Dickinsonite-(KMnNa)
Camara F, Oberti R, Chopin C, Medenbach O
American Mineralogist 91 (2006) 1249-1259
The arrojadite enigma: I. A new formula and
a new model for the arrojadite structure
Sample: Branchville, Connecticut, USA
_database_code_amcsd 0004192
CELL PARAMETERS: 16.6900 10.1013 24.8752 90.000 105.616 90.000
SPACE GROUP: Cc
X-RAY WAVELENGTH: 1.541838
Cell Volume: 4038.926
Density (g/cm3): 3.468
MAX. ABS. INTENSITY / VOLUME**2: 9.199110489
RIR: 0.864
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
7.38 4.42 11.9785 0 0 2 1
10.34 10.50 8.5527 1 1 0 2
10.47 1.27 8.4470 -1 1 1 2
11.01 2.97 8.0370 2 0 0 1
11.49 16.81 7.7017 -2 0 2 1
13.56 25.26 6.5321 1 1 2 2
14.79 9.92 5.9892 0 0 4 1
14.84 26.22 5.9715 2 0 2 1
15.90 15.20 5.5750 -2 0 4 1
16.81 1.15 5.2737 -1 1 4 2
17.56 23.27 5.0507 0 2 0 2
18.44 2.86 4.8104 -3 1 2 2
18.75 2.42 4.7333 3 1 0 2
19.07 4.35 4.6539 0 2 2 2
19.27 9.89 4.6058 1 1 4 2
19.39 1.34 4.5771 -3 1 3 2
20.81 1.34 4.2686 0 2 3 2
21.03 4.01 4.2235 -2 2 2 2
21.35 4.54 4.1627 -4 0 2 1
21.63 1.57 4.1092 2 2 1 2
23.03 1.34 3.8611 0 2 4 2
23.20 4.58 3.8346 -1 1 6 2
23.77 1.58 3.7430 -2 2 4 2
25.54 1.51 3.4880 -3 1 6 2
25.63 3.08 3.4761 0 2 5 2
25.86 1.54 3.4450 -2 2 5 2
25.94 19.54 3.4343 1 1 6 2
26.64 7.26 3.3466 3 1 4 2
27.06 6.49 3.2956 1 3 0 2
27.31 1.86 3.2661 2 2 4 2
27.49 30.90 3.2447 2 0 6 1
27.52 2.89 3.2408 1 3 1 2
27.67 14.44 3.2233 -1 3 2 2
28.22 1.82 3.1618 -4 2 3 2
28.31 1.24 3.1523 -2 2 6 2
28.31 5.34 3.1521 -3 1 7 2
28.38 1.43 3.1446 4 2 0 2
28.41 2.44 3.1417 -5 1 1 2
28.48 3.81 3.1336 1 3 2 2
28.50 1.92 3.1323 0 2 6 2
29.14 9.91 3.0646 -5 1 4 2
29.16 100.00 3.0623 -4 2 4 2
30.17 5.76 2.9618 -1 1 8 2
30.22 1.21 2.9571 -1 3 4 2
30.33 2.58 2.9467 -5 1 5 2
30.88 2.11 2.8954 4 2 2 2
31.19 27.11 2.8675 -3 3 2 2
31.32 6.42 2.8561 -3 1 8 2
31.38 12.43 2.8509 3 3 0 2
31.58 2.11 2.8332 0 2 7 2
31.70 11.46 2.8223 1 3 4 2
31.94 19.08 2.8023 -5 1 6 2
32.11 18.71 2.7875 -4 0 8 1
32.15 1.82 2.7845 3 3 1 2
32.22 20.13 2.7786 -6 0 2 1
32.31 2.52 2.7703 -4 2 6 2
32.60 3.58 2.7470 3 1 6 2
32.74 1.48 2.7353 -6 0 4 1
32.80 2.56 2.7304 -3 3 4 2
32.81 92.40 2.7299 2 2 6 2
33.08 2.63 2.7080 1 1 8 2
33.33 3.01 2.6881 3 3 2 2
34.00 1.09 2.6368 -2 2 8 2
34.31 6.33 2.6134 -1 3 6 2
34.83 6.94 2.5759 0 2 8 2
34.91 18.12 2.5702 4 2 4 2
