Edingtonite
Stahl K, Hanson J C
European Journal of Mineralogy 10 (1998) 221-228
An in situ study of the edingtonite dehydration process from
X-ray synchrotron powder diffraction
Sample: 396 K
_database_code_amcsd 0006715
CELL PARAMETERS: 9.4903 9.5690 6.5290 90.000 90.000 90.000
SPACE GROUP: P2_12_12
X-RAY WAVELENGTH: 1.541838
Cell Volume: 592.916
Density (g/cm3): 2.663
MAX. ABS. INTENSITY / VOLUME**2: 10.68448307
RIR: 1.307
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
13.56 100.00 6.5290 0 0 1 2
16.44 25.94 5.3932 0 1 1 4
16.48 32.22 5.3790 1 0 1 4
18.54 45.30 4.7845 0 2 0 2
18.70 53.85 4.7452 2 0 0 2
18.93 76.22 4.6890 1 1 1 4
20.79 5.37 4.2723 1 2 0 4
20.90 2.10 4.2512 2 1 0 4
23.05 2.59 3.8592 0 2 1 4
24.91 79.47 3.5749 1 2 1 4
24.99 77.11 3.5625 2 1 1 4
26.45 13.59 3.3692 2 2 0 4
27.32 10.64 3.2645 0 0 2 2
28.90 10.97 3.0897 0 1 2 4
28.92 8.93 3.0870 1 0 2 4
29.54 18.57 3.0235 1 3 0 4
29.74 27.61 3.0036 3 1 0 4
29.84 17.42 2.9940 2 2 1 4
30.43 22.12 2.9379 1 1 2 4
32.64 63.05 2.7436 1 3 1 4
32.82 69.52 2.7287 3 1 1 4
33.86 2.61 2.6472 2 3 0 4
33.97 4.26 2.6388 3 2 0 4
34.58 30.10 2.5939 1 2 2 4
34.64 33.27 2.5892 2 1 2 4
36.63 1.98 2.4532 2 3 1 4
36.73 3.37 2.4465 3 2 1 4
37.60 1.04 2.3923 0 4 0 2
38.39 1.83 2.3445 2 2 2 4
39.50 25.11 2.2814 0 3 2 4
39.67 19.66 2.2718 3 0 2 4
40.14 3.60 2.2462 0 4 1 4
40.15 24.75 2.2461 3 3 0 4
40.45 1.48 2.2299 4 0 1 4
40.67 1.73 2.2182 1 3 2 4
40.83 1.92 2.2103 3 1 2 4
41.30 14.26 2.1858 1 4 1 4
41.49 3.16 2.1763 0 0 3 2
41.58 12.21 2.1717 4 1 1 4
42.31 6.90 2.1361 2 4 0 4
42.53 8.43 2.1256 4 2 0 4
42.57 10.21 2.1239 3 3 1 4
42.60 3.48 2.1221 0 1 3 4
42.62 1.66 2.1213 1 0 3 4
43.71 11.82 2.0710 1 1 3 4
44.04 6.23 2.0561 2 3 2 4
44.13 6.59 2.0522 3 2 2 4
44.63 5.96 2.0302 2 4 1 4
44.84 3.77 2.0212 4 2 1 4
45.80 1.87 1.9810 0 2 3 4
45.87 2.81 1.9782 2 0 3 4
46.85 5.14 1.9392 1 2 3 4
46.90 7.86 1.9372 2 1 3 4
47.78 1.62 1.9037 4 3 0 4
48.12 5.58 1.8909 1 4 2 4
48.37 6.05 1.8818 4 1 2 4
48.53 1.07 1.8760 1 5 0 4
49.64 2.70 1.8365 0 5 1 4
49.79 7.56 1.8315 3 4 1 4
49.88 13.14 1.8281 2 2 3 4
49.90 8.43 1.8276 4 3 1 4
50.05 2.26 1.8226 5 0 1 4
50.63 3.93 1.8031 1 5 1 4
51.01 5.16 1.7904 5 1 1 4
51.49 1.44 1.7749 2 5 0 4
51.76 3.38 1.7663 1 3 3 4
51.82 1.98 1.7643 5 2 0 4
51.88 1.77 1.7623 3 1 3 4
