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 = 21 kbar CELL PARAMETERS: 7.4985 7.3223 7.9200 90.000 90.000 90.000 SPACE GROUP: P2_12_12 X-RAY WAVELENGTH: 1.541838 MAX. ABS. INTENSITY / VOLUME**2: 20.02299843 2-THETA INTENSITY D-SPACING H K L 11.17 52.99 7.9200 0 0 1 16.28 6.01 5.4452 1 0 1 16.92 16.39 5.2388 1 1 0 20.32 84.36 4.3694 1 1 1 22.45 9.83 3.9600 0 0 2 23.73 1.02 3.7492 2 0 0 25.44 35.15 3.5017 1 0 2 25.57 4.62 3.4832 0 1 2 26.30 79.23 3.3887 2 0 1 26.71 1.67 3.3372 2 1 0 26.83 71.88 3.3233 0 2 1 27.10 9.41 3.2899 1 2 0 28.25 100.00 3.1590 1 1 2 29.04 16.02 3.0754 2 1 1 29.40 32.74 3.0382 1 2 1 32.90 16.88 2.7226 2 0 2 33.33 29.69 2.6883 0 2 2 33.96 7.60 2.6400 0 0 3 34.23 55.25 2.6194 2 2 0 35.17 7.05 2.5519 2 1 2 35.47 6.38 2.5306 1 2 2 36.07 4.94 2.4902 1 0 3 36.12 25.06 2.4869 2 2 1 36.17 1.85 2.4835 0 1 3 37.74 8.11 2.3836 3 0 1 38.04 11.48 2.3655 3 1 0 38.17 40.36 2.3576 1 1 3 38.80 4.46 2.3209 1 3 0 39.77 14.45 2.2665 3 1 1 40.50 13.31 2.2272 1 3 1 41.33 10.25 2.1847 2 2 2 43.56 1.66 2.0778 0 3 2 43.72 14.83 2.0705 2 1 3 43.86 2.67 2.0643 3 2 0 44.62 15.99 2.0308 3 1 2 45.29 23.24 2.0023 1 3 2 45.40 4.99 1.9976 3 2 1 45.83 5.67 1.9800 0 0 4 47.57 12.74 1.9114 0 1 4 48.57 12.95 1.8746 4 0 0 48.99 4.49 1.8594 2 2 3 49.19 7.52 1.8521 1 1 4 49.81 12.40 1.8306 0 4 0 49.81 9.92 1.8305 3 2 2 50.00 4.50 1.8242 4 0 1 50.20 2.91 1.8174 2 3 2 50.95 1.24 1.7922 0 3 3 51.22 4.27 1.7836 0 4 1 51.38 2.03 1.7783 1 4 0 51.90 18.17 1.7617 3 1 3 52.25 3.39 1.7508 2 0 4 52.50 14.32 1.7431 1 3 3 52.55 1.04 1.7416 0 2 4 52.76 1.44 1.7351 1 4 1 53.75 6.44 1.7053 3 3 1 53.84 5.21 1.7028 2 1 4 54.06 2.73 1.6965 1 2 4 54.13 1.03 1.6944 4 0 2 55.03 6.08 1.6686 4 2 0 55.68 1.14 1.6507 4 1 2 55.89 6.18 1.6450 2 4 0 56.35 12.10 1.6328 4 2 1 56.75 4.01 1.6223 1 4 2 56.95 1.59 1.6169 2 3 3 57.19 11.71 1.6106 2 4 1 57.70 13.60 1.5978 3 3 2 58.43 1.52 1.5795 2 2 4 59.57 2.04 1.5520 3 0 4 59.73 2.69 1.5482 0 1 5 60.18 2.14 1.5377 4 2 2 60.18 1.11 1.5377 0 3 4 60.58 1.32 1.5285 4 0 3 60.99 4.25 1.5191 2 4 2 61.03 4.55 1.5183 3 1 4 61.57 2.77 1.5063 1 3 4 61.66 2.48 1.5043 0 4 3 62.03 1.19 1.4962 4 1 3 62.93 1.43 1.4769 3 4 0 63.02 1.37 1.4749 1 4 3 63.79 6.88 1.4591 2 0 5 63.92 6.54 1.4565 3 3 3 64.05 5.88 1.4538 0 2 5 64.15 3.21 1.4518 3 4 1 64.51 3.66 1.4446 5 1 1 65.19 3.21 1.4310 2 1 5 65.39 1.47 1.4272 1 2 5 65.62 9.53 1.4227 2 3 4 66.07 3.47 1.4142 1 5 1 66.69 3.54 1.4025 5 0 2 67.71 1.38 1.3838 3 4 2 68.07 8.22 1.3775 5 1 2 68.66 4.61 1.3670 5 2 1 69.33 1.91 1.3554 2 2 5 69.58 6.70 1.3511 1 5 2 69.99 2.11 1.3443 2 5 1 70.00 3.35 1.3441 0 4 4 70.34 5.97 1.3384 4 1 4 70.93 3.14 1.3287 0 3 5 72.12 2.86 1.3097 4 4 0 72.12 2.54 1.3097 3 3 4 72.48 1.67 1.3040 5 0 3 72.74 3.03 1.3000 1 0 6 73.04 1.44 1.2954 4 3 3 73.26 3.67 1.2922 4 4 1 73.81 3.80 1.2838 5 1 3 74.22 1.13 1.2778 5 3 0 74.34 2.78 1.2759 4 2 4 75.20 1.92 1.2636 3 5 0 75.28 4.39 1.2623 1 5 3 75.34 1.66 1.2615 5 3 1 75.68 2.22 1.2567 3 2 5 75.98 1.44 1.2524 2 3 5 76.17 1.39 1.2498 6 0 0 76.32 1.53 1.2478 3 5 1 76.63 1.35 1.2435 4 4 2 77.29 1.72 1.2345 6 0 1 77.81 1.29 1.2275 2 1 6 77.99 2.33 1.2251 1 2 6 78.35 1.37 1.2204 0 6 0 78.69 3.63 1.2160 5 3 2 79.01 2.12 1.2119 2 5 3 79.46 1.48 1.2061 0 6 1 79.65 1.72 1.2038 3 5 2 80.45 2.15 1.1937 4 1 5 80.85 1.48 1.1889 4 3 4 81.36 1.52 1.1827 6 2 0 81.60 2.00 1.1799 5 1 4 81.69 4.07 1.1788 2 2 6 81.80 2.54 1.1774 0 5 4 82.45 2.80 1.1698 6 2 1 83.03 2.19 1.1632 1 5 4 83.26 1.05 1.1605 2 6 0 84.18 3.95 1.1501 5 3 3 84.30 2.99 1.1488 4 2 5 84.35 2.82 1.1482 2 6 1 85.01 3.00 1.1410 2 4 5 85.13 4.83 1.1397 3 5 3 85.73 2.01 1.1333 6 2 2 87.11 1.29 1.1188 1 0 7 87.62 1.01 1.1136 2 6 2 87.65 1.01 1.1133 5 4 2 87.77 3.22 1.1121 3 2 6 89.78 1.39 1.0924 4 4 4 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.