34.95 7.55 2.5672 -6 0 6 1
35.55 19.16 2.5253 0 4 0 2
36.12 3.42 2.4864 -2 0 10 1
36.20 4.28 2.4815 5 1 4 2
36.28 1.05 2.4763 6 0 2 1
36.36 1.04 2.4710 0 4 2 2
36.81 1.94 2.4420 3 3 4 2
36.83 14.05 2.4405 -4 2 8 2
36.92 13.01 2.4345 -6 2 2 2
37.39 5.91 2.4052 -6 2 4 2
37.48 1.11 2.3996 -2 4 2 2
37.51 2.57 2.3978 -1 1 10 2
37.54 1.14 2.3957 0 0 10 1
38.20 2.75 2.3560 -6 2 5 2
38.70 2.40 2.3269 0 4 4 2
38.73 4.55 2.3252 5 3 0 2
38.81 1.84 2.3201 -7 1 3 2
38.93 2.29 2.3134 -7 1 2 2
39.12 1.39 2.3029 2 2 8 2
39.24 2.78 2.2960 3 1 8 2
39.53 1.97 2.2798 -1 3 8 2
39.65 4.80 2.2729 -5 3 5 2
40.28 1.51 2.2391 7 1 0 2
40.37 4.48 2.2340 0 4 5 2
40.44 1.17 2.2307 -2 2 10 2
40.70 8.97 2.2170 -7 1 6 2
40.88 2.39 2.2076 -6 2 7 2
41.50 2.10 2.1758 5 1 6 2
41.73 2.55 2.1645 0 2 10 2
41.84 1.18 2.1591 -4 4 2 2
42.16 3.74 2.1433 2 0 10 1
42.21 2.62 2.1409 4 0 8 1
42.27 1.30 2.1382 4 4 0 2
42.33 1.97 2.1350 6 2 3 2
42.35 1.27 2.1343 0 4 6 2
42.54 2.00 2.1252 -5 3 7 2
42.82 4.19 2.1117 -4 4 4 2
43.00 1.20 2.1036 7 1 2 2
43.48 2.78 2.0813 -8 0 4 1
44.38 1.07 2.0414 6 2 4 2
45.12 2.38 2.0092 8 0 0 1
45.57 1.72 1.9908 -1 3 10 2
45.64 4.66 1.9879 -1 5 2 2
45.85 2.03 1.9790 -3 3 10 2
46.00 4.64 1.9730 2 2 10 2
46.05 4.14 1.9711 4 2 8 2
46.43 2.06 1.9558 -2 4 8 2
46.79 1.16 1.9417 -7 3 2 2
47.05 3.38 1.9313 3 3 8 2
47.07 1.36 1.9305 0 4 8 2
47.11 1.14 1.9289 1 5 3 2
47.13 1.65 1.9285 -6 2 10 2
47.13 1.64 1.9281 4 4 4 2
47.20 7.42 1.9254 -8 0 8 1
47.21 1.25 1.9252 -7 3 1 2
47.95 3.28 1.8971 7 3 0 2
48.01 1.88 1.8952 -3 5 2 2
48.38 2.28 1.8814 -8 2 6 2
48.60 1.22 1.8734 -4 2 12 2
48.65 2.98 1.8715 -4 4 8 2
48.73 2.59 1.8688 -6 4 2 2
48.85 1.41 1.8643 -3 3 11 2
48.90 1.24 1.8626 -2 4 9 2
49.20 2.57 1.8519 6 2 6 2
50.24 1.87 1.8160 -1 5 6 2
50.34 2.81 1.8125 7 3 2 2
50.74 2.60 1.7991 -8 2 8 2
50.85 2.44 1.7958 -8 0 10 1
50.88 1.15 1.7945 -9 1 6 2
51.28 1.48 1.7817 4 4 6 2
51.52 6.32 1.7738 -2 0 14 1
51.59 10.56 1.7718 -2 4 10 2
51.70 11.34 1.7681 6 4 2 2
51.71 2.34 1.7678 1 5 6 2
51.74 2.11 1.7669 8 0 4 1
52.00 1.32 1.7587 9 1 0 2
52.02 2.19 1.7579 -3 3 12 2
52.10 1.09 1.7555 3 5 4 2
52.25 1.40 1.7509 -1 3 12 2
52.47 2.62 1.7440 -6 2 12 2
53.07 1.15 1.7255 -3 5 7 2
53.17 4.87 1.7225 -4 4 10 2
53.57 1.21 1.7107 -5 5 4 2
53.58 2.51 1.7105 5 5 0 2
54.20 7.48 1.6922 -1 5 8 2
54.29 1.82 1.6898 -5 1 14 2
