Минералогия_2 / Курсач (Минерал группы анальцима в гранитных пегматитах, геохимия цезия) / Приложение 1
.docПриложение 1
Рис.1а
Pollucite
Newnham R E
American Mineralogist 52 (1967) 1515-1518
Crystal structure and optical properties of pollucite
CELL PARAMETERS: 13.6820 13.6820 13.6820 90.000 90.000 90.000
SPACE GROUP: Ia-3d
X-RAY WAVELENGTH: 1.541838
2-THETA INTENSITY D-SPACING H K L
18.34 2.07 4.8373 2 2 0
24.34 37.33 3.6567 3 2 1
26.05 100.00 3.4205 4 0 0
29.19 2.55 3.0594 4 2 0
30.65 46.50 2.9170 3 3 2
33.39 5.12 2.6833 4 3 1
35.95 4.73 2.4980 5 2 1
37.17 27.65 2.4187 4 4 0
40.65 12.72 2.2195 5 3 2
41.75 1.10 2.1633 6 2 0
44.93 7.15 2.0173 6 3 1
45.96 3.00 1.9748 4 4 4
47.95 2.25 1.8974 6 4 0
48.92 8.06 1.8619 6 3 3
48.92 6.91 1.8619 7 2 1
48.92 2.20 1.8619 5 5 2
52.68 1.39 1.7376 6 5 1
52.68 20.38 1.7376 7 3 2
53.59 6.03 1.7103 8 0 0
54.48 2.13 1.6841 7 4 1
56.25 2.84 1.6353 6 5 3
57.99 1.92 1.5905 8 3 1
59.69 4.50 1.5492 7 5 2
60.53 7.51 1.5297 8 4 0
63.00 3.14 1.4754 7 6 1
66.23 6.24 1.4112 7 6 3
67.02 2.62 1.3964 8 4 4
68.59 1.06 1.3682 8 6 0
69.37 4.96 1.3547 7 7 2
69.37 3.74 1.3547 10 1 1
72.45 1.76 1.3045 7 6 5
72.45 1.27 1.3045 9 5 2
72.45 5.13 1.3045 10 3 1
73.97 1.81 1.2814 8 7 1
75.48 2.14 1.2595 10 3 3
78.47 4.59 1.2189 10 5 1
79.21 1.07 1.2093 8 8 0
81.42 1.13 1.1819 11 3 2
81.42 1.65 1.1819 7 7 6
81.42 2.34 1.1819 10 5 3
85.09 1.42 1.1402 8 8 4
87.27 1.42 1.1171 11 5 2
87.27 1.57 1.1171 10 7 1
87.27 2.24 1.1171 10 5 5
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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.
Рис. 1б
Pollucite
Beger R M
Zeitschrift fur Kristallographie 129 (1969) 280-302
The crystal structure and chemical composition of pollucite
Locality: Rumford, Maine, USA
CELL PARAMETERS: 13.6900 13.6900 13.6900 90.000 90.000 90.000
SPACE GROUP: Ia-3d
X-RAY WAVELENGTH: 1.541838
2-THETA INTENSITY D-SPACING H K L
15.86 2.77 5.5889 2 1 1
18.33 2.47 4.8401 2 2 0
24.33 35.05 3.6588 3 2 1
26.04 100.00 3.4225 4 0 0
29.17 1.37 3.0612 4 2 0
30.63 47.28 2.9187 3 3 2
33.37 4.53 2.6848 4 3 1
35.93 4.73 2.4994 5 2 1
37.15 28.47 2.4201 4 4 0
40.62 1.10 2.2208 6 1 1
40.62 14.02 2.2208 5 3 2
44.91 6.30 2.0185 6 3 1
45.93 4.06 1.9760 4 4 4
47.92 2.49 1.8985 6 4 0
48.89 7.65 1.8630 7 2 1
48.89 8.11 1.8630 6 3 3
48.89 2.30 1.8630 5 5 2
52.64 18.79 1.7386 7 3 2
52.64 1.12 1.7386 6 5 1
53.55 6.31 1.7112 8 0 0
54.45 1.88 1.6851 7 4 1
56.22 3.04 1.6363 6 5 3
57.95 1.66 1.5914 8 3 1
59.65 3.97 1.5501 7 5 2
60.49 7.18 1.5306 8 4 0
62.96 3.35 1.4762 7 6 1
66.18 5.73 1.4120 7 6 3
66.97 2.55 1.3972 8 4 4
69.32 3.39 1.3555 10 1 1
69.32 4.80 1.3555 7 7 2
72.40 4.34 1.3053 10 3 1
72.40 1.54 1.3053 7 6 5
73.92 1.58 1.2822 8 7 1
75.43 2.02 1.2603 10 3 3
78.41 3.76 1.2196 10 5 1
79.15 1.11 1.2100 8 8 0
81.36 1.19 1.1826 11 3 2
81.36 2.19 1.1826 10 5 3
81.36 1.64 1.1826 7 7 6
85.02 1.20 1.1408 8 8 4
87.21 1.25 1.1178 11 5 2
87.21 1.49 1.1178 10 7 1
87.21 1.89 1.1178 10 5 5
================================================================================
XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.