Tengerite-(Y)
Miyawaki R, Kuriyama J, Nakai I
American Mineralogist 78 (1993) 425-432
The redefinition of tengerite-(Y), Y2(CO3)3.2-3H2O, and its crystal structure
_database_code_amcsd 0001554
CELL PARAMETERS: 6.0780 9.1570 15.1140 90.000 90.000 90.000
SPACE GROUP: Bb2_1m
X-RAY WAVELENGTH: 1.541838
Cell Volume: 841.188
Density (g/cm3): 3.078
MAX. ABS. INTENSITY / VOLUME**2: 17.06282860
RIR: 1.805
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
11.71 83.66 7.5570 0 0 2 2
15.71 100.00 5.6391 1 0 1 4
18.48 3.15 4.8016 1 1 1 4
19.39 78.46 4.5785 0 2 0 1
22.71 1.48 3.9159 0 2 2 2
22.93 94.77 3.8788 1 0 3 4
23.55 16.43 3.7785 0 0 4 2
24.93 25.45 3.5716 1 1 3 4
25.05 44.25 3.5544 1 2 1 4
29.39 6.09 3.0390 2 0 0 2
30.20 64.80 2.9595 1 2 3 4
30.68 11.76 2.9142 0 2 4 2
31.01 1.03 2.8843 2 1 0 2
31.74 1.49 2.8196 2 0 2 4
33.10 3.24 2.7066 1 0 5 4
33.25 5.09 2.6947 2 1 2 4
33.38 14.65 2.6843 1 3 1 4
34.56 10.36 2.5956 1 1 5 4
35.45 37.27 2.5320 2 2 0 2
35.64 7.45 2.5190 0 0 6 2
37.46 14.74 2.4008 2 2 2 4
38.00 17.27 2.3681 2 0 4 4
38.64 11.44 2.3299 1 2 5 4
39.30 8.56 2.2927 2 1 4 4
39.36 8.17 2.2892 0 4 0 1
40.89 15.99 2.2070 0 2 6 2
41.20 1.03 2.1909 0 4 2 2
42.62 27.03 2.1211 1 4 1 4
43.00 10.89 2.1034 2 2 4 4
43.71 2.99 2.0711 2 3 2 4
44.53 27.56 2.0346 1 0 7 4
44.75 3.05 2.0251 1 3 5 4
45.15 12.48 2.0080 3 0 1 4
46.04 37.31 1.9715 1 4 3 4
46.37 13.14 1.9579 0 4 4 2
46.84 24.18 1.9394 2 0 6 4
48.43 14.65 1.8797 3 0 3 4
48.99 16.32 1.8593 1 2 7 4
49.57 13.72 1.8389 3 2 1 4
49.87 22.27 1.8285 2 4 0 2
51.15 27.19 1.7858 2 2 6 4
51.42 3.24 1.7772 2 4 2 4
52.34 1.74 1.7479 1 4 5 4
52.64 19.73 1.7389 3 2 3 4
54.14 20.41 1.6942 0 4 6 2
55.86 5.48 1.6459 2 4 4 4
56.88 6.38 1.6187 1 0 9 4
60.68 1.06 1.5262 0 6 0 1
60.68 8.76 1.5261 1 2 9 4
60.92 7.97 1.5208 1 4 7 4
60.98 2.90 1.5195 4 0 0 2
61.34 1.20 1.5114 0 0 10 2
61.42 1.83 1.5096 3 4 1 4
62.04 1.04 1.4960 0 6 2 2
62.80 6.55 1.4798 2 4 6 4
63.11 4.13 1.4732 1 6 1 4
64.10 6.03 1.4527 3 4 3 4
64.63 6.31 1.4422 4 2 0 2
64.98 2.78 1.4352 0 2 10 2
65.75 6.77 1.4202 1 6 3 4
66.30 1.10 1.4098 4 0 4 4
66.50 6.46 1.4060 3 2 7 4
68.84 6.71 1.3638 2 6 0 2
69.45 4.30 1.3533 2 0 10 4
69.80 4.28 1.3474 4 2 4 4
71.36 3.33 1.3217 1 4 9 4
72.40 4.07 1.3053 0 6 6 2
72.67 3.90 1.3011 4 0 6 4
72.89 4.16 1.2978 2 2 10 4
73.21 1.19 1.2929 3 0 9 4
73.88 2.58 1.2828 2 6 4 4
75.03 3.62 1.2660 4 4 0 2
75.35 2.40 1.2613 0 4 10 2
75.48 1.10 1.2595 0 0 12 2
76.04 6.21 1.2516 4 2 6 4
76.26 1.23 1.2486 4 4 2 4
76.57 3.93 1.2443 3 2 9 4
76.78 7.26 1.2414 3 4 7 4
78.31 2.59 1.2209 1 6 7 4
78.76 1.29 1.2151 3 6 1 4
78.81 3.24 1.2144 0 2 12 2
79.91 1.14 1.2004 4 4 4 4
80.00 4.41 1.1993 2 6 6 4
81.18 4.57 1.1848 3 6 3 4
81.44 1.23 1.1817 5 0 3 4
82.32 1.88 1.1714 5 2 1 4
82.87 3.63 1.1650 2 4 10 4
82.99 1.28 1.1635 2 0 12 4
84.68 2.28 1.1446 0 8 0 1
84.72 4.69 1.1442 5 2 3 4
84.93 1.62 1.1419 1 0 13 4
85.87 1.07 1.1317 0 8 2 2
85.93 3.81 1.1312 4 4 6 4
86.26 2.22 1.1277 2 2 12 4
86.44 4.71 1.1258 3 4 9 4
86.83 1.67 1.1217 1 8 1 4
87.94 2.91 1.1104 1 6 9 4
88.18 3.82 1.1080 1 2 13 4
89.21 3.61 1.0978 1 8 3 4
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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.