Struvite-(K)
Graeser S, Postl W, Bojar H P, Berlepsch P, Armbruster T, Raber T, Ettinger K, Walter F
European Journal of Mineralogy 20 (2008) 629-633
Struvite-(K), KMgPO4*6H2O, the potassium equivalent of struvite - a new mineral
Locality: Lengenbach, Switzerland
_database_code_amcsd 0007262
CELL PARAMETERS: 6.8920 6.1660 11.1390 90.000 90.000 90.000
SPACE GROUP: Pmn2_1
X-RAY WAVELENGTH: 1.541838
Cell Volume: 473.364
Density (g/cm3): 1.869
MAX. ABS. INTENSITY / VOLUME**2: 4.953367465
RIR: 0.863
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
15.12 12.36 5.8609 1 0 1 2
15.91 29.79 5.5695 0 0 2 1
16.43 14.74 5.3946 0 1 1 2
19.32 14.29 4.5953 1 1 0 4
20.91 100.00 4.2480 1 1 1 4
21.50 49.50 4.1331 0 1 2 2
25.12 5.48 3.5446 1 1 2 4
25.85 18.24 3.4460 2 0 0 2
27.28 44.43 3.2688 1 0 3 2
28.05 5.00 3.1808 0 1 3 2
28.96 2.07 3.0830 0 2 0 2
29.70 5.02 3.0081 2 1 0 4
30.08 12.33 2.9713 0 2 1 2
30.51 7.50 2.9304 2 0 2 2
30.79 66.31 2.9041 2 1 1 4
30.96 4.95 2.8881 1 1 3 4
31.80 4.56 2.8143 1 2 0 4
32.14 33.95 2.7847 0 0 4 1
32.82 6.76 2.7285 1 2 1 4
33.21 46.54 2.6973 0 2 2 2
33.87 49.23 2.6467 2 1 2 4
35.37 2.94 2.5379 0 1 4 2
35.75 13.00 2.5118 1 2 2 4
37.77 7.20 2.3816 1 1 4 4
37.93 1.31 2.3719 0 2 3 2
38.52 15.72 2.3373 2 1 3 4
39.21 1.12 2.2977 2 2 0 4
40.07 5.65 2.2503 2 2 1 4
40.07 1.62 2.2500 3 0 1 2
41.70 1.67 2.1659 2 0 4 2
42.56 3.98 2.1240 2 2 2 4
43.81 1.80 2.0665 0 2 4 2
44.06 2.83 2.0553 0 3 0 2
44.33 6.10 2.0435 2 1 4 4
45.15 2.41 2.0080 3 1 2 4
45.23 11.99 2.0046 1 1 5 4
45.84 1.74 1.9795 1 2 4 4
46.08 6.06 1.9696 1 3 0 4
46.48 16.18 1.9538 2 2 3 4
46.48 4.82 1.9536 3 0 3 2
46.84 1.11 1.9395 1 3 1 4
47.13 4.81 1.9282 0 3 2 2
48.91 7.16 1.8624 3 1 3 4
49.07 1.63 1.8565 0 0 6 1
49.48 4.08 1.8421 3 2 0 4
50.20 2.06 1.8175 3 2 1 4
50.55 4.34 1.8057 0 2 5 2
50.77 8.25 1.7982 0 3 3 2
51.01 10.59 1.7903 2 1 5 4
51.79 10.41 1.7652 2 3 0 4
52.38 1.38 1.7467 1 2 5 4
52.49 4.20 1.7434 2 3 1 4
52.60 3.46 1.7400 1 3 3 4
53.16 10.41 1.7230 4 0 0 2
53.21 1.37 1.7213 1 1 6 4
53.83 4.98 1.7032 3 1 4 4
54.53 1.94 1.6827 2 3 2 4
55.70 1.38 1.6502 3 2 3 4
56.03 1.67 1.6413 4 1 1 4
56.29 1.64 1.6344 2 0 6 2
57.63 1.82 1.5994 2 2 5 4
57.64 1.30 1.5993 3 0 5 2
57.99 4.24 1.5904 0 2 6 2
57.99 2.11 1.5903 4 1 2 4
58.41 7.37 1.5798 2 1 6 4
59.63 1.27 1.5505 1 0 7 2
59.67 3.07 1.5497 1 2 6 4
59.73 1.21 1.5481 3 1 5 4
61.69 1.62 1.5037 1 1 7 4
62.27 1.44 1.4909 2 3 4 4
62.28 2.81 1.4908 1 4 1 4
62.93 1.37 1.4769 3 3 2 4
63.49 1.27 1.4652 4 0 4 2
64.14 3.02 1.4520 4 2 2 4
65.78 1.26 1.4197 3 2 5 4
65.97 1.52 1.4160 3 3 3 4
67.14 1.42 1.3942 1 4 3 4
67.15 1.65 1.3940 4 2 3 4
67.24 1.06 1.3924 0 0 8 1
68.82 3.32 1.3643 2 4 2 4
70.52 3.35 1.3355 5 1 1 4
71.44 1.44 1.3204 4 3 0 4
72.25 3.43 1.3076 3 2 6 4
73.25 1.03 1.2922 5 0 3 2
74.12 1.29 1.2792 2 3 6 4
74.63 4.60 1.2717 3 4 1 4
76.30 1.13 1.2480 1 2 8 4
76.58 1.09 1.2441 4 3 3 4
77.04 1.31 1.2378 1 3 7 4
79.61 1.21 1.2042 3 2 7 4
80.34 1.18 1.1951 1 1 9 4
82.55 1.23 1.1687 4 2 6 4
83.21 1.28 1.1611 2 5 0 4
84.05 1.04 1.1516 5 1 5 4
87.99 1.08 1.1099 3 4 5 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.