Hematolite Moore P B, Araki T American Mineralogist 63 (1978) 150-159 Hematolite: A complex dense-packed sheet structure _database_code_amcsd 0000610 CELL PARAMETERS: 8.2750 8.2750 36.6000 90.000 90.000 120.000 SPACE GROUP: R3 X-RAY WAVELENGTH: 1.541838 Cell Volume: 2170.439 Density (g/cm3): 3.373 MAX. ABS. INTENSITY / VOLUME**2: 8.390822128 RIR: 0.810 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 7.25 65.37 12.2000 0 0 3 1 12.59 6.42 7.0328 1 0 1 3 13.27 14.10 6.6729 0 1 2 3 14.52 70.11 6.1000 0 0 6 1 15.71 23.81 5.6419 1 0 4 3 17.32 49.75 5.1208 0 1 5 3 21.03 28.33 4.2239 1 0 7 3 21.48 78.42 4.1375 1 1 0 3 21.86 41.68 4.0667 0 0 9 1 22.69 42.77 3.9183 2 -1 3 3 22.69 1.44 3.9183 1 1 3 3 23.06 9.86 3.8562 0 1 8 3 25.33 6.86 3.5164 2 0 2 3 26.02 2.80 3.4241 2 -1 6 3 26.02 82.25 3.4241 1 1 6 3 26.72 35.71 3.3365 0 2 4 3 27.36 46.85 3.2595 1 0 10 3 27.72 10.18 3.2183 2 0 5 3 29.28 6.53 3.0500 0 0 12 1 29.60 30.16 3.0179 0 1 11 3 30.24 74.08 2.9557 0 2 7 3 30.83 3.37 2.9003 1 1 9 3 30.83 41.26 2.9003 2 -1 9 3 31.72 47.48 2.8210 2 0 8 3 33.16 31.01 2.7012 2 1 1 3 33.16 4.43 2.7012 3 -1 1 3 33.44 10.12 2.6794 -1 3 2 3 34.22 7.75 2.6204 1 0 13 3 34.53 18.14 2.5972 2 1 4 3 34.53 31.83 2.5972 3 -1 4 3 35.05 8.78 2.5604 0 2 10 3 35.33 10.22 2.5403 -1 3 5 3 35.33 2.12 2.5403 1 2 5 3 36.60 7.47 2.4550 1 1 12 3 36.60 4.09 2.4550 2 -1 12 3 36.84 10.11 2.4400 0 0 15 1 36.86 17.17 2.4382 2 0 11 3 37.39 64.53 2.4051 2 1 7 3 37.39 35.47 2.4051 3 -1 7 3 37.66 24.99 2.3888 3 0 0 3 38.40 6.25 2.3443 0 3 3 3 38.40 1.62 2.3443 3 0 3 3 38.63 8.26 2.3308 -1 3 8 3 38.63 33.54 2.3308 1 2 8 3 40.56 5.90 2.2243 3 0 6 3 40.76 1.00 2.2138 0 2 13 3 41.47 5.71 2.1772 3 -1 10 3 41.47 14.13 2.1772 2 1 10 3 43.04 3.53 2.1017 2 -1 15 3 43.04 4.58 2.1017 1 1 15 3 43.06 23.44 2.1006 1 2 11 3 43.06 1.18 2.1006 -1 3 11 3 43.76 8.67 2.0687 2 2 0 3 43.91 3.64 2.0619 0 1 17 3 43.96 2.94 2.0597 0 3 9 3 45.93 2.58 1.9760 4 -1 2 3 46.34 5.49 1.9591 2 2 6 3 46.53 18.09 1.9519 2 1 13 3 46.53 1.46 1.9519 3 -1 13 3 46.77 5.29 1.9423 -1 4 4 3 46.77 1.04 1.9423 1 3 4 3 47.40 3.07 1.9181 4 -1 5 3 48.39 2.19 1.8810 1 2 14 3 48.39 32.85 1.8810 -1 3 14 3 48.40 2.88 1.8806 0 3 12 3 48.40 5.21 1.8806 3 0 12 3 48.96 4.36 1.8603 1 0 19 3 49.03 7.66 1.8579 -1 4 7 3 49.38 6.29 1.8454 2 0 17 3 49.43 3.19 1.8439 4 -2 9 3 49.98 1.59 1.8249 1 1 18 3 50.03 5.48 1.8230 3 1 8 3 51.23 5.00 1.7831 0 4 2 3 52.35 37.77 1.7477 2 1 16 3 52.35 1.42 1.7477 3 -1 16 3 52.38 11.50 1.7467 1 3 10 3 52.51 1.24 1.7429 0 0 21 1 52.59 5.07 1.7402 0 4 5 3 53.52 2.75 1.7121 2 2 12 3 53.70 6.04 1.7069 0 3 15 3 53.70 6.78 1.7069 3 0 15 3 53.72 4.30 1.7063 4 -1 11 3 53.72 4.84 1.7063 3 1 11 3 54.05 4.01 1.6967 0 2 19 3 54.44 1.38 1.6854 1 2 17 3 54.44 17.44 1.6854 -1 3 17 3 