Gillespite Hazen R M, Finger L W American Mineralogist 68 (1983) 595-603 High-pressure and high-temperature crystallographic study of the gillespite I-II phase transition P = 45 kbar CELL PARAMETERS: 7.4450 7.2240 7.7830 90.000 90.000 90.000 SPACE GROUP: P2_12_12 X-RAY WAVELENGTH: 1.541838 MAX. ABS. INTENSITY / VOLUME**2: 19.87006848 2-THETA INTENSITY D-SPACING H K L 11.37 57.24 7.7830 0 0 1 16.48 7.77 5.3799 1 0 1 16.74 9.28 5.2947 0 1 1 17.10 24.05 5.1845 1 1 0 20.58 100.00 4.3148 1 1 1 22.85 9.50 3.8915 0 0 2 23.90 1.38 3.7225 2 0 0 24.65 2.88 3.6120 0 2 0 25.83 43.74 3.4488 1 0 2 26.01 1.03 3.4260 0 1 2 26.54 79.09 3.3582 2 0 1 26.94 3.28 3.3090 2 1 0 27.22 82.83 3.2764 0 2 1 27.45 11.94 3.2497 1 2 0 28.68 88.28 3.1123 1 1 2 29.33 4.95 3.0452 2 1 1 29.79 47.01 2.9988 1 2 1 33.31 15.02 2.6900 2 0 2 33.86 54.68 2.6474 0 2 2 34.57 7.61 2.5943 0 0 3 34.60 89.75 2.5923 2 2 0 35.61 12.00 2.5209 2 1 2 36.01 7.33 2.4944 1 2 2 36.54 23.90 2.4594 2 2 1 36.68 7.23 2.4499 1 0 3 36.81 5.68 2.4417 0 1 3 38.06 10.50 2.3644 3 0 1 38.35 10.03 2.3470 3 1 0 38.81 40.14 2.3201 1 1 3 39.32 5.42 2.2911 1 3 0 40.13 19.17 2.2471 3 1 1 41.07 15.04 2.1979 1 3 1 41.87 2.69 2.1574 2 2 2 44.23 2.25 2.0477 0 3 2 44.28 3.39 2.0454 3 2 0 44.37 14.10 2.0417 2 1 3 44.83 1.93 2.0219 2 3 0 45.11 19.96 2.0098 3 1 2 45.87 1.46 1.9782 3 2 1 45.97 23.18 1.9744 1 3 2 46.68 4.12 1.9457 0 0 4 48.45 11.85 1.8788 0 1 4 48.94 13.29 1.8613 4 0 0 49.72 5.57 1.8337 2 2 3 50.07 7.01 1.8217 1 1 4 50.40 12.33 1.8106 3 2 2 50.41 4.63 1.8102 4 0 1 50.54 12.87 1.8060 0 4 0 50.90 4.27 1.7941 2 3 2 51.80 3.52 1.7649 0 3 3 51.98 4.63 1.7593 0 4 1 52.11 1.40 1.7551 1 4 0 52.58 16.96 1.7405 3 1 3 53.11 3.20 1.7244 2 0 4 53.35 14.00 1.7173 1 3 3 53.52 1.95 1.7121 1 4 1 54.38 9.22 1.6871 3 3 1 54.66 1.57 1.6791 4 0 2 54.73 9.80 1.6773 2 1 4 55.01 5.42 1.6694 1 2 4 55.54 4.41 1.6545 4 2 0 56.25 2.50 1.6355 4 1 2 56.65 5.90 1.6249 2 4 0 56.90 13.80 1.6183 4 2 1 57.36 3.20 1.6062 3 2 3 57.61 4.93 1.5999 1 4 2 57.98 11.59 1.5906 2 4 1 58.43 15.52 1.5794 3 3 2 59.39 2.90 1.5562 2 2 4 60.46 2.30 1.5312 3 0 4 60.79 1.29 1.5237 1 0 5 60.84 3.37 1.5226 