Holdenite Moore P B, Araki T American Mineralogist 62 (1977) 513-521 Holdenite, a novel cubic close-packed structure Note: sample is from the zinc mines at Franklin, Sussex County, New Jersey, USA _database_code_amcsd 0000581 CELL PARAMETERS: 11.9900 31.4600 8.6970 90.000 90.000 90.000 SPACE GROUP: Abma X-RAY WAVELENGTH: 1.541838 Cell Volume: 3280.555 Density (g/cm3): 4.077 MAX. ABS. INTENSITY / VOLUME**2: 19.80512634 RIR: 1.582 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 5.62 2.84 15.7300 0 2 0 2 11.25 4.70 7.8650 0 4 0 2 14.78 1.43 5.9950 2 0 0 2 15.16 17.02 5.8450 1 3 1 8 15.82 1.08 5.6019 2 2 0 4 16.91 1.01 5.2433 0 6 0 2 18.92 10.06 4.6914 1 5 1 8 19.88 2.50 4.4660 2 3 1 8 20.42 9.97 4.3485 0 0 2 2 21.20 3.69 4.1913 0 2 2 4 21.74 7.15 4.0879 1 0 2 4 22.47 6.77 3.9565 1 2 2 8 23.38 3.19 3.8056 0 4 2 4 23.48 5.91 3.7882 1 7 1 8 24.54 28.33 3.6272 1 4 2 8 24.68 26.30 3.6076 3 1 1 8 25.30 7.26 3.5200 2 0 2 4 25.96 37.74 3.4316 3 3 1 8 26.63 2.20 3.3472 0 6 2 4 26.83 12.07 3.3231 2 7 1 8 27.67 6.23 3.2239 1 6 2 8 28.37 10.52 3.1460 0 10 0 2 29.81 41.33 2.9975 4 0 0 2 30.36 4.90 2.9445 4 2 0 4 30.38 9.82 2.9426 3 0 2 4 30.65 1.56 2.9167 0 8 2 4 30.92 15.71 2.8924 3 2 2 8 31.36 100.00 2.8527 2 9 1 8 31.57 6.99 2.8341 1 8 2 8 31.68 20.49 2.8247 3 7 1 8 31.89 25.67 2.8066 1 1 3 8 31.95 2.84 2.8010 4 4 0 4 32.13 6.38 2.7857 2 10 0 4 32.49 4.63 2.7560 3 4 2 8 32.91 17.35 2.7213 1 3 3 8 34.46 1.95 2.6023 4 6 0 4 34.48 46.01 2.6009 2 1 3 8 34.97 9.43 2.5661 3 6 2 8 35.44 2.73 2.5326 2 3 3 8 35.65 4.28 2.5184 3 9 1 8 36.02 20.36 2.4932 1 10 2 8 36.30 41.58 2.4746 2 11 1 8 37.30 3.00 2.4107 2 5 3 8 37.52 1.73 2.3971 4 7 1 8 37.68 11.59 2.3874 1 7 3 8 37.74 1.87 2.3839 4 8 0 4 38.20 1.14 2.3560 3 8 2 8 38.22 2.83 2.3548 4 4 2 8 38.37 2.66 2.3457 2 10 2 8 38.47 2.76 2.3402 3 1 3 8 39.07 1.01 2.3055 5 1 1 8 39.34 1.76 2.2900 3 3 3 8 39.37 1.34 2.2886 1 13 1 8 39.94 9.45 2.2575 5 3 1 8 40.89 5.17 2.2068 1 12 2 8 41.15 2.15 2.1938 1 9 3 8 41.53 1.77 2.1742 0 0 4 2 41.56 5.61 2.1729 2 13 1 8 41.62 6.67 2.1702 4 10 0 4 42.04 5.87 2.1490 3 10 2 8 42.24 1.64 2.1394 1 0 4 4 43.08 7.13 2.0999 5 0 2 4 43.28 4.10 2.0904 4 8 2 8 43.48 3.81 2.0814 5 2 2 8 44.05 8.99 2.0557 5 7 1 8 44.32 1.82 2.0440 2 0 4 4 44.71 