Farneseite
Camara F, Bellatreccia F, Della Ventura G, Mottana A
European Journal of Mineralogy 17 (2005) 839-846
Farneseite, a new mineral of the cancrinite - sodalite group
with a 14-layer stacking sequence: occurence and crystal structure
Locality: Latera Caldera, Farnese, Viterbo Province, Italy
_database_code_amcsd 0007136
CELL PARAMETERS: 12.8784 12.8784 37.0078 90.000 90.000 120.000
SPACE GROUP: P6_3/m
X-RAY WAVELENGTH: 1.541838
Cell Volume: 5315.544
Density (g/cm3): 2.429
MAX. ABS. INTENSITY / VOLUME**2: 5.039938667
RIR: 0.676
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
4.78 24.06 18.5039 0 0 2 2
7.93 5.86 11.1530 1 0 0 6
8.28 11.79 10.6786 1 0 1 12
9.26 8.38 9.5521 1 0 2 12
10.69 2.32 8.2731 1 0 3 12
12.43 4.37 7.1208 1 0 4 12
13.75 24.49 6.4392 1 1 0 6
14.36 15.29 6.1671 1 0 5 12
14.57 11.45 6.0815 1 1 2 12
16.07 7.08 5.5143 2 0 1 12
16.42 22.66 5.3975 1 0 6 12
16.60 2.34 5.3393 2 0 2 12
17.45 1.77 5.0814 2 0 3 12
18.58 1.04 4.7760 2 0 4 12
19.19 3.90 4.6260 0 0 8 2
19.93 3.28 4.4539 2 0 5 12
20.79 32.46 4.2730 1 0 8 12
21.08 2.57 4.2154 1 2 0 6
21.08 1.52 4.2154 2 1 0 6
21.21 1.17 4.1884 1 2 1 12
21.21 9.06 4.1884 2 1 1 12
21.48 2.89 4.1365 2 0 6 12
21.62 1.08 4.1101 2 1 2 12
21.75 1.84 4.0861 1 1 7 12
22.29 8.67 3.9890 1 2 3 12
22.29 6.32 3.9890 2 1 3 12
23.05 36.33 3.8581 1 0 9 12
23.18 1.63 3.8367 2 0 7 12
23.19 9.54 3.8360 1 2 4 12
23.19 9.51 3.8360 2 1 4 12
23.68 3.56 3.7570 1 1 8 12
23.94 95.72 3.7177 3 0 0 6
24.05 1.04 3.7008 0 0 10 2
24.06 1.92 3.6991 3 0 1 12
24.30 21.33 3.6630 1 2 5 12
24.30 14.99 3.6630 2 1 5 12
24.42 2.56 3.6448 3 0 2 12
25.36 4.33 3.5125 1 0 10 12
25.60 53.95 3.4803 1 2 6 12
25.60 46.05 3.4803 2 1 6 12
25.83 1.03 3.4496 3 0 4 12
26.94 2.07 3.3095 2 0 9 12
27.05 3.06 3.2960 1 2 7 12
27.05 1.93 3.2960 2 1 7 12
27.70 10.07 3.2210 1 0 11 12
27.71 1.08 3.2196 2 2 0 6
28.02 1.43 3.1840 3 0 6 12
28.13 2.17 3.1719 2 2 2 12
28.65 27.98 3.1158 1 2 8 12
28.65 27.36 3.1158 2 1 8 12
28.95 1.09 3.0840 0 0 12 2
29.37 6.12 3.0411 3 0 7 12
29.78 1.53 3.0004 1 3 3 12
30.06 1.67 2.9724 1 0 12 12
30.37 2.22 2.9435 1 2 9 12
30.37 2.01 2.9435 2 1 9 12
30.47 1.08 2.9337 3 1 4 12
30.86 2.87 2.8978 3 0 8 12
31.34 3.11 2.8542 2 2 6 12
31.34 7.76 2.8541 1 3 5 12
31.34 4.69 2.8541 3 1 5 12
32.10 6.44 2.7883 4 0 0 6
32.19 4.26 2.7804 4 0 1 12
32.38 6.89 2.7651 1 3 6 12
32.38 5.17 2.7651 3 1 6 12
32.47 3.57 2.7577 3 0 9 12
32.47 7.91 2.7571 4 0 2 12
32.93 14.81 2.7196 4 0 3 12
33.57 2.32 2.6699 1 3 7 12
33.57 1.88 2.6699 3 1 7 12
