Mg2SiO4
Finkelstein G J, Dera P K, Jahn S, Oganov A R, Holl C M, Meng Y, Duffy T S
American Mineralogist 99 (2014) 35-43
Phase transitions and equation of state of forsterite to 90 GPa from single-crystal
X-ray diffraction and molecular modeling
Note: P = 52.4 GPa
Locality: Synthetic
_database_code_amcsd 0020328
CELL PARAMETERS: 4.6950 9.2010 5.3110 93.100 107.264 98.133
SPACE GROUP: P1
X-RAY WAVELENGTH: 1.541838
Cell Volume: 215.766
Density (g/cm3): 4.330
MAX. ABS. INTENSITY / VOLUME**2: 5.779365423
RIR: 0.435
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
9.76 36.30 9.0613 0 1 0 1
17.58 4.34 5.0455 0 0 1 1
19.59 4.07 4.5307 0 2 0 1
20.08 6.05 4.4219 1 0 0 1
20.85 26.88 4.2611 -1 1 0 1
21.01 33.47 4.2293 0 1 1 1
22.28 5.89 3.9899 -1 0 1 1
23.80 2.68 3.7380 1 1 0 1
25.05 8.32 3.5554 0 -2 1 1
25.72 11.19 3.4634 -1 2 0 1
27.77 3.15 3.2126 0 2 1 1
28.78 6.84 3.1019 -1 2 1 1
30.49 3.34 2.9317 1 2 0 1
30.65 3.98 2.9170 1 -1 1 1
30.72 7.01 2.9107 1 0 1 1
30.86 13.48 2.8972 -1 -2 1 1
33.04 39.51 2.7114 -1 3 0 1
33.70 11.70 2.6597 1 -2 1 1
33.89 4.35 2.6453 1 1 1 1
35.11 4.68 2.5561 -1 0 2 1
35.59 3.99 2.5227 0 0 2 1
35.97 3.15 2.4967 0 -1 2 1
36.04 24.72 2.4920 -1 3 1 1
36.18 7.52 2.4828 0 3 1 1
36.45 19.12 2.4649 -1 -1 2 1
36.60 3.14 2.4553 -1 1 2 1
37.98 47.01 2.3689 0 1 2 1
38.60 20.33 2.3323 -1 -3 1 1
38.78 69.35 2.3219 1 3 0 1
39.06 2.16 2.3059 0 -2 2 1
39.12 11.60 2.3024 -2 0 1 1
39.14 24.66 2.3016 -2 1 1 1
39.23 23.54 2.2967 1 -3 1 1
39.50 3.83 2.2814 1 2 1 1
39.79 7.30 2.2653 0 4 0 1
40.36 2.16 2.2346 -2 1 0 1
40.39 4.61 2.2334 -1 -2 2 1
40.66 4.03 2.2191 -1 2 2 1
41.71 5.99 2.1654 -2 2 1 1
42.03 1.99 2.1498 0 -4 1 1
42.43 1.45 2.1305 -2 2 0 1
42.76 1.96 2.1146 0 2 2 1
43.72 4.90 2.0706 2 1 0 1
44.62 3.42 2.0308 -1 4 1 1
45.47 1.97 1.9949 -2 0 2 1
45.53 3.85 1.9923 0 4 1 1
45.90 45.28 1.9770 -2 1 2 1
46.16 1.32 1.9667 1 -1 2 1
46.36 1.53 1.9584 -1 -3 2 1
46.43 1.56 1.9557 -2 -2 1 1
46.50 1.33 1.9532 1 -4 1 1
46.73 2.42 1.9440 -1 3 2 1
46.83 17.14 1.9399 1 3 1 1
47.33 1.63 1.9208 -2 -1 2 1
47.50 2.96 1.9143 -1 -4 1 1
47.96 100.00 1.8968 1 -2 2 1
48.06 73.10 1.8932 1 4 0 1
48.59 77.27 1.8739 -2 2 2 1
49.09 6.76 1.8560 2 -1 1 1
49.87 4.08 1.8286 2 0 1 1
50.35 2.67 1.8123 0 5 0 1
50.48 1.88 1.8080 2 -2 1 1
51.40 3.36 1.7777 0 -4 2 1
51.84 14.13 1.7635 0 -5 1 1
51.86 17.61 1.7631 1 -3 2 1
51.87 1.54 1.7627 -1 0 3 1
53.26 1.32 1.7198 -2 3 2 1
53.88 2.21 1.7017 -1 -4 2 1
55.14 1.52 1.6657 -1 -2 3 1
55.41 5.81 1.6582 1 4 1 1
57.36 1.24 1.6063 0 4 2 1
57.53 1.42 1.6020 2 2 1 1
