Apophyllite
Taylor W, Naray-Szabo S
Zeitschrift fur Kristallographie 77 (1931) 146-159
The Structure of Apophyllite
_cod_database_code 1010937
_database_code_amcsd 0017658
CELL PARAMETERS: 9.0000 9.0000 15.8000 90.000 90.000 90.000
SPACE GROUP: P4/mnc
X-RAY WAVELENGTH: 1.541838
Cell Volume: 1279.800
Density (g/cm3): 2.312
MAX. ABS. INTENSITY / VOLUME**2: 5.719411442
RIR: 0.805
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
11.20 3.54 7.9000 0 0 2 2
11.31 94.75 7.8203 1 0 1 8
13.92 17.96 6.3640 1 1 0 4
17.90 3.20 4.9559 1 1 2 8
19.53 37.72 4.5456 1 0 3 8
19.73 59.96 4.5000 2 0 0 4
22.08 17.24 4.0249 2 1 0 8
22.51 24.19 3.9500 0 0 4 2
22.74 2.23 3.9101 2 0 2 8
22.80 52.62 3.9004 2 1 1 16
24.83 94.07 3.5863 2 1 2 16
26.56 14.05 3.3561 1 1 4 8
28.04 27.93 3.1820 2 2 0 4
29.97 66.38 2.9816 1 0 5 8
30.28 13.02 2.9516 2 2 2 8
30.33 26.82 2.9473 3 0 1 8
31.43 3.49 2.8460 3 1 0 8
31.74 10.49 2.8192 2 1 4 16
31.95 9.40 2.8010 3 1 1 16
33.47 17.31 2.6776 3 1 2 16
35.86 100.00 2.5038 3 1 3 16
35.98 3.53 2.4962 3 2 0 8
36.14 56.81 2.4855 2 1 5 16
36.25 6.87 2.4780 2 2 4 8
36.44 8.02 2.4656 3 2 1 16
36.94 8.60 2.4332 1 1 6 8
37.80 7.61 2.3802 3 2 2 16
40.96 6.29 2.2036 2 1 6 16
41.23 1.90 2.1893 1 0 7 8
41.36 3.07 2.1828 4 1 0 8
41.51 8.17 2.1757 3 0 5 8
41.74 9.70 2.1639 4 0 2 8
41.77 2.41 2.1623 4 1 1 16
42.76 21.56 2.1148 3 1 5 16
42.86 18.96 2.1101 3 2 4 16
42.99 1.15 2.1040 4 1 2 16
44.21 2.64 2.0487 3 3 2 8
44.67 2.57 2.0287 2 2 6 8
45.05 49.43 2.0125 4 2 0 8
45.43 4.01 1.9963 4 2 1 16
46.45 1.18 1.9551 4 0 4 8
46.57 2.02 1.9502 4 2 2 16
50.37 1.33 1.8116 3 2 6 16
50.72 1.33 1.8000 4 3 0 8
50.84 5.51 1.7960 4 1 5 16
50.93 4.62 1.7931 4 2 4 16
51.07 4.99 1.7884 5 0 1 8
51.07 6.66 1.7884 4 3 1 16
51.55 6.56 1.7730 2 1 8 16
51.69 17.31 1.7685 3 1 7 16
51.80 1.35 1.7650 5 1 0 8
52.11 3.44 1.7550 4 3 2 16
52.14 2.53 1.7541 5 1 1 16
53.57 2.03 1.7106 4 0 6 8
53.82 1.45 1.7033 4 3 3 16
54.61 8.50 1.6805 4 1 6 16
54.70 3.58 1.6780 2 2 8 8
54.86 6.90 1.6736 5 1 3 16
55.27 7.12 1.6620 5 2 1 16
55.64 3.03 1.6520 3 3 6 8
56.26 6.40 1.6351 5 2 2 16
56.73 3.33 1.6226 3 1 8 16
57.16 4.48 1.6115 5 1 4 16
57.65 4.89 1.5990 4 2 6 16
57.89 4.01 1.5930 5 2 3 16
57.97 3.97 1.5910 4 4 0 4
58.41 11.71 1.5800 0 0 10 2
59.70 13.41 1.5488 3 2 8 16
60.12 1.60 1.5392 5 2 4 16
60.24 3.55 1.5362 5 3 1 16
61.17 2.18 1.5152 3 0 9 8
61.76 1.45 1.5021 4 2 7 16
61.85 6.54 1.5000 6 0 0 4
62.12 5.39 1.4942 3 1 9 16
62.28 1.52 1.4908 2 0 10 8
62.73 6.41 1.4812 5 3 3 16
62.91 6.30 1.4774 5 2 5 16
63.11 1.20 1.4731 6 1 1 16
63.45 2.24 1.4662 5 1 6 16
63.53 3.93 1.4645 4 1 8 16
64.02 2.84 1.4543 6 1 2 16
65.61 3.00 1.4230 6 2 0 8
65.90 1.12 1.4173 6 2 1 16
66.02 1.49 1.4151 2 2 10 8
66.82 2.81 1.4000 5 4 1 16
67.35 3.11 1.3904 5 1 7 16
67.61 2.26 1.3856 6 1 4 16
67.71 1.28 1.3838 5 4 2 16
68.96 3.43 1.3617 4 4 6 8
69.48 2.58 1.3528 2 1 11 16
70.05 1.06 1.3432 5 2 7 16
70.24 5.16 1.3400 6 1 5 16
70.32 1.13 1.3388 6 2 4 16
71.29 2.58 1.3229 4 2 9 16
71.68 1.48 1.3167 0 0 12 2
72.52 1.12 1.3034 6 0 6 8
73.20 1.20 1.2930 4 0 10 8
73.40 1.87 1.2899 6 1 6 16
73.78 9.32 1.2843 5 4 5 16
73.91 5.97 1.2823 3 1 11 16
74.35 5.83 1.2758 5 2 8 16
74.47 2.12 1.2741 5 3 7 16
74.72 1.96 1.2704 6 3 4 16
75.69 2.25 1.2566 5 5 2 8
75.69 2.63 1.2566 7 1 2 16
76.23 1.18 1.2490 7 0 3 8
76.68 8.86 1.2427 4 2 10 16
77.42 2.72 1.2328 6 4 2 16
78.28 3.74 1.2214 7 2 2 16
79.67 1.03 1.2035 7 2 3 16
79.96 1.30 1.1999 4 1 11 16
80.31 1.93 1.1954 6 3 6 16
80.35 1.40 1.1950 3 1 12 16
80.39 2.18 1.1945 6 0 8 8
80.68 2.95 1.1909 7 0 5 8
81.24 1.24 1.1841 6 1 8 16
83.91 8.46 1.1531 7 3 3 16
85.83 1.16 1.1322 7 3 4 16
86.24 1.19 1.1278 6 4 6 16
86.51 1.36 1.1250 8 0 0 4
86.73 1.43 1.1227 4 3 11 16
86.73 1.18 1.1227 5 0 11 8
86.89 2.92 1.1211 4 4 10 8
87.22 5.97 1.1177 3 1 13 16
88.36 1.94 1.1062 6 5 4 16
88.45 1.17 1.1053 7 4 2 16
88.80 1.70 1.1018 4 2 12 16
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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.