4 2 2 60.88 2.37 1.5217 0 1 5 61.25 1.37 1.5134 0 3 4 61.30 1.23 1.5123 4 0 3 61.88 5.45 1.4994 2 4 2 61.95 2.86 1.4979 3 1 4 62.28 1.72 1.4909 1 1 5 62.64 2.42 1.4831 1 3 4 62.68 2.17 1.4822 0 4 3 62.77 2.26 1.4802 4 1 3 63.73 1.25 1.4603 3 4 0 64.05 1.78 1.4537 1 4 3 64.82 5.72 1.4383 3 3 3 64.93 4.21 1.4361 2 0 5 64.98 4.38 1.4352 3 4 1 65.07 3.84 1.4334 5 1 1 65.27 5.88 1.4295 0 2 5 66.37 5.80 1.4085 2 1 5 66.62 2.19 1.4039 1 2 5 66.72 13.33 1.4020 2 3 4 67.08 3.79 1.3954 1 5 1 67.33 3.97 1.3907 5 0 2 68.07 1.68 1.3773 4 3 2 68.65 1.50 1.3672 3 4 2 68.74 6.27 1.3656 5 1 2 69.32 8.71 1.3556 5 2 1 70.58 1.08 1.3345 2 2 5 70.69 6.00 1.3326 1 5 2 71.02 1.53 1.3272 2 5 1 71.24 3.39 1.3237 0 4 4 71.33 7.27 1.3223 4 1 4 72.28 3.79 1.3073 0 3 5 72.92 1.35 1.2972 3 1 5 72.99 2.78 1.2961 4 4 0 73.26 1.99 1.2921 3 3 4 73.30 2.57 1.2914 5 0 3 74.02 2.58 1.2807 4 3 3 74.17 3.75 1.2785 4 4 1 74.21 3.51 1.2779 1 0 6 74.29 1.28 1.2767 0 1 6 74.56 1.36 1.2728 2 5 2 74.66 4.11 1.2713 5 1 3 75.00 1.95 1.2664 5 3 0 75.41 2.12 1.2604 4 2 4 75.56 1.76 1.2584 1 1 6 76.16 1.43 1.2500 5 3 1 76.26 2.26 1.2486 3 5 0 76.55 4.83 1.2445 1 5 3 76.82 1.59 1.2408 6 0 0 76.98 1.78 1.2387 3 2 5 77.37 2.02 1.2334 2 3 5 77.41 1.50 1.2328 3 5 1 77.64 1.54 1.2297 4 4 2 77.97 1.81 1.2254 6 0 1 79.34 1.40 1.2077 2 1 6 79.57 2.25 1.2047 1 2 6 79.61 3.36 1.2043 5 3 2 79.63 1.10 1.2040 0 6 0 80.32 2.51 1.1954 2 5 3 80.77 1.47 1.1898 0 6 1 80.85 1.83 1.1889 3 5 2 81.75 2.48 1.1781 4 1 5 82.01 1.09 1.1749 1 6 1 82.07 2.26 1.1742 4 3 4 82.13 1.66 1.1735 6 2 0 82.61 1.02 1.1679 3 4 4 82.70 2.32 1.1670 5 1 4 82.90 1.02 1.1646 1 4 5 83.27 2.98 1.1604 6 2 1 83.30 1.46 1.1600 2 2 6 83.30 2.54 1.1600 0 5 4 84.17 1.59 1.1502 0 6 2 84.23 1.17 1.1496 3 0 6 84.54 1.98 1.1462 1 5 4 84.59 1.68 1.1456 2 6 0 85.28 4.02 1.1381 5 3 3 85.69 2.68 1.1337 4 2 5 85.72 3.06 1.1334 2 6 1 86.50 4.85 1.1251 3 5 3 86.60 2.17 1.1240 2 4 5 86.63 2.09 1.1238 5 2 4 86.65 2.27 1.1235 6 2 2 88.36 1.12 1.1062 6 1 3 88.80 1.16 1.1019 5 4 2 89.02 1.46 1.0997 1 0 7 89.46 3.84 1.0955 3 2 6 89.84 1.69 1.0918 2 3 6 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.