Giuseppettite
Bonaccorsi E
Microporous and Mesoporous Materials 73 (2004) 129-136
The crystal structure of giuseppettite, the 16-layer member of the cancrinite-
sodalite group
Locality: Sacrofano, Biachella Valley, Latium, Italy
_database_code_amcsd 0014409
CELL PARAMETERS: 12.8560 12.8560 42.2560 90.000 90.000 120.000
SPACE GROUP: P31c
X-RAY WAVELENGTH: 1.541838
Cell Volume: 6048.264
Density (g/cm3): 2.379
MAX. ABS. INTENSITY / VOLUME**2: 4.334453864
RIR: 0.593
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
4.18 5.70 21.1280 0 0 2 1
7.94 47.21 11.1336 1 0 0 6
8.21 2.60 10.7662 1 0 1 6
8.98 2.77 9.8497 1 0 2 6
10.13 1.62 8.7345 1 0 3 6
11.55 1.01 7.6633 1 0 4 6
13.15 1.42 6.7315 1 0 5 6
13.78 57.38 6.4280 1 1 0 3
14.40 1.09 6.1497 2 -1 2 3
14.88 5.14 5.9519 1 0 6 6
15.92 9.47 5.5668 2 0 0 6
16.47 1.50 5.3831 2 0 2 6
16.71 68.69 5.3067 1 0 7 6
16.78 2.59 5.2820 0 0 8 1
18.01 1.49 4.9249 2 0 4 6
18.59 3.35 4.7722 1 0 8 6
20.53 53.43 4.3262 1 0 9 6
21.11 12.33 4.2081 2 1 0 6
21.22 1.22 4.1874 2 1 1 6
21.53 2.31 4.1271 2 1 2 6
21.53 1.44 4.1271 3 -1 2 6
21.72 1.50 4.0923 2 0 7 6
21.78 2.55 4.0810 1 1 8 3
21.78 2.62 4.0810 2 -1 8 3
22.05 3.58 4.0320 2 1 3 6
22.05 2.81 4.0320 3 -1 3 6
22.51 13.77 3.9506 1 0 10 6
22.75 4.01 3.9094 2 1 4 6
22.75 3.63 3.9094 3 -1 4 6
23.21 2.90 3.8317 2 0 8 6
23.62 8.66 3.7670 3 -1 5 6
23.62 8.82 3.7670 2 1 5 6
23.98 100.00 3.7112 3 0 0 6
24.07 3.90 3.6970 3 0 1 6
24.51 2.37 3.6314 1 0 11 6
24.64 4.02 3.6124 2 1 6 6
24.64 2.86 3.6124 3 -1 6 6
25.81 50.16 3.4521 2 1 7 6
25.81 39.50 3.4521 3 -1 7 6
26.48 2.30 3.3658 2 0 10 6
26.55 9.10 3.3574 1 0 12 6
27.09 19.42 3.2913 3 -1 8 6
27.09 23.74 3.2913 2 1 8 6
28.23 4.04 3.1615 3 0 7 6
28.48 30.75 3.1337 3 -1 9 6
28.48 38.90 3.1337 2 1 9 6
28.99 1.39 3.0797 3 1 1 6
28.99 1.39 3.0797 4 -1 1 6
29.41 4.03 3.0366 3 0 8 6
30.15 1.08 2.9639 4 -1 4 6
30.15 1.42 2.9639 3 1 4 6
30.69 3.66 2.9131 1 0 14 6
30.71 9.45 2.9115 3 0 9 6
31.64 1.66 2.8280 4 -1 6 6
31.64 1.88 2.8280 3 1 6 6
32.10 1.14 2.7884 3 0 10 6
32.16 20.88 2.7834 4 0 0 6
32.23 2.66 2.7774 4 0 1 6
32.44 17.75 2.7596 4 0 2 6
32.57 11.70 2.7491 4 -1 7 6
32.57 14.13 2.7491 3 1 7 6
32.61 3.18 2.7457 2 2 8 3
32.61 2.71 2.7457 4 -2 8 3
32.80 1.73 2.7306 4 0 3 6
33.29 10.81 2.6915 4 0 4 6
33.91 4.92 2.6437 4 0 5 6
33.94 48.18 2.6410 0 0 16 1
34.65 5.82 2.5886 4 0 6 6
34.77 9.52 2.5799 3 1 9 6
34.77 7.24 2.5799 4 -1 9 6
34.92 1.40 2.5697 1 0 16 6
35.13 6.38 2.5542 3 2 0 6
