Actinolite
Evans B W, Yang H
American Mineralogist 83 (1998) 458-475
Fe-Mg order-disorder in tremolite-actinolite-ferro-actinolite at ambient
and high temperature
Sample: C59, AMNH 44973, from Cumberland, Rhode Island in a quartzite
after heating at 700 C
_database_code_amcsd 0001996
CELL PARAMETERS: 9.8900 18.1940 5.3060 90.000 104.620 90.000
SPACE GROUP: C2/m
X-RAY WAVELENGTH: 1.541838
Cell Volume: 923.841
Density (g/cm3): 3.276
MAX. ABS. INTENSITY / VOLUME**2: 14.34350305
RIR: 1.425
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
9.72 13.75 9.0970 0 2 0 2
10.44 100.00 8.4696 1 1 0 4
17.31 1.36 5.1226 1 3 0 4
18.09 12.52 4.9028 -1 1 1 4
18.54 1.34 4.7849 2 0 0 2
19.52 12.08 4.5485 0 4 0 2
19.86 1.81 4.4712 0 2 1 4
20.98 3.01 4.2348 2 2 0 4
22.16 1.38 4.0112 1 1 1 4
22.81 7.58 3.8993 -1 3 1 4
26.18 27.91 3.4037 1 3 1 4
27.05 14.84 3.2967 2 4 0 4
28.41 44.50 3.1420 3 1 0 4
30.21 13.06 2.9585 2 2 1 4
31.69 6.88 2.8232 3 3 0 4
32.60 12.15 2.7464 -3 3 1 4
32.87 65.73 2.7252 1 5 1 4
34.16 2.25 2.6249 -1 1 2 4
34.35 28.23 2.6110 0 6 1 4
35.26 38.06 2.5456 -2 0 2 2
37.49 2.55 2.3987 3 5 0 4
37.60 1.94 2.3924 4 0 0 2
38.28 24.70 2.3511 -3 5 1 4
38.58 5.00 2.3336 -4 2 1 4
38.86 1.38 2.3172 1 1 2 4
38.90 4.55 2.3149 -1 7 1 4
39.42 13.50 2.2858 -3 1 2 4
40.61 2.21 2.2213 -2 4 2 4
41.08 3.67 2.1971 1 7 1 4
41.47 21.84 2.1774 2 6 1 4
41.95 2.20 2.1538 -3 3 2 4
44.04 11.90 2.0562 2 0 2 2
44.63 11.66 2.0305 3 5 1 4
44.79 7.45 2.0234 -4 0 2 2
44.99 2.22 2.0150 3 7 0 4
45.67 1.75 1.9865 -3 7 1 4
45.88 2.18 1.9779 1 9 0 4
46.66 1.30 1.9466 -3 5 2 4
46.84 1.12 1.9395 4 2 1 4
47.78 1.36 1.9035 5 1 0 4
48.18 3.46 1.8888 -4 6 1 4
48.45 3.60 1.8789 -1 9 1 4
48.59 1.30 1.8736 2 4 2 4
49.07 1.28 1.8565 -1 7 2 4
49.29 1.43 1.8487 -4 4 2 4
49.97 1.22 1.8252 5 3 0 4
50.14 1.90 1.8194 0 10 0 2
52.14 4.16 1.7541 -5 1 2 4
53.01 2.49 1.7276 -5 5 1 4
53.91 1.05 1.7006 2 10 0 4
54.07 3.68 1.6960 -2 8 2 4
54.16 3.72 1.6934 -1 3 3 4
54.56 1.84 1.6819 0 2 3 4
55.31 15.61 1.6609 4 6 1 4
55.77 3.39 1.6483 4 8 0 4
56.46 9.36 1.6298 1 11 0 4
57.81 3.40 1.5950 6 0 0 2
58.13 13.96 1.5870 -1 5 3 4
59.05 3.56 1.5643 4 0 2 2
60.07 6.19 1.5402 -6 0 2 2
60.17 1.11 1.5380 -3 5 3 4
60.57 1.78 1.5287 1 9 2 4
60.90 11.93 1.5211 -2 6 3 4
61.12 5.94 1.5162 0 12 0 2
61.34 3.90 1.5113 5 5 1 4
62.30 1.74 1.4904 0 6 3 4
62.78 1.50 1.4802 -2 10 2 4
62.82 1.52 1.4793 4 4 2 4
62.95 1.06 1.4765 1 5 3 4
63.34 3.46 1.4684 3 11 0 4
63.78 1.93 1.4593 -1 7 3 4
63.80 1.39 1.4588 -6 4 2 4
64.33 1.01 1.4482 4 10 0 4
64.43 16.63 1.4462 -6 6 1 4
68.32 6.52 1.3730 5 1 2 4
68.71 3.21 1.3661 -5 5 3 4
68.87 2.00 1.3633 7 1 0 4
69.65 4.66 1.3499 1 11 2 4
70.03 3.24 1.3436 -3 11 2 4
70.08 1.37 1.3427 5 3 2 4
70.14 3.76 1.3417 2 6 3 4
71.66 4.84 1.3169 -7 5 1 4
71.89 3.46 1.3133 -1 1 4 4
72.39 1.62 1.3055 0 12 2 4
72.57 7.88 1.3026 -2 12 2 4
73.83 2.47 1.2835 0 0 4 2
74.56 3.19 1.2728 -4 0 4 2
79.47 5.38 1.2060 -5 11 2 4
80.25 1.45 1.1962 8 0 0 2
82.59 2.53 1.1681 2 0 4 2
85.80 1.21 1.1325 7 9 0 4
89.34 1.18 1.0966 3 1 4 4
================================================================================
XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.