Hydroxylclinohumite
Friedrich A, Lager G A, Kunz M, Chakoumakos B C, Smyth J R, Schultz A J
American Mineralogist 86 (2001) 981-989
Temperature-dependent single-crystal neutron diffraction study of natural
chondrodite and clinohumite
Sample: from Val Malenco, Italy at T = 100 K
_database_code_amcsd 0002661
CELL PARAMETERS: 4.7282 10.2730 13.7020 101.004 90.000 90.000
SPACE GROUP: P2_1/b
X-RAY WAVELENGTH: 1.541838
Cell Volume: 653.308
Density (g/cm3): 3.354
MAX. ABS. INTENSITY / VOLUME**2: 4.083140668
RIR: 0.396
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
17.57 41.59 5.0486 0 -2 1 2
17.59 2.97 5.0421 0 2 0 2
19.80 1.35 4.4834 0 0 3 2
19.89 24.76 4.4638 0 -2 2 2
19.95 5.08 4.4503 0 2 1 2
21.26 3.74 4.1784 1 -1 1 4
22.30 4.39 3.9870 1 1 1 4
22.99 25.17 3.8679 1 0 2 4
23.91 22.77 3.7217 0 -2 3 2
24.00 43.83 3.7087 0 2 2 2
25.56 42.90 3.4857 1 1 2 4
25.82 8.88 3.4510 1 -2 1 4
25.83 16.04 3.4490 1 2 0 4
26.51 12.55 3.3625 0 0 4 2
27.41 4.98 3.2533 1 0 3 4
27.52 4.46 3.2406 1 2 1 4
27.62 31.43 3.2297 1 -1 3 4
29.07 1.22 3.0719 0 2 3 2
30.01 7.10 2.9780 1 1 3 4
30.57 9.38 2.9244 1 -2 3 4
30.64 2.01 2.9181 1 2 2 4
32.32 99.26 2.7701 1 -3 1 4
32.50 27.74 2.7550 1 -1 4 4
32.68 1.38 2.7402 1 0 4 4
32.69 23.69 2.7396 1 3 0 4
33.31 12.60 2.6900 0 0 5 2
33.34 3.10 2.6874 1 -3 2 4
34.41 37.15 2.6064 1 3 1 4
34.67 4.41 2.5873 0 -2 5 2
34.78 5.39 2.5794 0 2 4 2
34.94 1.11 2.5682 0 -4 1 2
35.25 100.00 2.5460 1 1 4 4
35.61 1.16 2.5210 0 4 0 2
35.65 93.69 2.5185 1 -3 3 4
37.32 37.01 2.4096 1 3 2 4
37.44 8.34 2.4020 0 -4 3 2
37.53 14.32 2.3964 0 4 1 2
38.04 67.26 2.3657 1 -1 5 4
38.06 2.77 2.3641 2 0 0 2
39.14 22.11 2.3017 2 1 0 4
39.71 45.93 2.2697 1 -2 5 4
39.81 41.55 2.2644 1 2 4 4
39.95 56.31 2.2568 1 -4 1 4
40.03 1.16 2.2525 2 1 1 4
40.23 1.05 2.2417 0 0 6 2
40.41 3.52 2.2319 0 -4 4 2
40.88 6.28 2.2073 2 -1 2 4
41.05 3.84 2.1988 1 1 5 4
41.20 7.84 2.1910 1 3 3 4
42.04 13.89 2.1492 2 1 2 4
43.32 4.92 2.0887 1 -3 5 4
43.40 7.29 2.0849 2 -1 3 4
44.05 2.23 2.0555 1 -1 6 4
44.31 5.17 2.0445 0 -4 5 2
44.46 1.74 2.0376 0 4 3 2
45.45 1.08 1.9955 2 -2 3 4
46.72 3.83 1.9444 2 -3 1 4
47.27 1.99 1.9229 1 1 6 4
48.34 9.16 1.8830 1 -5 1 4
48.56 1.88 1.8747 1 -5 2 4
49.78 3.50 1.8315 1 -5 3 4
50.46 8.08 1.8086 1 -1 7 4
50.85 7.40 1.7955 1 5 1 4
51.32 2.85 1.7803 1 -2 7 4
51.44 4.48 1.7766 1 2 6 4
51.46 4.32 1.7758 2 0 5 4
52.43 71.74 1.7453 2 -2 5 4
52.51 74.48 1.7428 2 2 4 4
52.62 52.21 1.7394 2 -4 1 4
53.11 1.21 1.7245 2 4 0 4
53.85 5.56 1.7025 1 -3 7 4
53.86 2.23 1.7022 1 1 7 4
54.22 1.17 1.6918 0 -4 7 2
54.46 7.30 1.6849 2 -4 3 4
54.52 15.86 1.6830 2 4 1 4
54.53 1.09 1.6829 0 -6 3 2
55.39 2.07 1.6588 2 -3 5 4
56.33 11.38 1.6332 0 -6 4 2
56.46 12.38 1.6299 0 6 1 2
56.72 3.54 1.6229 2 -4 4 4
56.96 7.25 1.6168 1 5 3 4
56.98 19.80 1.6161 1 3 6 4
57.35 1.22 1.6067 1 -6 1 4
