Metatorbernite Locock A J, Burns P C The Canadian Mineralogist 41 (2003) 489-502 Crystal structures and synthesis of the copper-dominant members of the autunite and meta-autunite groups: Torbernite, zeunerite, metatorbernite and metazeunerite _database_code_amcsd 0005832 CELL PARAMETERS: 6.9756 6.9756 17.3490 90.000 90.000 90.000 SPACE GROUP: P4/n X-RAY WAVELENGTH: 1.541838 Cell Volume: 844.185 Density (g/cm3): 3.659 MAX. ABS. INTENSITY / VOLUME**2: 71.23937975 RIR: 6.339 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 5.09 1.26 17.3490 0 0 1 2 10.20 94.99 8.6745 0 0 2 2 13.68 4.40 6.4720 1 0 1 8 16.31 42.71 5.4360 1 0 2 8 17.98 65.11 4.9325 1 1 0 4 20.48 6.45 4.3373 0 0 4 2 20.72 26.25 4.2878 1 1 2 8 24.16 100.00 3.6833 1 0 4 8 25.54 63.65 3.4878 2 0 0 4 27.56 47.41 3.2360 2 0 2 8 29.08 3.32 3.0703 2 1 1 8 30.45 12.96 2.9355 2 1 2 8 30.45 11.31 2.9355 1 2 2 8 32.95 4.95 2.7180 2 0 4 8 33.55 15.72 2.6711 1 0 6 8 35.44 12.00 2.5325 2 1 4 8 35.44 14.84 2.5325 1 2 4 8 36.00 2.98 2.4945 1 1 6 8 36.43 14.77 2.4662 2 2 0 4 37.93 17.20 2.3722 2 2 2 8 40.15 7.05 2.2459 3 0 2 8 40.91 13.25 2.2059 3 1 0 4 40.91 15.35 2.2059 1 3 0 4 41.65 8.11 2.1686 0 0 8 2 42.15 1.84 2.1439 2 2 4 8 42.27 7.11 2.1378 3 1 2 8 42.27 6.06 2.1378 1 3 2 8 42.63 8.72 2.1207 2 1 6 8 42.63 8.01 2.1207 1 2 6 8 43.71 5.41 2.0709 1 0 8 8 43.93 1.25 2.0610 3 1 3 8 44.20 23.46 2.0493 3 0 4 8 45.70 13.68 1.9852 1 1 8 8 48.19 3.83 1.8883 3 2 2 8 48.19 3.30 1.8883 2 3 2 8 49.49 8.05 1.8417 2 0 8 8 50.36 7.62 1.8120 3 0 6 8 51.31 2.05 1.7806 2 1 8 8 51.31 2.21 1.7806 1 2 8 8 51.74 9.13 1.7669 3 2 4 8 51.74 9.97 1.7669 2 3 4 8 52.15 1.36 1.7538 3 1 6 8 52.15 1.10 1.7538 1 3 6 8 52.47 8.97 1.7439 4 0 0 4 52.76 1.85 1.7349 0 0 10 2 53.60 5.22 1.7097 4 0 2 8 55.32 1.42 1.6605 1 4 2 8 55.32 1.34 1.6605 4 1 2 8 55.92 5.67 1.6442 3 3 0 4 56.20 7.43 1.6366 1 1 10 8 56.51 2.98 1.6286 2 2 8 8 57.01 3.35 1.6154 3 3 2 8 57.30 4.55 1.6080 3 2 6 8 57.30 3.97 1.6080 2 3 6 8 58.17 2.60 1.5859 3 0 8 8 58.56 5.98 1.5762 1 4 4 8 58.56 6.10 1.5762 4 1 4 8 59.24 5.10 1.5598 2 4 0 4 59.24 5.19 1.5598 4 2 0 4 59.51 4.95 1.5533 2 0 10 8 59.80 8.73 1.5465 1 3 8 8 59.80 7.77 1.5465 3 1 8 8 60.29 3.11 1.5352 2 4 2 8 60.29 3.23 1.5352 4 2 2 8 63.73 2.05 1.4602 1 4 6 8 63.73 1.98 1.4602 4 1 6 8 64.55 1.42 1.4437 3 2 8 8 64.55 1.47 1.4437 2 3 8 8 65.82 3.07 1.4190 2 2 10 8 65.99 3.26 1.4157 1 0 12 8 67.51 2.49 1.3874 1 1 12 8 68.07 1.17 1.3774 5 0 2 8 68.07 1.05 1.3774 3 4 2 8 68.07 1.08 1.3774 4 3 2 8 68.60 1.81 1.3680 5 1 0 4 68.60 1.52 1.3680 1 5 0 4 68.85 5.01 1.3637 3 1 10 8 68.85 4.60 1.3637 1 3 10 8 69.12 3.24 1.3590 4 0 8 8 69.57 1.04 1.3513 5 1 2 8 69.57 1.33 1.3513 1 5 2 8 70.51 1.37 1.3356 2 0 12 8 70.97 3.50 1.3281 3 4 4 8 70.97 2.60 1.3281 5 0 4 8 70.97 3.52 1.3281 4 3 4 8 71.99 1.42 1.3117 1 2 12 8 71.99 1.23 1.3117 2 1 12 8 72.09 4.89 1.3102 3 3 8 8 75.01 2.06 1.2663 4 2 8 8 75.01 2.03 1.2663 2 4 8 8 75.69 1.75 1.2565 5 0 6 8 75.69 1.70 1.2565 4 3 6 8 75.69 1.68 1.2565 3 4 6 8 76.80 2.14 1.2412 2 5 4 8 76.80 2.24 1.2412 5 2 4 8 77.39 2.02 1.2331 4 4 0 4 77.63 1.70 1.2299 4 0 10 8 77.79 2.18 1.2278 3 0 12 8 78.32 1.71 1.2208 4 4 2 8 78.37 1.60 1.2201 1 0 14 8 79.22 2.04 1.2092 1 3 12 8 79.22 1.91 1.2092 3 1 12 8 80.24 1.22 1.1963 3 5 0 4 80.24 1.17 1.1963 5 3 0 4 80.48 3.30 1.1934 3 3 10 8 81.41 1.25 1.1821 2 5 6 8 81.41 1.17 1.1821 5 2 6 8 83.07 1.81 1.1626 6 0 0 4 83.31 1.24 1.1599 2 4 10 8 83.31 1.27 1.1599 4 2 10 8 83.47 1.28 1.1581 3 2 12 8 83.47 1.38 1.1581 2 3 12 8 83.56 2.25 1.1570 5 1 8 8 83.56 1.95 1.1570 1 5 8 8 83.98 1.90 1.1523 6 0 2 8 84.04 1.35 1.1517 2 1 14 8 84.04 1.24 1.1517 1 2 14 8 88.11 2.09 1.1087 6 1 4 8 88.11 1.77 1.1087 1 6 4 8 88.69 1.66 1.1029 2 6 0 4 88.69 1.58 1.1029 6 2 0 4 89.08 1.08 1.0991 1 4 12 8 89.08 1.12 1.0991 4 1 12 8 89.59 1.42 1.0941 2 6 2 8 89.59 1.50 1.0941 6 2 2 8 89.65 1.50 1.0936 3 0 14 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.