53.50 1.79 1.7127 2 5 1 4
53.82 2.14 1.7032 5 2 1 4
54.47 5.28 1.6846 4 4 0 4
54.59 1.29 1.6811 2 3 3 4
54.67 3.87 1.6790 3 2 3 4
55.67 6.66 1.6510 0 5 2 4
55.81 6.62 1.6473 3 4 2 4
55.91 3.87 1.6445 4 3 2 4
56.05 7.42 1.6409 5 0 2 4
56.37 4.17 1.6322 0 0 4 2
56.41 3.92 1.6312 4 4 1 4
56.58 2.00 1.6266 1 5 2 4
56.94 2.70 1.6173 5 1 2 4
57.46 1.00 1.6038 4 0 3 4
57.81 3.89 1.5948 0 6 0 2
58.12 2.83 1.5872 1 4 3 4
58.15 2.05 1.5864 1 1 4 4
58.34 2.05 1.5817 4 1 3 4
58.34 2.55 1.5817 6 0 0 2
59.26 3.84 1.5593 2 5 2 4
59.56 3.52 1.5521 5 2 2 4
60.74 1.22 1.5248 1 2 4 4
60.75 4.83 1.5245 2 4 3 4
60.79 1.91 1.5238 2 1 4 4
60.92 5.83 1.5206 4 2 3 4
61.32 4.28 1.5117 2 6 0 4
61.77 5.40 1.5018 6 2 0 4
61.99 3.71 1.4970 4 4 2 4
63.13 1.10 1.4728 2 6 1 4
63.31 2.08 1.4689 2 2 4 4
63.57 2.22 1.4636 6 2 1 4
64.12 1.10 1.4523 4 5 1 4
64.88 1.04 1.4372 0 5 3 4
64.92 6.88 1.4363 1 3 4 4
65.00 4.31 1.4347 3 4 3 4
65.03 4.91 1.4342 3 1 4 4
65.10 1.50 1.4329 4 3 3 4
65.71 1.01 1.4210 1 5 3 4
67.29 2.27 1.3914 3 6 1 4
67.66 3.05 1.3848 6 3 1 4
69.34 1.14 1.3552 4 5 2 4
69.79 2.43 1.3477 5 5 0 4
70.36 1.49 1.3380 0 7 1 4
70.72 5.85 1.3321 4 4 3 4
70.75 1.20 1.3317 4 1 4 4
71.01 1.38 1.3274 7 0 1 4
71.17 2.17 1.3249 1 7 1 4
71.44 3.49 1.3204 3 3 4 4
71.48 3.18 1.3198 5 5 1 4
71.51 1.24 1.3194 6 4 0 4
71.79 2.55 1.3148 7 1 1 4
72.40 6.28 1.3053 3 6 2 4
72.75 6.26 1.2999 6 3 2 4
73.10 1.02 1.2946 4 2 4 4
73.55 1.97 1.2878 2 7 1 4
74.13 1.64 1.2791 7 2 1 4
75.38 1.10 1.2609 0 7 2 4
76.24 2.41 1.2488 1 2 5 4
76.28 2.33 1.2482 2 1 5 4
76.77 1.89 1.2416 2 6 3 4
77.17 1.07 1.2361 6 2 3 4
77.45 1.63 1.2323 3 7 1 4
77.52 3.75 1.2314 1 5 4 4
77.82 2.36 1.2274 5 1 4 4
78.57 1.41 1.2176 2 2 5 4
79.83 1.30 1.2014 2 5 4 4
80.10 1.55 1.1981 5 2 4 4
80.62 1.55 1.1916 3 6 3 4
80.96 1.70 1.1875 6 3 3 4
82.64 1.22 1.1676 1 8 1 4
84.77 1.05 1.1436 5 6 2 4
84.90 1.20 1.1422 6 5 2 4
85.30 1.22 1.1379 1 4 5 4
85.48 1.13 1.1359 4 1 5 4
86.55 1.06 1.1246 2 7 3 4
87.11 1.15 1.1188 7 2 3 4
87.45 1.82 1.1153 1 8 2 4
87.57 1.04 1.1141 2 4 5 4
88.07 1.07 1.1091 2 6 4 4
88.23 1.53 1.1075 8 1 2 4
89.65 1.32 1.0936 5 7 1 4
89.95 1.46 1.0907 7 5 1 4
================================================================================
XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.