54.43 1.99 1.6856 -5 3 12 2
54.86 6.11 1.6736 -2 2 14 2
54.92 2.33 1.6718 -3 5 8 2
55.06 9.01 1.6678 8 2 4 2
55.08 3.57 1.6672 1 3 12 2
55.09 4.05 1.6672 0 6 2 2
55.32 2.91 1.6608 -5 5 6 2
55.33 1.98 1.6604 5 5 2 2
55.47 1.38 1.6566 -8 0 12 1
55.59 1.45 1.6532 -10 0 6 1
55.77 1.04 1.6484 -4 4 11 2
56.06 1.79 1.6405 1 5 8 2
56.24 1.10 1.6357 -3 1 15 2
56.32 1.26 1.6335 1 1 14 2
56.48 1.29 1.6292 9 1 3 2
56.69 1.76 1.6238 -9 3 4 2
56.74 7.35 1.6224 4 0 12 1
56.81 1.16 1.6207 0 2 14 2
57.29 1.70 1.6081 -10 0 8 1
57.32 1.17 1.6074 10 0 0 1
57.37 2.19 1.6061 -8 4 4 2
58.16 5.83 1.5862 6 0 10 1
58.17 2.80 1.5859 5 5 4 2
58.37 1.02 1.5809 -8 4 6 2
58.65 3.07 1.5741 -8 2 12 2
58.72 1.27 1.5723 8 4 0 2
58.77 2.89 1.5712 -10 2 6 2
58.95 1.16 1.5668 2 6 4 2
59.09 1.18 1.5634 -1 5 10 2
59.60 1.62 1.5513 0 6 6 2
59.88 3.77 1.5446 4 2 12 2
59.97 3.11 1.5426 -4 6 4 2
60.06 1.12 1.5403 -10 0 10 1
60.10 2.20 1.5394 10 0 2 1
60.22 1.42 1.5368 -7 5 4 2
60.28 1.46 1.5353 3 3 12 2
60.96 1.23 1.5199 4 6 2 2
61.03 1.76 1.5182 9 3 2 2
61.03 2.20 1.5182 8 4 2 2
61.98 1.22 1.4973 0 0 16 1
61.98 2.07 1.4972 -5 5 10 2
62.01 1.82 1.4966 5 5 6 2
62.11 3.53 1.4944 2 6 6 2
62.29 1.13 1.4905 -9 3 10 2
62.60 1.63 1.4838 -9 1 13 2
62.73 2.01 1.4811 -11 1 7 2
62.74 1.53 1.4809 -2 2 16 2
63.14 2.10 1.4725 10 2 2 2
63.95 1.65 1.4558 -8 2 14 2
64.16 2.32 1.4515 -2 4 14 2
64.68 1.36 1.4411 -4 6 8 2
64.96 2.77 1.4356 0 2 16 2
65.05 4.05 1.4337 -6 6 4 2
65.16 3.83 1.4316 8 2 8 2
66.19 1.31 1.4119 -9 3 12 2
66.19 1.12 1.4118 7 5 4 2
67.08 1.57 1.3953 -3 7 2 2
68.47 1.06 1.3703 -9 3 13 2
68.59 1.26 1.3681 -11 3 7 2
68.62 1.04 1.3676 -12 0 8 1
68.78 2.40 1.3650 4 4 12 2
69.27 1.32 1.3564 -10 4 8 2
69.74 1.76 1.3485 7 3 10 2
69.95 2.40 1.3449 -6 0 18 1
70.05 2.38 1.3432 6 4 10 2
70.27 2.38 1.3395 12 0 0 1
70.50 1.38 1.3357 1 3 16 2
70.97 1.08 1.3280 -9 3 14 2
71.05 1.12 1.3267 -7 5 12 2
71.33 1.05 1.3222 -10 2 14 2
71.39 1.41 1.3212 10 2 6 2
72.77 1.39 1.2996 -6 2 18 2
76.33 1.90 1.2476 -7 1 19 2
76.68 1.19 1.2428 -13 1 1 2
79.94 1.17 1.2001 0 6 14 2
82.82 1.15 1.1655 0 2 20 2
84.84 1.25 1.1429 -14 2 2 2
85.22 1.35 1.1387 -9 7 4 2
87.69 2.06 1.1129 -4 8 10 2
================================================================================
XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.