Lusernaite-(Y)
Biagioni C, Bonaccorsi E, Camara F, Cadoni M, Ciriotti M E, Bersani D, Kolitsch U
American Mineralogist 98 (2013) 1322-1329
Lusernaite-(Y), Y4Al(CO3)2(OH,F)11*6H2O, a new mineral species from
Luserna Valley, Piedmont, Italy: Description and crystal structure
Locality: Dora-Maira massif, Western Alps, Italy
_database_code_amcsd 0019909
CELL PARAMETERS: 7.8412 11.0313 11.3870 90.000 90.000 90.000
SPACE GROUP: Pmna
X-RAY WAVELENGTH: 1.541838
Cell Volume: 984.960
Density (g/cm3): 2.816
MAX. ABS. INTENSITY / VOLUME**2: 39.79064948
RIR: 4.602
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
8.01 100.00 11.0313 0 1 0 2
11.17 40.14 7.9231 0 1 1 4
13.71 15.10 6.4581 1 0 1 4
15.56 13.68 5.6935 0 0 2 2
17.53 13.53 5.0594 0 1 2 4
17.87 2.24 4.9640 0 2 1 4
20.90 35.90 4.2512 1 1 2 8
22.44 6.94 3.9615 0 2 2 4
24.09 5.02 3.6942 2 1 0 4
24.20 6.54 3.6771 0 3 0 2
25.35 7.23 3.5139 2 1 1 8
25.45 3.87 3.4992 0 3 1 4
26.08 4.23 3.4164 1 0 3 4
27.33 1.38 3.2635 1 1 3 8
27.62 2.73 3.2291 2 0 2 4
27.92 16.37 3.1956 2 2 0 4
27.92 4.07 3.1954 1 3 1 8
28.81 18.29 3.0990 2 1 2 8
28.91 3.62 3.0889 0 3 2 4
29.02 1.03 3.0767 2 2 1 8
30.79 10.71 2.9044 1 2 3 8
31.12 6.91 2.8739 1 3 2 8
31.42 1.57 2.8468 0 0 4 2
32.12 6.67 2.7866 2 2 2 8
32.47 2.49 2.7578 0 4 0 2
33.41 4.29 2.6821 2 3 0 4
33.43 1.22 2.6803 0 4 1 4
34.35 1.99 2.6106 2 3 1 8
35.49 9.18 2.5297 0 2 4 4
36.19 5.81 2.4820 0 4 2 4
37.05 8.79 2.4263 2 3 2 8
37.35 1.67 2.4075 1 2 4 8
38.78 1.01 2.3222 3 1 2 8
39.10 8.41 2.3036 2 0 4 4
39.98 2.39 2.2549 2 1 4 8
40.06 4.92 2.2510 0 3 4 4
41.21 2.10 2.1904 2 3 3 8
41.39 2.75 2.1817 3 2 2 8
41.70 2.05 2.1660 0 5 1 4
41.75 2.70 2.1636 1 3 4 8
41.97 4.35 2.1527 3 0 3 4
42.11 4.82 2.1459 1 4 3 8
43.14 6.05 2.0971 2 4 2 8
45.22 3.69 2.0054 3 2 3 8
45.46 5.95 1.9953 3 3 2 8
46.32 4.80 1.9603 4 0 0 2
46.52 6.80 1.9521 2 3 4 8
46.86 3.47 1.9386 2 1 5 8
46.93 2.61 1.9361 0 3 5 4
47.28 2.79 1.9227 2 5 0 4
47.80 2.48 1.9029 4 1 1 8
47.97 1.02 1.8966 3 1 4 8
48.66 1.38 1.8713 3 4 1 8
48.68 1.66 1.8704 0 1 6 4
49.15 3.08 1.8535 4 0 2 4
49.16 1.21 1.8534 1 5 3 8
49.89 1.75 1.8279 4 1 2 8
50.07 3.97 1.8217 2 5 2 8
50.88 3.01 1.7946 0 2 6 4
51.70 3.13 1.7679 2 4 4 8
52.05 1.12 1.7570 4 2 2 8
52.47 2.18 1.7439 0 5 4 4
52.73 2.09 1.7360 2 3 5 8
52.93 2.51 1.7298 4 3 0 4
53.65 4.16 1.7082 2 0 6 4
54.35 2.82 1.6881 2 1 6 8
55.18 2.36 1.6646 2 6 0 4
55.52 1.40 1.6551 4 3 2 8
56.87 1.58 1.6190 1 6 3 8
56.97 1.24 1.6165 3 5 2 8
57.70 3.48 1.5978 4 4 0 4
57.70 2.08 1.5977 2 6 2 8
57.71 1.96 1.5975 4 1 4 8
58.58 1.05 1.5759 0 7 0 2
59.67 3.19 1.5495 4 2 4 8
59.69 2.86 1.5492 2 3 6 8
59.89 1.42 1.5444 0 6 4 4
64.13 3.27 1.4522 2 4 6 8
71.24 1.54 1.3237 4 2 6 8
78.91 1.18 1.2132 4 6 4 8
83.45 1.19 1.1583 2 7 6 8
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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.