Carlosruizite
Konnert J A, Evans H T, McGee J J, Ericksen G E
American Mineralogist 79 (1994) 1003-1008
Mineralogical studies of the nitrate deposits of Chile: VII. Two saline
minerals with the composition K6(Na,K)4Na6Mg10(XO4)12(IO3)12.12H2O:
Fuenzalidaite (X=S) and carlosruizite (X=Se)
_database_code_amcsd 0001678
CELL PARAMETERS: 9.5901 9.5901 27.5600 90.000 90.000 120.000
SPACE GROUP: P-3c1
X-RAY WAVELENGTH: 1.541838
Cell Volume: 2195.109
Density (g/cm3): 3.619
MAX. ABS. INTENSITY / VOLUME**2: 17.40871402
RIR: 1.566
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
6.41 90.73 13.7800 0 0 2 2
12.44 11.03 7.1132 0 1 2 6
12.44 32.21 7.1132 1 0 2 6
12.85 7.13 6.8900 0 0 4 2
16.72 20.86 5.3028 0 1 4 6
16.72 10.70 5.3028 1 0 4 6
18.50 14.06 4.7951 1 1 0 6
18.78 95.70 4.7241 1 1 1 12
19.32 10.95 4.5933 0 0 6 2
19.60 4.45 4.5287 1 1 2 12
20.90 1.81 4.2508 1 1 3 12
21.40 34.02 4.1526 2 0 0 6
22.11 19.39 4.0195 0 1 6 6
22.11 7.93 4.0195 1 0 6 6
22.36 1.55 3.9760 0 2 2 6
22.36 87.17 3.9760 2 0 2 6
22.59 5.26 3.9357 1 1 4 12
24.61 35.67 3.6177 1 1 5 12
25.04 25.52 3.5566 0 2 4 6
25.04 40.83 3.5566 2 0 4 6
25.86 25.75 3.4450 0 0 8 2
26.88 2.84 3.3170 1 1 6 12
28.04 11.10 3.1821 0 1 8 6
28.04 7.42 3.1821 1 0 8 6
28.43 34.09 3.1391 2 1 0 12
28.62 19.26 3.1189 2 1 1 12
28.99 32.31 3.0804 0 2 6 6
28.99 67.69 3.0804 2 0 6 6
29.18 25.25 3.0607 1 2 2 12
29.18 20.14 3.0607 2 1 2 12
29.35 83.34 3.0428 1 1 7 12
31.31 5.56 2.8566 1 2 4 12
31.31 6.82 2.8566 2 1 4 12
31.99 14.13 2.7978 1 1 8 12
32.34 7.93 2.7684 3 0 0 6
32.49 4.23 2.7560 0 0 10 2
32.83 1.76 2.7278 1 2 5 12
32.83 1.50 2.7278 2 1 5 12
33.00 35.12 2.7142 0 3 2 6
33.00 14.08 2.7142 3 0 2 6
33.81 57.46 2.6514 0 2 8 6
34.61 1.46 2.5917 1 2 6 12
34.61 1.08 2.5917 2 1 6 12
34.76 4.50 2.5808 1 1 9 12
34.93 3.54 2.5688 3 0 4 6
34.93 43.04 2.5688 0 3 4 6
36.61 3.62 2.4544 2 1 7 12
37.51 1.34 2.3975 2 2 0 6
37.64 1.52 2.3894 1 1 10 12
37.66 7.11 2.3885 2 2 1 12
37.95 18.06 2.3711 3 0 6 6
38.10 18.65 2.3620 2 2 2 12
38.82 6.49 2.3198 2 2 3 12
39.23 1.62 2.2967 0 0 12 2
39.23 4.56 2.2963 0 2 10 6
39.23 2.48 2.2963 2 0 10 6
39.25 11.48 2.2955 1 3 1 12
39.67 1.52 2.2719 1 3 2 12
39.81 3.72 2.2644 2 2 4 12
40.76 1.79 2.2136 0 1 12 6
41.05 6.44 2.1986 2 2 5 12
41.18 2.91 2.1920 1 2 9 12
41.18 8.81 2.1920 2 1 9 12
41.33 3.04 2.1846 1 3 4 12
