Pitiglianoite
Merlino S, Mellini M, Bonaccorsi E, Pasero M, Leoni L, Orlandi P
American Mineralogist 76 (1991) 2003-2008
Pitiglianoite, a new feldspathoid from southern Tuscany, Italy: Chemical
composition and crystal structure
_database_code_amcsd 0001438
CELL PARAMETERS: 22.1210 22.1210 5.2210 90.000 90.000 120.000
SPACE GROUP: P6_3
X-RAY WAVELENGTH: 1.541838
Cell Volume: 2212.554
Density (g/cm3): 2.530
MAX. ABS. INTENSITY / VOLUME**2: 11.90872107
RIR: 1.533
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
4.61 51.83 19.1573 1 0 0 6
7.99 15.00 11.0605 1 1 0 6
9.23 1.86 9.5787 2 0 0 6
13.87 21.06 6.3858 3 0 0 6
16.03 1.65 5.5303 2 2 0 6
17.61 1.13 5.0373 1 0 1 6
18.79 45.66 4.7214 1 1 1 6
20.98 2.16 4.2349 1 2 1 6
21.25 5.56 4.1805 1 4 0 6
23.89 2.88 3.7240 3 1 1 6
24.14 32.65 3.6868 3 3 0 6
24.59 1.17 3.6204 2 4 0 6
26.51 5.48 3.3623 2 3 1 6
27.33 48.10 3.2633 1 4 1 6
27.33 51.90 3.2633 4 1 1 6
28.34 1.19 3.1494 4 3 0 6
28.90 2.33 3.0889 5 0 1 6
29.66 12.27 3.0116 3 3 1 6
30.04 3.46 2.9751 4 2 1 6
31.13 2.87 2.8730 1 5 1 6
32.38 27.88 2.7651 4 4 0 6
33.22 1.11 2.6968 3 4 1 6
33.89 10.65 2.6449 2 5 1 6
33.89 13.64 2.6449 5 2 1 6
34.35 23.43 2.6105 0 0 2 1
35.33 5.22 2.5407 1 1 2 6
35.37 2.53 2.5375 1 7 0 6
35.37 3.63 2.5375 7 1 0 6
36.78 13.39 2.4436 4 4 1 6
37.25 1.19 2.4136 6 3 0 6
39.49 3.65 2.2822 1 7 1 6
39.49 3.05 2.2822 7 1 1 6
41.21 1.36 2.1908 3 6 1 6
41.21 1.73 2.1908 6 3 1 6
42.43 8.22 2.1305 3 3 2 6
42.47 15.57 2.1286 9 0 0 6
44.48 1.69 2.0368 5 5 1 6
44.85 1.77 2.0210 6 0 2 6
47.92 7.66 1.8982 4 4 2 6
49.07 1.11 1.8567 7 4 1 6
50.14 4.29 1.8195 1 7 2 6
50.14 3.78 1.8195 7 1 2 6
51.57 3.20 1.7722 3 6 2 6
51.57 3.62 1.7722 6 3 2 6
51.61 1.26 1.7711 3 9 0 6
51.61 2.11 1.7711 9 3 0 6
53.28 1.59 1.7192 1 1 3 6
53.35 1.42 1.7172 1 10 1 6
54.73 1.47 1.6772 3 9 1 6
54.73 1.87 1.6772 9 3 1 6
55.34 2.30 1.6601 2 2 3 6
55.72 1.06 1.6497 9 0 2 6
57.35 4.58 1.6067 1 4 3 6
57.35 4.64 1.6067 4 1 3 6
57.41 2.01 1.6050 5 8 1 6
57.41 1.87 1.6050 8 5 1 6
57.75 6.86 1.5964 12 0 0 6
61.23 1.23 1.5137 5 2 3 6
61.30 2.91 1.5123 7 7 1 6
61.30 2.20 1.5123 2 11 1 6
61.30 1.57 1.5123 11 2 1 6
61.59 3.03 1.5058 6 6 2 6
63.12 4.68 1.4729 4 4 3 6
63.18 1.05 1.4716 4 10 1 6
63.18 1.06 1.4716 10 4 1 6
63.50 1.19 1.4650 9 6 0 6
64.98 1.11 1.4352 1 7 3 6
68.95 8.22 1.3620 12 0 2 6
70.45 7.44 1.3365 8 8 1 6
72.40 1.96 1.3053 0 0 4 1
74.15 1.31 1.2788 3 0 4 6
74.23 1.07 1.2776 6 9 2 6
74.23 1.54 1.2776 9 6 2 6
75.64 1.12 1.2573 1 10 3 6
77.68 1.94 1.2293 3 12 2 6
77.68 2.18 1.2293 12 3 2 6
79.12 1.14 1.2105 13 4 1 6
79.12 1.40 1.2105 4 13 1 6
81.56 1.20 1.1804 4 4 4 6
82.45 1.19 1.1698 7 7 3 6
83.24 1.13 1.1607 7 1 4 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.