Lavendulan
Giester G, Kolitsch U, Leverett P, Turner P, Williams P A
European Journal of Mineralogy 19 (2007) 75-93
The crystal structures of lavendulan, sampleite, and a new polymorph of sampleite
Locality: Hilarion mine, Lavrion, Greece
_database_code_amcsd 0007195
CELL PARAMETERS: 10.0110 19.4780 10.0560 90.000 90.370 90.000
SPACE GROUP: P2_1/n
X-RAY WAVELENGTH: 1.541838
Cell Volume: 1960.821
Density (g/cm3): 3.634
MAX. ABS. INTENSITY / VOLUME**2: 47.42307788
RIR: 4.250
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
9.08 100.00 9.7390 0 2 0 2
9.90 1.37 8.9353 0 1 1 4
12.44 1.39 7.1176 -1 0 1 2
12.52 3.14 7.0718 1 0 1 2
12.68 6.18 6.9806 1 2 0 4
13.24 3.59 6.6852 -1 1 1 4
15.49 1.59 5.7223 1 2 1 4
17.72 3.20 5.0054 2 0 0 2
18.22 3.85 4.8695 0 4 0 2
18.22 11.36 4.8683 0 1 2 4
18.30 2.88 4.8479 2 1 0 4
19.94 8.77 4.4518 2 2 0 4
20.23 1.16 4.3889 -1 1 2 4
20.26 2.80 4.3827 0 4 1 4
20.28 7.11 4.3789 1 4 0 4
22.36 3.12 3.9753 0 3 2 4
22.43 1.09 3.9641 2 3 0 4
24.51 2.95 3.6325 0 5 1 4
24.52 1.12 3.6304 1 5 0 4
26.82 1.60 3.3236 2 2 2 4
26.99 1.15 3.3034 0 1 3 4
27.47 4.63 3.2463 0 6 0 2
28.15 3.21 3.1695 0 2 3 4
28.27 5.08 3.1568 3 2 0 4
28.60 14.93 3.1207 -2 3 2 4
28.75 9.10 3.1053 2 3 2 4
28.90 2.04 3.0893 0 6 1 4
28.91 2.23 3.0880 1 6 0 4
29.00 9.86 3.0794 0 5 2 4
29.05 1.93 3.0743 2 5 0 4
30.00 13.79 2.9784 0 3 3 4
30.11 11.22 2.9679 3 3 0 4
30.29 1.17 2.9503 1 6 1 4
31.13 2.31 2.8732 -2 4 2 4
31.26 8.61 2.8612 2 4 2 4
32.43 1.15 2.7610 0 4 3 4
32.43 2.98 2.7605 -3 1 2 4
32.53 4.34 2.7526 3 4 0 4
32.57 4.32 2.7490 2 1 3 4
32.63 1.66 2.7444 3 1 2 4
32.88 8.13 2.7236 2 6 0 4
33.37 4.45 2.6852 -2 2 3 4
33.42 1.89 2.6809 -3 2 2 4
33.61 4.71 2.6662 3 2 2 4
34.12 8.65 2.6275 -2 5 2 4
34.14 1.17 2.6266 2 6 1 4
34.25 6.03 2.6182 2 5 2 4
34.97 2.21 2.5660 -2 3 3 4
35.02 3.08 2.5623 -3 3 2 4
35.15 3.49 2.5531 2 3 3 4
35.20 1.32 2.5494 3 3 2 4
35.72 4.47 2.5139 0 0 4 2
36.19 4.23 2.4823 4 1 0 4
36.92 5.87 2.4346 0 7 2 4
36.93 1.12 2.4342 0 2 4 4
36.96 1.49 2.4320 2 7 0 4
37.10 2.24 2.4231 -2 4 3 4
37.33 1.41 2.4091 3 4 2 4
38.01 3.27 2.3673 -1 7 2 4
38.04 2.16 2.3656 -2 7 1 4
38.07 2.28 2.3640 1 7 2 4
39.75 1.24 2.2675 -3 5 2 4
39.87 3.25 2.2612 2 5 3 4
42.27 1.71 2.1381 2 8 1 4
45.54 1.24 1.9917 5 1 0 4
46.08 1.48 1.9696 0 2 5 4
47.56 1.45 1.9119 1 10 0 4
49.24 1.18 1.8506 -2 6 4 4
49.86 1.04 1.8289 2 2 5 4
50.26 2.20 1.8152 2 10 0 4
50.80 1.15 1.7973 -2 3 5 4
51.35 2.49 1.7794 -4 0 4 2
51.58 1.87 1.7720 -4 1 4 4
51.93 4.77 1.7607 4 1 4 4
52.78 1.32 1.7343 5 4 2 4
53.61 1.71 1.7097 0 6 5 4
54.98 1.95 1.6702 0 11 2 4
55.26 1.00 1.6624 6 1 0 4
56.64 2.31 1.6252 5 7 0 4
58.19 2.45 1.5853 -2 11 2 4
58.28 1.67 1.5833 2 11 2 4
58.98 1.13 1.5660 -6 2 2 4
59.23 1.16 1.5601 6 2 2 4
59.63 3.37 1.5506 0 8 5 4
59.80 1.05 1.5465 -2 3 6 4
62.78 1.43 1.4802 -5 8 2 4
62.83 1.29 1.4791 2 8 5 4
62.97 2.07 1.4760 5 8 2 4
63.01 1.09 1.4752 2 12 2 4
63.27 2.32 1.4697 5 9 0 4
65.78 1.93 1.4197 -5 1 5 4
66.26 1.44 1.4106 5 1 5 4
66.87 1.38 1.3992 0 10 5 4
67.87 1.16 1.3809 -2 13 2 4
68.81 1.01 1.3643 -7 2 2 4
78.58 1.08 1.2174 0 16 0 2
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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.