58.11 2.24 1.5874 1 5 0 1
58.48 6.22 1.5782 -2 1 3 1
59.05 1.02 1.5643 -3 1 1 1
59.17 2.38 1.5614 2 -4 1 1
59.65 2.27 1.5501 -1 -3 3 1
60.20 2.30 1.5373 0 -3 3 1
60.30 1.37 1.5348 1 3 2 1
60.47 3.77 1.5311 -2 5 0 1
61.11 3.28 1.5164 -2 2 3 1
62.03 4.02 1.4961 -1 3 3 1
62.09 1.47 1.4949 -2 -2 3 1
62.11 1.10 1.4945 -3 1 0 1
62.14 1.38 1.4939 -3 1 2 1
62.36 3.55 1.4890 0 -6 1 1
63.11 13.47 1.4732 -1 5 2 1
63.46 1.68 1.4658 2 4 0 1
63.47 3.68 1.4657 -3 3 1 1
63.72 2.38 1.4605 -3 2 2 1
63.82 4.39 1.4585 2 -2 2 1
63.92 1.59 1.4563 2 3 1 1
64.42 1.31 1.4462 1 -1 3 1
64.45 1.79 1.4457 -1 6 1 1
64.59 1.43 1.4429 1 -6 1 1
65.02 1.41 1.4345 1 5 1 1
65.13 1.83 1.4322 1 0 3 1
65.51 2.08 1.4248 -2 3 3 1
65.55 3.81 1.4241 1 -2 3 1
65.86 1.75 1.4182 3 1 0 1
66.39 5.06 1.4080 0 6 1 1
66.52 2.66 1.4057 0 5 2 1
66.79 12.05 1.4007 2 1 2 1
67.38 1.97 1.3898 -2 5 2 1
68.06 3.30 1.3776 1 4 2 1
68.32 1.17 1.3730 -3 4 1 1
68.44 40.47 1.3708 -3 -2 2 1
68.46 1.43 1.3705 1 -3 3 1
68.80 4.34 1.3645 -1 4 3 1
69.18 27.87 1.3580 0 -6 2 1
69.98 2.60 1.3443 -2 -5 1 1
70.19 33.01 1.3409 -3 4 0 1
70.91 1.23 1.3290 -3 1 3 1
71.13 18.82 1.3254 -1 0 4 1
71.30 20.83 1.3227 2 2 2 1
71.32 13.73 1.3224 -1 -1 4 1
71.74 1.27 1.3157 2 4 1 1
72.54 1.27 1.3031 -3 -1 3 1
72.72 3.89 1.3004 0 -5 3 1
72.89 5.07 1.2978 -2 -5 2 1
73.00 13.00 1.2960 -1 6 2 1
73.10 6.64 1.2945 0 7 0 1
73.33 1.17 1.2910 -2 -4 3 1
73.40 1.33 1.2900 -1 -5 3 1
73.65 2.78 1.2862 3 -3 1 1
75.66 3.22 1.2569 -1 7 1 1
75.95 1.01 1.2529 -1 2 4 1
76.44 7.92 1.2460 3 3 0 1
76.84 1.11 1.2406 2 -5 2 1
76.87 1.29 1.2401 -1 -3 4 1
77.11 3.56 1.2369 1 5 2 1
77.80 2.16 1.2276 -2 2 4 1
78.74 5.06 1.2153 -3 5 2 1
79.23 1.04 1.2091 1 -5 3 1
79.28 1.64 1.2084 0 -3 4 1
79.36 8.33 1.2074 -2 7 0 1
79.76 1.06 1.2024 0 -7 2 1
80.29 1.01 1.1958 -2 -6 1 1
80.41 1.74 1.1943 -2 7 1 1
81.21 2.44 1.1845 -2 -5 3 1
81.97 1.14 1.1754 2 0 3 1
82.10 1.58 1.1739 -2 3 4 1
82.12 1.20 1.1737 -1 -4 4 1
82.38 2.58 1.1706 -1 -6 3 1
82.45 2.21 1.1698 -4 1 1 1
83.15 1.08 1.1617 3 -5 1 1
83.72 1.06 1.1552 2 -7 1 1
84.08 1.16 1.1512 -4 0 2 1
84.34 3.19 1.1484 2 -6 2 1
84.56 1.14 1.1459 3 -1 2 1
85.59 2.06 1.1347 -3 -1 4 1
86.56 2.23 1.1245 -1 6 3 1
86.60 9.71 1.1240 0 3 4 1
86.63 2.36 1.1238 3 -3 2 1
87.01 2.51 1.1198 -4 1 0 1
87.32 8.22 1.1167 -2 -4 4 1
88.00 1.31 1.1098 -1 8 1 1
88.43 8.06 1.1055 4 0 0 1
89.15 1.47 1.0984 3 1 2 1
89.38 1.34 1.0962 2 2 3 1
89.44 1.59 1.0956 -4 1 3 1
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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.