41.33 1.89 2.1846 3 1 4 12
41.86 6.50 2.1580 3 0 8 6
41.86 2.33 2.1580 0 3 8 6
42.53 1.15 2.1254 2 2 6 12
42.54 8.83 2.1253 1 3 5 12
43.71 5.78 2.0711 2 1 10 12
43.97 1.07 2.0591 1 3 6 12
44.11 1.30 2.0531 0 4 2 6
45.11 2.99 2.0098 0 2 12 6
45.11 4.35 2.0098 2 0 12 6
45.63 4.94 1.9882 1 3 7 12
45.63 6.15 1.9882 3 1 7 12
45.63 6.43 1.9880 0 4 4 6
46.11 14.89 1.9686 0 0 14 2
46.37 1.32 1.9582 2 1 11 12
46.49 1.00 1.9532 0 3 10 6
46.86 1.44 1.9389 1 1 13 12
47.46 1.56 1.9155 0 1 14 6
47.48 1.42 1.9149 3 1 8 12
47.73 4.38 1.9054 3 2 0 12
48.09 5.21 1.8920 4 0 6 6
48.21 3.66 1.8878 2 2 9 12
48.22 7.62 1.8874 3 2 2 12
48.81 1.72 1.8657 2 3 3 12
49.15 2.92 1.8535 1 2 12 12
49.15 4.46 1.8535 2 1 12 12
49.52 5.65 1.8408 3 1 9 12
49.64 9.35 1.8364 2 3 4 12
49.64 9.56 1.8364 3 2 4 12
50.09 6.44 1.8211 1 1 14 12
50.45 14.70 1.8089 2 2 10 12
50.46 5.62 1.8085 1 4 1 12
50.69 4.38 1.8008 2 3 5 12
50.69 2.51 1.8008 3 2 5 12
50.81 3.21 1.7969 1 4 2 12
51.37 6.33 1.7788 2 0 14 6
51.38 2.64 1.7783 4 0 8 6
51.39 8.20 1.7781 4 1 3 12
51.72 10.45 1.7676 0 3 12 6
51.72 3.02 1.7676 3 0 12 6
51.72 1.36 1.7674 1 3 10 12
51.72 2.93 1.7674 3 1 10 12
51.96 7.49 1.7600 3 2 6 12
52.05 5.53 1.7569 1 2 13 12
52.19 2.87 1.7527 1 4 4 12
52.19 4.29 1.7527 4 1 4 12
53.20 9.96 1.7217 1 4 5 12
53.20 6.55 1.7217 4 1 5 12
53.40 5.41 1.7157 1 1 15 12
54.40 2.19 1.6866 1 0 16 6
54.42 1.67 1.6859 1 4 6 12
54.42 5.11 1.6859 4 1 6 12
55.06 2.21 1.6678 1 2 14 12
55.08 12.19 1.6673 2 3 8 12
55.31 2.62 1.6611 5 0 0 6
55.40 12.59 1.6585 2 2 12 12
55.40 1.71 1.6584 4 0 10 6
55.74 6.42 1.6491 0 5 2 6
55.74 2.41 1.6491 5 0 2 6
55.84 1.30 1.6463 4 1 7 12
56.59 1.04 1.6264 3 1 12 12
57.03 2.13 1.6148 0 5 4 6
57.03 4.24 1.6148 5 0 4 6
57.44 2.40 1.6043 3 0 14 6
57.45 5.63 1.6039 1 4 8 12
57.67 7.70 1.5984 3 3 0 6
57.96 3.59 1.5911 0 2 16 6
57.96 9.69 1.5911 2 0 16 6
58.08 3.94 1.5882 2 2 13 12
58.18 2.70 1.5857 2 1 15 12
58.93 12.54 1.5673 2 3 10 12
58.94 1.23 1.5670 2 4 1 12
58.94 1.46 1.5670 4 2 1 12
59.15 2.50 1.5621 5 0 6 6
59.25 5.58 1.5597 1 4 9 12
59.77 2.54 1.5471 2 4 3 12
60.07 1.17 1.5402 0 4 12 6
61.42 2.84 1.5096 3 3 6 12
61.42 1.83 1.5095 4 2 5 12
62.34 6.39 1.4895 1 5 1 12
62.64 1.37 1.4830 5 1 2 12
63.15 2.71 1.4724 1 5 3 12
63.34 4.67 1.4684 1 4 11 12
63.34 1.09 1.4684 4 1 11 12
63.43 3.33 1.4664 3 2 12 12
63.62 7.90 1.4625 0 3 16 6
