Ilvaite
Bonazzi P, Bindi L
American Mineralogist 84 (1999) 1604-1612
Structural adjustments induced by heat treatment in ilvaite
Sample: RM at T = 625 deg C
_database_code_amcsd 0002324
CELL PARAMETERS: 13.0070 8.8050 5.8440 90.000 90.000 90.000
SPACE GROUP: Pnam
X-RAY WAVELENGTH: 1.541838
Cell Volume: 669.294
Density (g/cm3): 4.004
MAX. ABS. INTENSITY / VOLUME**2: 11.64945059
RIR: 0.947
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
12.14 82.34 7.2914 1 1 0 4
13.62 30.04 6.5035 2 0 0 2
18.22 9.11 4.8691 0 1 1 4
19.47 12.66 4.5601 1 1 1 8
21.31 5.55 4.1701 1 2 0 4
22.82 6.71 3.8977 2 1 1 8
22.86 23.65 3.8897 3 1 0 4
26.25 7.01 3.3945 1 2 1 8
27.43 25.48 3.2517 4 0 0 2
27.55 8.93 3.2380 3 1 1 8
28.90 12.60 3.0891 3 2 0 4
30.60 7.89 2.9220 0 0 2 2
31.24 34.48 2.8630 1 3 0 4
31.48 100.00 2.8415 4 0 1 4
32.79 19.98 2.7311 3 2 1 8
33.03 95.28 2.7123 1 1 2 8
33.50 71.77 2.6752 2 3 0 4
34.28 14.81 2.6156 4 2 0 4
34.90 6.66 2.5711 1 3 1 8
35.18 24.41 2.5510 2 1 2 8
36.00 8.29 2.4948 5 1 0 4
36.92 18.81 2.4346 0 2 2 4
36.95 33.10 2.4324 2 3 1 8
37.68 29.16 2.3874 4 2 1 8
38.54 31.40 2.3362 3 1 2 8
39.27 1.08 2.2945 5 1 1 8
40.18 2.61 2.2441 3 3 1 8
41.55 29.21 2.1734 4 0 2 4
41.61 17.56 2.1704 1 4 0 4
41.66 1.70 2.1678 6 0 0 2
42.59 10.12 2.1228 3 2 2 8
42.86 54.04 2.1101 4 1 2 8
43.26 1.23 2.0913 5 2 1 8
43.40 12.21 2.0851 2 4 0 4
44.58 1.06 2.0325 6 0 1 4
45.82 1.96 1.9804 6 1 1 8
46.23 10.85 1.9638 2 4 1 8
46.25 12.61 1.9628 3 4 0 4
46.60 15.22 1.9489 4 2 2 8
46.66 1.32 1.9468 5 3 0 4
47.82 2.76 1.9020 0 1 3 4
47.95 26.58 1.8973 5 1 2 8
48.36 1.30 1.8820 1 1 3 8
49.34 4.10 1.8470 5 3 1 8
49.39 1.72 1.8453 6 2 1 8
50.04 1.56 1.8229 4 4 0 4
50.18 1.79 1.8181 7 1 0 4
51.80 1.03 1.7649 1 2 3 8
52.01 1.36 1.7582 0 4 2 4
52.38 1.02 1.7467 4 3 2 8
52.52 13.34 1.7423 1 4 2 8
52.54 1.39 1.7418 3 1 3 8
52.57 2.03 1.7410 6 0 2 4
52.59 1.86 1.7402 4 4 1 8
53.53 18.23 1.7119 7 2 0 4
53.94 1.13 1.6998 2 5 0 4
54.03 1.07 1.6973 2 4 2 8
54.42 1.40 1.6861 0 5 1 4
54.62 1.15 1.6804 5 4 0 4
54.95 11.97 1.6711 4 0 3 4
54.95 13.64 1.6710 6 3 1 8
55.79 1.99 1.6477 3 2 3 8
56.37 13.21 1.6321 2 5 1 8
56.48 13.05 1.6293 3 4 2 8
56.61 2.88 1.6259 8 0 0 2
56.83 17.42 1.6201 5 3 2 8
56.87 3.20 1.6190 6 2 2 8
57.20 2.43 1.6106 1 3 3 8
58.62 8.70 1.5747 2 3 3 8
59.13 4.58 1.5623 4 2 3 8
59.88 3.12 1.5446 6 4 0 4
59.99 2.29 1.5422 8 1 1 8
60.72 17.78 1.5252 8 2 0 4
61.97 36.99 1.4974 6 3 2 8
63.30 46.50 1.4693 2 5 2 8
63.38 2.27 1.4675 0 6 0 2
63.70 27.50 1.4610 0 0 4 2
63.83 4.16 1.4582 1 6 0 4
63.91 1.27 1.4567 5 4 2 8
65.12 1.50 1.4325 1 1 4 8
65.44 6.41 1.4261 9 1 0 4
65.53 1.05 1.4245 3 5 2 8
65.58 1.69 1.4234 2 4 3 8
65.72 10.58 1.4207 8 0 2 4
65.77 3.71 1.4199 7 4 0 4
66.68 1.54 1.4026 8 1 2 8
67.37 3.44 1.3900 3 6 0 4
68.09 1.74 1.3770 5 3 3 8
68.59 2.10 1.3682 4 5 2 8
68.62 1.39 1.3677 3 1 4 8
68.67 9.36 1.3668 6 5 0 4
69.51 2.67 1.3523 3 6 1 8
70.69 2.31 1.3327 4 0 4 4
70.79 3.16 1.3309 6 5 1 8
71.42 1.36 1.3207 3 2 4 8
72.49 1.23 1.3039 4 6 1 8
72.65 4.44 1.3014 1 3 4 8
72.79 5.27 1.2992 6 3 3 8
73.61 2.26 1.2867 10 1 0 4
73.92 11.54 1.2822 2 3 4 8
73.96 1.42 1.2816 9 1 2 8
74.02 6.18 1.2808 2 5 3 8
74.15 3.28 1.2788 8 3 2 8
74.26 1.34 1.2771 7 4 2 8
74.37 2.33 1.2755 4 2 4 8
74.77 1.08 1.2696 10 0 1 4
75.04 1.61 1.2658 9 3 1 8
75.39 2.44 1.2607 5 1 4 8
76.25 2.29 1.2486 5 6 1 8
76.34 3.98 1.2474 10 2 0 4
77.19 1.52 1.2359 8 1 3 8
78.75 1.50 1.2152 6 6 0 4
79.00 2.86 1.2120 1 4 4 8
80.23 1.77 1.1965 2 4 4 8
80.38 1.21 1.1946 8 5 0 4
81.16 5.28 1.1851 9 3 2 8
82.16 1.53 1.1731 4 7 0 4
82.26 3.16 1.1720 3 4 4 8
82.84 2.31 1.1653 10 3 1 8
85.89 1.68 1.1315 3 6 3 8
87.10 2.37 1.1189 6 5 3 8
87.85 6.14 1.1113 7 2 4 8
88.84 4.48 1.1014 10 3 2 8
89.00 4.17 1.0999 4 0 5 4
89.01 1.70 1.0998 10 4 1 8
89.69 1.02 1.0932 3 2 5 8
================================================================================
XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.