57.53 1.56 1.6020 2 3 4 4
58.73 2.11 1.5720 2 1 6 4
58.77 5.51 1.5711 1 -5 6 4
59.35 5.08 1.5572 3 1 0 4
59.56 1.21 1.5521 3 -1 1 4
59.80 6.28 1.5464 2 -4 5 4
59.91 11.09 1.5440 1 -3 8 4
59.93 2.25 1.5434 2 4 3 4
60.03 7.16 1.5411 0 -4 8 2
60.25 7.55 1.5359 0 4 6 2
60.32 1.62 1.5345 3 0 2 4
60.65 1.96 1.5269 3 -1 2 4
60.91 1.90 1.5209 2 -5 3 4
61.23 2.64 1.5137 0 -2 9 2
61.37 2.97 1.5107 0 2 8 2
61.50 3.20 1.5077 2 -1 7 4
61.52 5.43 1.5073 3 1 2 4
61.65 1.81 1.5045 3 -2 1 4
61.66 1.92 1.5043 3 2 0 4
61.85 4.80 1.5001 2 5 1 4
62.11 53.97 1.4945 0 0 9 2
62.26 1.41 1.4912 2 -2 7 4
62.41 42.20 1.4879 0 -6 6 2
62.57 1.72 1.4846 3 -1 3 4
62.62 39.66 1.4834 0 6 3 2
62.81 2.22 1.4794 2 -5 4 4
63.79 1.32 1.4590 2 4 4 4
64.17 1.93 1.4513 3 -2 3 4
65.18 6.01 1.4313 3 -3 1 4
65.29 1.58 1.4292 3 -1 4 4
66.44 5.10 1.4072 1 -3 9 4
66.44 2.92 1.4071 3 3 1 4
66.76 22.84 1.4012 1 -7 2 4
66.97 7.84 1.3974 3 1 4 4
66.99 1.04 1.3970 1 -7 1 4
67.22 9.27 1.3928 3 -3 3 4
67.34 1.88 1.3905 1 -7 3 4
68.29 3.56 1.3735 3 3 2 4
68.41 1.46 1.3713 1 -5 8 4
68.76 6.30 1.3652 3 -1 5 4
68.97 1.22 1.3617 2 -5 6 4
69.88 17.08 1.3460 3 -2 5 4
69.95 18.02 1.3449 3 2 4 4
70.05 11.59 1.3433 3 -4 1 4
70.07 8.07 1.3428 1 3 8 4
70.13 1.46 1.3419 2 6 1 4
71.38 3.36 1.3214 0 -6 8 2
71.48 2.75 1.3199 1 5 6 4
71.61 4.57 1.3177 3 -4 3 4
71.67 4.29 1.3169 0 6 5 2
71.67 2.96 1.3168 3 4 1 4
73.33 2.30 1.2910 2 -4 8 4
73.44 4.35 1.2893 1 -3 10 4
73.53 1.15 1.2880 2 4 6 4
74.13 1.45 1.2791 2 -1 9 4
74.85 1.05 1.2686 1 6 5 4
75.22 3.48 1.2632 2 0 9 4
75.50 1.74 1.2593 2 -6 6 4
75.69 1.26 1.2566 2 5 5 4
75.69 1.65 1.2565 2 6 3 4
76.15 1.35 1.2501 3 -5 1 4
76.32 2.18 1.2478 1 -4 10 4
76.40 1.15 1.2466 3 4 3 4
76.57 2.40 1.2443 1 4 8 4
77.52 1.03 1.2313 1 -7 7 4
77.55 2.22 1.2310 1 5 7 4
77.68 2.28 1.2292 2 1 9 4
77.80 1.21 1.2276 3 -1 7 4
77.97 2.43 1.2254 2 -5 8 4
78.49 2.50 1.2186 3 0 7 4
80.09 1.43 1.1982 0 8 2 2
80.51 3.15 1.1930 1 -5 10 4
80.54 1.13 1.1927 3 1 7 4
80.90 1.10 1.1883 2 5 6 4
81.27 1.82 1.1838 1 0 11 4
81.41 10.84 1.1820 4 0 0 2
81.90 1.19 1.1763 1 -7 8 4
83.11 4.79 1.1622 3 5 3 4
83.14 4.05 1.1619 3 3 6 4
83.19 2.30 1.1612 2 -7 6 4
84.66 4.02 1.1448 3 -5 6 4
84.99 1.40 1.1412 0 -2 12 2
85.11 2.57 1.1399 2 7 3 4
85.15 1.03 1.1395 0 2 11 2
85.17 1.52 1.1393 1 3 10 4
85.58 7.22 1.1349 2 -4 10 4
85.64 2.66 1.1342 3 -3 8 4
85.65 1.69 1.1341 3 -6 4 4
85.75 1.90 1.1330 3 6 1 4
85.83 6.29 1.1322 2 4 8 4
86.19 6.48 1.1284 2 -8 2 4
86.32 1.00 1.1270 1 -8 7 4
86.42 1.06 1.1260 3 1 8 4
87.75 1.52 1.1123 2 8 0 4
88.33 1.76 1.1065 1 -1 12 4
88.80 2.64 1.1019 3 -4 8 4
88.91 1.63 1.1008 4 1 4 4
88.99 3.84 1.1000 3 4 6 4
89.09 4.77 1.0990 1 -3 12 4
89.56 1.36 1.0945 3 -1 9 4
89.84 1.31 1.0917 3 -2 9 4
89.96 1.29 1.0906 3 2 8 4
90.00 1.32 1.0903 1 9 0 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.