04 30.75 2.1016 5 1 1 8
43.31 26.70 2.0889 3 7 1 8
43.40 30.86 2.0850 2 8 1 8
43.76 5.05 2.0685 5 2 1 8
44.90 4.64 2.0187 3 0 2 4
44.95 1.85 2.0165 5 3 1 8
45.14 3.44 2.0087 3 1 2 8
45.22 2.33 2.0052 2 4 2 8
45.27 4.88 2.0031 1 5 2 8
45.35 1.15 1.9997 1 9 1 8
45.84 2.68 1.9797 3 2 2 8
46.58 5.67 1.9499 5 4 1 8
46.84 1.24 1.9397 3 8 1 8
46.98 4.60 1.9340 3 3 2 8
47.29 8.59 1.9221 2 5 2 8
47.37 5.93 1.9191 2 9 1 8
47.79 4.27 1.9032 1 6 2 8
48.56 8.67 1.8750 3 4 2 8
49.64 11.29 1.8366 1 10 1 8
49.73 1.21 1.8334 2 6 2 8
50.01 10.55 1.8238 0 7 2 4
50.40 5.59 1.8106 6 1 1 8
51.00 11.42 1.7908 5 6 1 8
51.04 2.06 1.7893 6 2 1 8
51.35 1.45 1.7794 4 8 1 8
51.48 15.77 1.7750 4 3 2 8
51.53 1.34 1.7736 2 10 1 8
52.10 5.79 1.7553 6 3 1 8
52.51 7.44 1.7428 2 7 2 8
52.85 8.65 1.7323 3 6 2 8
52.96 8.17 1.7291 4 4 2 8
53.19 2.27 1.7220 0 8 2 4
53.56 1.67 1.7109 6 4 1 8
53.73 2.01 1.7061 5 7 1 8
54.08 1.52 1.6959 1 11 1 8
54.81 4.21 1.6750 4 5 2 8
54.97 1.99 1.6704 4 10 0 4
55.08 2.64 1.6672 5 0 2 4
55.29 5.28 1.6616 5 1 2 8
55.52 6.84 1.6553 3 7 2 8
55.59 6.51 1.6533 2 8 2 8
55.86 4.91 1.6459 2 11 1 8
55.89 4.43 1.6450 5 2 2 8
56.11 2.53 1.6391 7 3 0 4
56.45 1.83 1.6300 5 9 0 4
56.65 1.84 1.6249 0 9 2 4
56.75 1.23 1.6222 2 12 0 4
56.76 10.26 1.6219 5 8 1 8
56.89 3.72 1.6185 5 3 2 8
57.02 3.50 1.6152 4 6 2 8
57.23 2.46 1.6098 1 9 2 8
57.59 1.19 1.6004 6 6 1 8
58.27 1.08 1.5835 5 4 2 8
58.78 5.51 1.5708 7 2 1 8
59.26 7.72 1.5594 7 5 0 4
59.44 7.52 1.5551 6 8 0 4
59.75 1.51 1.5477 7 3 1 8
59.91 9.33 1.5438 1 13 0 4
60.08 1.42 1.5400 5 9 1 8
60.12 8.02 1.5391 6 7 1 8
60.36 1.37 1.5334 2 12 1 8
61.09 1.07 1.5170 7 4 1 8
61.57 4.88 1.5061 6 1 2 8
61.75 2.81 1.5023 3 9 2 8
62.10 1.26 1.4947 5 6 2 8
62.14 2.17 1.4938 6 2 2 8
62.41 3.79 1.4880 4 8 2 8
62.57 2.60 1.4846 2 10 2 8
62.86 9.08 1.4785 8 0 0 2
62.87 5.98 1.4781 0 13 1 4
63.08 2.56 1.4738 6 3 2 8
63.13 5.22 1.4728 3 12 1 8
63.49 15.23 1.4653 4 12 0 4
63.66 8.98 1.4618 5 10 1 8
64.13 7.30 1.4522 3 1 3 8
64.19 8.46 1.4509 2 4 3 8
64.23 8.31 1.4501 1 5 3 8
64.32 1.54 1.4483 3 13 0 4
64.82 3.46 1.4383 7 6 1 8
65.04 1.11 1.4340 2 13 1 8
65.28 7.12 1.4294 3 10 2 8
65.55 8.10 1.4241 4 9 2 8
66.43 5.64 1.4073 2 11 2 8
66.45 1.20 1.4070 8 1 1 8
67.19 3.10 1.3933 7 7 1 8
67.25 2.66 1.3922 5 8 2 8
67.81 2.15 1.3820 0 14 1 4
67.89 1.43 1.3805 8 3 1 8
68.06 2.81 1.3775 0 7 3 4
68.40 1.96 1.3716 4 2 3 8
68.48 2.54 1.3701 3 5 3 8
68.98 1.75 1.3615 4 10 2 8
69.09 4.96 1.3595 7 2 2 8
69.29 3.49 1.3561 4 3 3 8
69.40 1.19 1.3542 8 6 0 4
69.59 1.68 1.3510 7 9 0 4
69.86 1.15 1.3463 7 8 1 8
69.90 1.15 1.3458 2 14 1 8
70.44 1.20 1.3368 3 6 3 8
70.53 24.22 1.3353 4 4 3 8
70.73 11.32 1.3320 0 8 3 4
70.74 2.24 1.3319 8 5 1 8
72.47 1.62 1.3042 3 14 1 8
72.67 9.87 1.3011 4 11 2 8
72.71 1.20 1.3004 3 7 3 8
72.78 1.65 1.2995 2 8 3 8
72.79 1.71 1.2993 7 5 2 8
72.93 6.38 1.2971 0 15 1 4
72.95 1.36 1.2969 6 8 2 8
73.18 2.35 1.2933 6 11 1 8
73.38 1.85 1.2903 1 13 2 8
74.02 1.19 1.2808 4 6 3 8
74.30 2.14 1.2766 8 8 0 4
74.69 1.79 1.2709 7 6 2 8
74.91 8.06 1.2676 8 7 1 8
74.96 6.78 1.2670 2 15 1 8
75.08 1.36 1.2652 0 16 0 2
75.74 2.14 1.2559 9 2 1 8
76.05 1.17 1.2514 8 0 2 4
76.12 6.90 1.2504 7 10 1 8
76.22 5.43 1.2490 8 1 2 8
76.64 1.63 1.2434 4 12 2 8
76.65 1.74 1.2431 5 5 3 8
77.21 1.01 1.2356 5 11 2 8
77.40 1.61 1.2330 3 13 2 8
77.78 4.08 1.2279 9 4 1 8
81.17 2.44 1.1850 9 6 1 8
81.35 2.44 1.1828 10 0 0 2
82.02 1.93 1.1748 10 2 0 4
82.17 1.18 1.1731 0 1 4 4
82.24 3.81 1.1722 5 15 0 4
82.66 1.29 1.1673 1 1 4 8
82.78 1.88 1.1659 6 14 0 4
83.02 1.31 1.1632 4 16 0 4
83.17 2.02 1.1615 1 2 4 8
83.35 1.02 1.1595 9 7 1 8
84.37 2.19 1.1480 2 15 2 8
85.50 2.29 1.1357 7 10 2 8
86.08 1.69 1.1295 5 9 3 8
86.67 1.39 1.1234 1 5 4 8
87.12 1.04 1.1187 9 4 2 8
88.62 1.03 1.1036 10 5 1 8
88.68 1.17 1.1030 9 9 1 8
89.07 1.08 1.0992 3 4 4 8
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XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.