55.99 2.49 1.6424 5 -2 1 3 55.99 2.25 1.6424 3 2 1 3 56.46 3.46 1.6298 2 0 20 3 56.69 1.61 1.6237 1 3 13 3 56.81 1.18 1.6205 1 0 22 3 56.90 8.32 1.6182 3 2 4 3 57.25 11.85 1.6091 4 0 10 3 57.37 1.68 1.6062 2 -1 21 3 57.37 5.18 1.6062 1 1 21 3 58.49 1.36 1.5779 4 -2 15 3 58.49 2.45 1.5779 2 2 15 3 58.51 2.32 1.5774 0 4 11 3 58.82 11.78 1.5698 2 1 19 3 58.82 3.90 1.5698 3 -1 19 3 58.88 1.20 1.5684 5 -2 7 3 58.88 10.94 1.5684 3 2 7 3 59.07 72.34 1.5638 1 4 0 3 59.07 5.35 1.5638 4 1 0 3 59.60 2.89 1.5511 4 1 3 3 59.72 1.01 1.5484 0 3 18 3 59.77 9.50 1.5472 -2 5 8 3 60.73 1.12 1.5250 0 0 24 1 61.11 3.23 1.5164 1 2 20 3 61.11 12.02 1.5164 -1 3 20 3 61.18 2.65 1.5148 -1 5 6 3 61.18 2.10 1.5148 1 4 6 3 61.18 2.27 1.5148 5 -1 6 3 61.33 1.75 1.5115 4 0 13 3 61.45 1.81 1.5089 0 2 22 3 61.87 2.70 1.4997 5 -2 10 3 61.87 3.27 1.4997 3 2 10 3 63.07 4.99 1.4740 -2 5 11 3 63.07 2.46 1.4740 2 3 11 3 63.72 1.22 1.4604 3 1 17 3 63.76 2.86 1.4596 5 -1 9 3 63.76 3.01 1.4596 1 4 9 3 63.76 1.81 1.4596 4 1 9 3 64.02 1.53 1.4543 2 0 23 3 65.02 3.65 1.4344 1 0 25 3 65.20 2.03 1.4309 2 -1 24 3 65.89 2.45 1.4176 3 -1 22 3 66.40 1.23 1.4080 3 0 21 3 66.47 1.06 1.4066 5 0 5 3 67.28 1.14 1.3916 -1 5 12 3 67.74 1.33 1.3833 -1 4 19 3 67.74 1.07 1.3833 1 3 19 3 67.85 1.94 1.3813 0 1 26 3 67.97 1.99 1.3792 3 3 0 3 68.37 1.78 1.3720 1 2 23 3 68.37 10.70 1.3720 -1 3 23 3 69.34 2.42 1.3552 0 2 25 3 69.45 2.43 1.3534 -2 6 1 3 69.93 4.00 1.3452 6 -3 6 3 70.26 2.10 1.3397 -2 6 4 3 70.57 2.24 1.3346 0 5 10 3 70.67 1.03 1.3329 2 2 21 3 70.75 1.03 1.3317 4 2 5 3 71.68 3.92 1.3166 5 -1 15 3 71.68 1.48 1.3166 -1 5 15 3 71.68 3.86 1.3166 1 4 15 3 71.68 1.77 1.3166 4 1 15 3 71.70 1.46 1.3163 5 0 11 3 71.98 1.14 1.3119 4 0 19 3 72.03 3.19 1.3110 -2 6 7 3 72.03 1.54 1.3110 2 4 7 3 72.09 2.65 1.3102 2 0 26 3 72.31 1.11 1.3067 -2 5 17 3 72.35 1.65 1.3061 3 3 9 3 73.54 1.36 1.2879 2 1 25 3 73.54 1.42 1.2879 3 -1 25 3 74.44 1.04 1.2746 6 -1 4 3 74.74 1.03 1.2701 -2 6 10 3 75.84 1.09 1.2544 6 -2 11 3 76.12 2.02 1.2505 3 2 19 3 76.17 1.57 1.2498 6 -1 7 3 76.17 1.46 1.2498 5 1 7 3 76.22 2.48 1.2491 1 2 26 3 76.95 1.11 1.2390 -1 6 8 3 76.95 1.03 1.2390 1 5 8 3 78.15 1.92 1.2230 -2 5 20 3 78.35 1.80 1.2204 -2 6 13 3 78.38 3.25 1.2200 0 0 30 1 79.74 3.07 1.2025 4 2 14 3 79.91 1.51 1.2004 1 5 11 3 80.40 1.13 1.1944 6 0 0 3 81.69 1.54 1.1788 -1 4 25 3 81.69 1.75 1.1788 1 3 25 3 82.25 1.47 1.1721 6 0 6 3 82.49 1.89 1.1694 3 2 22 3 82.83 4.16 1.1654 -2 6 16 3 84.30 1.50 1.1488 4 -1 26 3 84.52 2.69 1.1464 4 2 17 3 84.55 1.42 1.1460 0 6 9 3 84.79 1.48 1.1434 -2 5 23 3 85.69 1.80 1.1336 4 0 25 3 88.19 2.43 1.1079 -2 6 19 3 88.29 1.09 1.1069 0 4 26 3 88.51 1.16 1.1047 -1 6 17 3 89.68 1.00 1.0933 5 -2 25 3 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.