Hilairite-(Pb)
Zubkova N V, Kolitsch U, Pekov I V, Turchkova A G, Vigasina M F, Pushcharovsky D Y, Tillmanns E
European Journal of Mineralogy 21 (2009) 495-506
Crystal chemistry of Rb-, Sr-, Ba-, Ca- and Pb-exchanged forms of natural hilairite
Locality: Kirovskii mine, Khibiny alkaline complex, Kola Peninsula, Russia
Note: sample was synthesized by cation exchange at 150 C
_database_code_amcsd 0007285
CELL PARAMETERS: 10.4770 10.4770 7.9940 90.000 90.000 120.000
SPACE GROUP: R3
X-RAY WAVELENGTH: 1.541838
Cell Volume: 759.921
Density (g/cm3): 3.613
MAX. ABS. INTENSITY / VOLUME**2: 56.85793193
RIR: 5.124
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
14.77 23.09 5.9981 1 0 1 3
16.93 100.00 5.2385 1 1 0 3
22.53 17.18 3.9456 0 2 1 3
24.33 36.68 3.6578 0 1 2 3
28.32 17.18 3.1516 2 1 1 3
29.53 51.86 3.0244 3 0 0 3
29.79 41.74 2.9991 2 0 2 3
33.63 1.20 2.6647 0 0 3 1
34.23 16.43 2.6193 2 2 0 3
34.46 29.86 2.6027 1 2 2 3
34.46 4.67 2.6027 -1 3 2 3
37.47 8.06 2.4004 -1 4 1 3
37.47 3.25 2.4004 1 3 1 3
37.88 8.31 2.3751 1 1 3 3
37.88 10.99 2.3751 2 -1 3 3
41.38 2.42 2.1822 4 0 1 3
42.45 19.02 2.1296 4 -1 2 3
42.45 7.57 2.1296 3 1 2 3
45.00 1.47 2.0144 5 -2 1 3
45.36 6.14 1.9994 0 3 3 3
45.36 7.94 1.9994 3 0 3 3
45.83 8.46 1.9800 1 4 0 3
45.83 8.07 1.9800 4 1 0 3
46.01 6.42 1.9728 0 4 2 3
46.53 4.40 1.9517 1 0 4 3
48.75 4.07 1.8679 4 -2 3 3
48.75 4.33 1.8679 2 2 3 3
49.36 7.60 1.8462 -2 5 2 3
49.36 5.48 1.8462 2 3 2 3
49.86 1.99 1.8289 0 2 4 3
51.65 3.45 1.7696 0 5 1 3
52.40 9.46 1.7462 3 3 0 3
53.03 5.01 1.7267 2 1 4 3
53.03 1.78 1.7267 3 -1 4 3
55.62 8.10 1.6523 5 0 2 3
58.04 1.93 1.5893 5 -1 3 3
58.04 1.96 1.5893 1 4 3 3
58.04 2.44 1.5893 4 1 3 3
58.04 1.49 1.5893 -1 5 3 3
58.58 1.76 1.5758 6 -2 2 3
58.58 4.16 1.5758 4 2 2 3
58.63 4.79 1.5745 0 1 5 3
59.02 2.85 1.5650 -1 4 4 3
61.30 2.78 1.5122 6 0 0 3
61.44 2.35 1.5090 -1 6 2 3
61.44 2.98 1.5090 1 5 2 3
61.49 1.69 1.5079 2 0 5 3
63.72 3.07 1.4605 6 -3 3 3
63.72 1.85 1.4605 3 3 3 3
64.09 5.04 1.4529 2 5 0 3
64.09 4.68 1.4529 5 2 0 3
64.28 2.99 1.4491 1 2 5 3
64.28 4.80 1.4491 -1 3 5 3
66.96 2.76 1.3975 -3 7 2 3
66.96 1.52 1.3975 3 4 2 3
69.68 1.44 1.3495 4 -1 5 3
69.68 2.53 1.3495 3 1 5 3
71.77 2.23 1.3152 6 0 3 3
71.77 2.12 1.3152 0 6 3 3
72.12 2.76 1.3096 4 4 0 3
72.26 1.47 1.3075 7 -1 2 3
72.30 2.71 1.3068 0 4 5 3
72.65 1.51 1.3014 2 4 4 3
74.10 1.22 1.2795 7 0 1 3
74.89 1.41 1.2680 -2 5 5 3
74.89 1.35 1.2680 2 3 5 3
77.40 2.41 1.2330 0 7 2 3
77.40 1.17 1.2330 8 -3 2 3
77.40 1.09 1.2330 5 3 2 3
79.80 1.06 1.2018 7 1 0 3
79.93 1.36 1.2002 2 6 2 3
82.49 1.44 1.1694 4 2 5 3
82.49 1.52 1.1694 6 -2 5 3
84.99 1.10 1.1413 -1 6 5 3
84.99 1.33 1.1413 1 5 5 3
85.75 1.31 1.1331 1 0 7 3
88.23 1.01 1.1075 0 2 7 3
89.96 1.13 1.0907 3 4 5 3
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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.