1.50 2.0269 2 2 4 8 45.02 4.14 2.0138 3 13 1 8 45.38 1.36 1.9983 6 0 0 2 46.09 1.04 1.9692 1 14 2 8 46.39 1.60 1.9575 3 12 2 8 46.59 3.23 1.9494 5 6 2 8 46.78 1.93 1.9418 4 10 2 8 46.91 1.33 1.9368 6 4 0 4 47.13 1.61 1.9282 5 9 1 8 48.44 1.50 1.8793 1 8 4 8 49.66 4.20 1.8359 1 13 3 8 51.06 11.90 1.7886 0 10 4 4 51.11 1.52 1.7870 6 7 1 8 51.15 2.09 1.7859 3 14 2 8 51.58 2.70 1.7719 1 16 2 8 51.67 4.42 1.7691 1 10 4 8 51.96 5.19 1.7600 4 0 4 4 52.39 8.95 1.7465 5 10 2 8 53.40 1.05 1.7158 6 6 2 8 53.46 1.34 1.7140 2 10 4 8 53.89 15.36 1.7013 6 9 1 8 53.98 2.97 1.6986 1 3 5 8 54.69 1.08 1.6782 7 1 1 8 54.93 3.20 1.6716 5 13 1 8 55.05 8.85 1.6682 2 1 5 8 55.72 3.58 1.6497 2 3 5 8 55.75 3.14 1.6488 3 17 1 8 55.96 9.80 1.6431 6 1 3 8 56.27 1.07 1.6349 3 16 2 8 56.35 6.38 1.6326 3 10 4 8 57.23 8.00 1.6098 6 11 1 8 57.32 3.06 1.6075 1 7 5 8 57.89 1.34 1.5929 3 1 5 8 58.69 20.97 1.5730 0 20 0 2 58.71 1.30 1.5726 6 10 2 8 59.15 2.46 1.5619 7 4 2 8 59.79 2.70 1.5468 1 17 3 8 59.90 1.77 1.5443 1 9 5 8 60.17 1.57 1.5378 4 16 2 8 60.25 63.50 1.5360 4 10 4 8 61.07 1.25 1.5173 6 13 1 8 61.55 2.23 1.5066 3 19 1 8 61.73 1.45 1.5027 3 18 2 8 61.91 16.42 1.4987 8 0 0 2 63.11 3.62 1.4731 7 1 3 8 63.73 2.32 1.4603 7 3 3 8 64.50 1.86 1.4447 5 17 1 8 64.79 2.50 1.4390 1 0 6 4 65.05 4.16 1.4337 5 10 4 8 65.37 4.64 1.4276 1 19 3 8 66.68 1.93 1.4027 1 13 5 8 66.76 1.82 1.4012 7 7 3 8 66.92 6.94 1.3981 2 19 3 8 67.21 5.82 1.3929 4 20 0 4 67.52 1.37 1.3872 3 20 2 8 69.14 1.08 1.3587 7 9 3 8 69.47 1.44 1.3531 8 10 0 4 72.04 3.57 1.3109 6 1 5 8 72.19 1.18 1.3086 1 10 6 8 72.62 1.30 1.3019 6 3 5 8 72.79 2.10 1.2993 2 21 3 8 73.65 1.05 1.2862 3 22 2 8 74.06 1.25 1.2800 3 23 1 8 75.42 1.39 1.2604 1 17 5 8 75.50 1.06 1.2593 7 13 3 8 75.52 2.06 1.2589 5 20 2 8 76.85 1.78 1.2405 5 0 6 4 81.53 3.50 1.1807 9 10 2 8 81.92 3.44 1.1760 2 19 5 8 82.19 2.34 1.1728 4 20 4 8 82.68 3.29 1.1671 6 19 3 8 83.99 1.48 1.1522 7 9 5 8 84.30 3.39 1.1488 8 10 4 8 84.45 1.06 1.1471 3 7 7 8 86.55 3.00 1.1246 10 9 1 8 86.66 3.20 1.1235 3 9 7 8 87.45 1.11 1.1153 2 21 5 8 88.21 1.15 1.1077 6 21 3 8 88.25 1.39 1.1073 10 1 3 8 88.86 2.29 1.1012 7 19 3 8 89.30 1.83 1.0969 10 11 1 8 89.41 1.51 1.0959 3 11 7 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.