63.85 2.57 1.4579 5 1 4 12
64.24 2.00 1.4499 3 3 8 12
64.91 1.16 1.4366 2 0 18 6
64.91 3.76 1.4366 0 2 18 6
64.92 2.49 1.4364 1 3 15 12
64.92 1.26 1.4364 3 1 15 12
65.63 7.02 1.4226 0 5 10 6
65.63 2.60 1.4226 5 0 10 6
65.83 2.51 1.4187 1 5 6 12
65.91 1.35 1.4171 3 2 13 12
67.10 2.09 1.3949 5 1 7 12
67.46 2.32 1.3884 1 1 19 12
67.69 4.61 1.3842 6 0 0 6
67.78 1.11 1.3827 3 3 10 12
68.06 4.85 1.3776 4 1 13 12
68.54 5.27 1.3691 3 2 14 12
68.75 6.30 1.3654 4 3 0 12
68.84 1.26 1.3639 2 4 10 12
68.85 2.34 1.3637 3 4 1 12
69.10 1.55 1.3594 0 1 20 6
69.62 2.77 1.3505 3 4 3 12
69.62 1.41 1.3505 4 3 3 12
69.89 2.21 1.3459 0 5 12 6
69.89 4.29 1.3459 5 0 12 6
70.25 2.48 1.3398 0 3 18 6
70.28 1.10 1.3393 4 3 4 12
70.65 2.53 1.3333 4 1 14 12
70.84 2.57 1.3301 4 2 11 12
70.95 1.96 1.3284 2 5 1 12
71.12 1.48 1.3257 0 4 16 6
71.24 1.65 1.3238 2 5 2 12
72.18 1.19 1.3088 4 3 6 12
72.24 1.63 1.3079 0 2 20 6
72.37 2.36 1.3058 2 5 4 12
73.95 1.62 1.2817 1 5 11 12
73.95 1.43 1.2817 5 1 11 12
74.22 1.55 1.2778 3 2 16 12
74.24 4.24 1.2774 2 5 6 12
74.24 2.13 1.2774 5 2 6 12
74.78 1.28 1.2695 5 0 14 6
74.80 1.89 1.2693 3 4 8 12
75.04 2.20 1.2658 1 1 21 12
75.32 1.48 1.2618 2 1 20 12
75.34 1.61 1.2615 2 4 13 12
75.36 1.13 1.2612 1 6 2 12
75.45 1.98 1.2600 2 5 7 12
75.45 2.49 1.2600 5 2 7 12
75.82 3.96 1.2547 1 6 3 12
75.96 2.16 1.2527 0 0 22 2
76.26 1.17 1.2486 1 4 16 12
76.26 1.09 1.2486 4 1 16 12
76.47 1.21 1.2457 6 1 4 12
76.82 2.09 1.2408 3 3 14 12
76.83 5.19 1.2407 5 2 8 12
77.30 3.63 1.2344 6 1 5 12
77.35 4.00 1.2336 3 0 20 6
77.45 1.04 1.2323 0 4 18 6
78.39 1.33 1.2199 5 1 13 12
79.49 1.21 1.2057 1 6 7 12
79.49 1.11 1.2057 6 1 7 12
80.00 1.40 1.1993 0 2 22 6
80.03 1.35 1.1989 4 3 11 12
80.03 2.38 1.1989 3 4 11 12
80.37 1.89 1.1947 2 2 20 12
80.47 4.45 1.1935 2 3 18 12
81.41 1.38 1.1821 7 0 2 6
82.40 1.90 1.1704 1 6 9 12
82.99 1.11 1.1635 1 2 22 12
83.47 1.55 1.1581 1 5 15 12
83.82 1.13 1.1541 2 3 19 12
84.08 1.19 1.1512 2 2 21 12
84.30 1.21 1.1488 5 3 6 12
84.30 1.47 1.1488 0 7 6 6
84.34 1.48 1.1483 0 0 24 2
85.80 3.35 1.1325 1 4 19 12
85.80 1.31 1.1325 4 1 19 12
86.81 1.25 1.1219 3 4 14 12
86.81 2.49 1.1219 4 3 14 12
86.82 1.35 1.1218 3 5 8 12
88.78 2.36 1.1020 2 5 14 12
89.30 1.31 1.0969 4 1 20 12
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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.