35.52 22.07 2.5276 4 0 7 6
36.02 1.51 2.4932 3 1 10 6
36.49 1.40 2.4624 4 0 8 6
36.76 1.38 2.4452 3 0 13 6
36.79 2.49 2.4429 2 -1 16 3
37.00 4.76 2.4296 4 1 0 6
37.57 11.97 2.3943 4 0 9 6
38.74 3.53 2.3244 4 0 10 6
40.00 2.62 2.2539 4 0 11 6
40.00 1.24 2.2539 4 1 7 6
40.00 1.08 2.2539 5 -1 7 6
40.19 3.47 2.2438 3 0 15 6
40.19 2.15 2.2437 5 -2 9 6
40.19 1.20 2.2437 3 2 9 6
41.35 3.54 2.1836 4 0 12 6
41.99 14.41 2.1518 3 0 16 6
42.18 30.83 2.1427 3 3 0 3
42.77 2.02 2.1142 4 0 13 6
43.04 1.48 2.1015 6 -2 1 6
43.04 1.40 2.1015 4 2 1 6
44.27 4.09 2.0462 4 0 14 6
44.40 1.29 2.0405 2 2 16 3
44.40 2.84 2.0405 4 -2 16 3
45.41 1.87 1.9974 5 1 1 6
45.41 1.91 1.9974 6 -1 1 6
45.69 1.12 1.9855 6 -3 8 3
45.83 1.33 1.9800 4 0 15 6
46.46 1.77 1.9547 6 -2 8 6
46.46 1.12 1.9547 4 2 8 6
47.46 5.93 1.9158 4 0 16 6
47.92 1.60 1.8982 5 1 7 6
48.69 1.32 1.8701 5 1 8 6
49.14 2.29 1.8540 4 0 17 6
49.15 1.38 1.8538 6 0 1 6
49.55 2.29 1.8397 5 1 9 6
49.55 1.37 1.8397 6 -1 9 6
49.65 1.58 1.8360 5 -2 16 6
49.65 2.08 1.8360 3 2 16 6
50.34 1.52 1.8127 1 0 23 6
50.88 2.18 1.7945 4 0 18 6
51.08 9.64 1.7880 4 1 16 6
51.08 6.26 1.7880 5 -1 16 6
51.24 6.65 1.7828 5 2 0 6
52.22 1.95 1.7516 7 -3 7 6
52.22 2.28 1.7516 4 3 7 6
52.25 1.89 1.7507 6 0 8 6
54.50 3.40 1.6837 2 1 23 6
54.50 3.84 1.6837 3 -1 23 6
54.53 1.44 1.6829 4 0 20 6
54.95 1.91 1.6711 1 0 25 6
55.10 1.25 1.6667 5 2 9 6
56.29 1.00 1.6344 6 1 7 6
56.29 1.32 1.6344 7 -1 7 6
56.97 1.19 1.6164 6 1 8 6
56.97 1.58 1.6164 7 -1 8 6
57.33 15.02 1.6070 4 4 0 3
57.74 1.44 1.5967 6 1 9 6
57.74 1.88 1.5967 7 -1 9 6
58.45 1.08 1.5789 4 -1 23 6
58.88 3.03 1.5684 2 1 25 6
58.88 2.93 1.5684 3 -1 25 6
60.16 2.51 1.5380 7 0 7 6
60.16 1.18 1.5380 5 3 7 6
60.37 3.37 1.5333 4 0 23 6
61.03 6.46 1.5183 6 0 16 6
61.56 1.27 1.5064 5 3 9 6
61.56 1.31 1.5064 7 0 9 6
62.05 1.10 1.4958 8 -2 7 6
62.90 1.29 1.4776 5 2 16 6
63.04 4.03 1.4747 7 1 0 6
64.50 4.25 1.4447 4 0 25 6
66.64 1.20 1.4035 4 0 26 6
68.33 8.31 1.3728 8 -4 16 3
68.33 9.29 1.3728 4 4 16 3
69.29 5.33 1.3561 8 0 7 6
69.90 1.69 1.3458 8 0 8 6
70.59 5.91 1.3343 8 0 9 6
71.44 4.64 1.3205 0 0 32 1
73.17 1.03 1.2935 2 -1 32 3
73.17 2.01 1.2935 1 1 32 3
73.56 3.20 1.2876 7 1 16 6
73.56 2.68 1.2876 8 -1 16 6
76.97 4.00 1.2388 9 -3 16 6
76.97 3.91 1.2388 6 3 16 6
77.10 2.57 1.2371 9 0 0 6
80.51 1.18 1.1930 4 0 32 6
88.04 1.55 1.1094 8 0 23 6
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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.