33.57 5.31 2.6697 4 0 4 12
33.91 34.56 2.6434 0 0 14 2
33.92 2.41 2.6426 2 2 8 12
34.37 21.05 2.6093 4 0 5 12
34.89 4.61 2.5714 1 3 8 12
34.89 3.16 2.5714 3 1 8 12
35.07 1.28 2.5587 2 3 0 6
35.07 1.03 2.5587 3 2 0 6
35.16 3.45 2.5526 2 3 1 12
35.16 2.53 2.5526 3 2 1 12
35.33 12.91 2.5407 4 0 6 12
36.34 3.28 2.4719 1 3 9 12
36.34 1.32 2.4719 3 1 9 12
36.75 3.75 2.4454 1 1 14 12
36.93 2.15 2.4338 1 4 0 6
36.93 1.82 2.4338 4 1 0 6
37.67 10.87 2.3880 4 0 8 12
38.96 1.18 2.3120 1 4 5 12
39.03 6.79 2.3077 4 0 9 12
39.89 4.95 2.2602 3 0 13 12
40.51 5.47 2.2269 4 0 10 12
40.74 1.02 2.2146 5 0 2 12
41.94 15.81 2.1543 3 0 14 12
42.09 5.13 2.1468 4 0 11 12
42.10 24.93 2.1464 3 3 0 6
42.91 1.28 2.1077 2 4 0 6
42.98 1.41 2.1043 2 4 1 12
43.77 3.40 2.0683 4 0 12 12
44.34 2.55 2.0430 2 2 14 12
44.49 1.29 2.0366 3 2 11 12
45.27 2.04 2.0031 1 5 0 6
45.27 1.79 2.0031 5 1 0 6
47.39 5.75 1.9183 4 0 14 12
47.74 1.59 1.9052 1 5 6 12
47.80 2.20 1.9030 3 2 13 12
49.32 1.33 1.8477 4 0 15 12
49.59 2.00 1.8382 1 5 8 12
49.59 2.07 1.8382 5 1 8 12
49.96 1.61 1.8254 1 0 20 12
51.01 6.20 1.7905 1 4 14 12
51.01 5.74 1.7905 4 1 14 12
51.15 3.75 1.7859 2 5 0 6
51.15 2.59 1.7859 5 2 0 6
51.32 1.97 1.7802 4 0 16 12
51.34 1.29 1.7797 4 3 5 12
51.70 2.42 1.7682 1 2 19 12
51.70 2.34 1.7682 2 1 19 12
52.03 1.55 1.7575 3 4 6 12
52.03 2.05 1.7575 4 3 6 12
53.10 1.39 1.7248 6 0 8 12
53.78 1.08 1.7045 4 3 8 12
54.13 2.25 1.6943 2 1 20 12
54.13 2.31 1.6943 1 2 20 12
55.12 1.34 1.6663 3 3 14 12
55.53 2.05 1.6548 4 0 18 12
56.09 1.51 1.6396 1 6 6 12
56.09 1.93 1.6396 6 1 6 12
57.23 14.50 1.6098 4 4 0 6
57.74 1.42 1.5968 4 0 19 12
57.75 1.40 1.5963 1 6 8 12
57.75 1.48 1.5963 6 1 8 12
58.09 1.03 1.5880 1 3 20 12
59.13 2.62 1.5624 2 1 22 12
59.13 2.52 1.5624 1 2 22 12
59.33 1.29 1.5576 7 0 5 12
60.00 4.37 1.5418 4 0 20 12
60.93 6.55 1.5205 6 0 14 12
62.52 1.54 1.4857 3 5 9 12
62.52 1.22 1.4857 5 3 9 12
62.79 1.66 1.4798 2 5 14 12
62.79 1.06 1.4798 5 2 14 12
62.91 2.07 1.4773 1 7 0 6
62.91 1.44 1.4773 7 1 0 6
64.72 2.03 1.4403 4 0 22 12
67.17 2.85 1.3936 4 0 23 12
68.21 17.17 1.3749 4 4 14 12
68.49 1.51 1.3700 8 0 5 12
69.07 4.74 1.3598 8 0 6 12
70.56 4.79 1.3348 8 0 8 12
71.36 4.45 1.3217 0 0 28 2
71.45 2.32 1.3203 8 0 9 12
73.09 3.17 1.2947 1 1 28 12
73.43 2.06 1.2895 7 1 14 12
73.43 2.79 1.2895 1 7 14 12
73.54 1.38 1.2879 8 0 11 12
76.49 1.10 1.2453 3 0 28 12
76.83 4.60 1.2407 3 6 14 12
76.83 4.06 1.2407 6 3 14 12
76.94 3.18 1.2392 9 0 0 6
87.63 2.21 1.1135 8 0 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.