Vesuvianite Rucklidge J C, Kocman V, Whitlow S H, Gabe E J The Canadian Mineralogist 13 (1975) 15-21 The crystal structures of three Canadian vesuvianites Sample: #2 Bancroft _database_code_amcsd 0005101 CELL PARAMETERS: 15.5580 15.5580 11.8100 90.000 90.000 90.000 SPACE GROUP: P4/nnc X-RAY WAVELENGTH: 1.541838 Cell Volume: 2858.626 Density (g/cm3): 3.410 MAX. ABS. INTENSITY / VOLUME**2: 7.796193103 RIR: 0.745 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 8.04 11.18 11.0012 1 1 0 4 9.40 3.69 9.4068 1 0 1 8 14.78 1.79 5.9947 2 1 1 16 15.00 12.10 5.9050 0 0 2 2 16.11 1.86 5.5006 2 2 0 4 17.04 2.27 5.2029 1 1 2 8 18.03 1.48 4.9199 3 1 0 8 18.87 5.34 4.7034 2 0 2 8 19.72 5.38 4.5022 2 1 2 16 21.93 2.90 4.0530 3 2 1 16 22.09 15.80 4.0249 2 2 2 8 22.86 5.52 3.8895 4 0 0 4 23.54 1.52 3.7799 3 1 2 16 24.27 1.32 3.6671 3 3 0 4 25.61 14.95 3.4789 4 2 0 8 27.46 11.99 3.2482 4 0 2 8 29.05 5.59 3.0738 3 1 3 16 29.27 10.07 3.0512 5 1 0 8 29.69 9.49 3.0089 4 3 1 16 29.81 5.14 2.9974 4 2 2 16 30.27 61.33 2.9525 0 0 4 2 30.74 5.74 2.9082 3 2 3 16 31.37 3.33 2.8516 1 1 4 8 32.43 1.12 2.7604 2 0 4 8 32.53 100.00 2.7528 4 3 2 16 32.56 35.96 2.7503 4 4 0 4 33.59 4.12 2.6682 5 3 0 8 34.40 2.62 2.6068 4 2 3 16 34.48 35.82 2.6014 2 2 4 8 34.56 75.85 2.5951 5 2 2 16 35.46 7.40 2.5316 3 1 4 16 35.93 2.13 2.4998 6 1 1 16 36.53 49.61 2.4599 6 2 0 8 36.82 10.79 2.4411 5 0 3 8 36.89 2.08 2.4367 3 2 4 16 37.29 1.22 2.4116 5 1 3 16 37.80 2.29 2.3799 5 4 1 16 37.90 6.36 2.3742 6 0 2 8 38.27 11.90 2.3517 4 0 4 8 38.35 5.29 2.3470 6 1 2 16 38.55 3.41 2.3352 1 0 5 8 38.66 3.79 2.3291 5 2 3 16 38.72 7.23 2.3253 4 1 4 16 39.17 4.40 2.2997 3 3 4 8 39.60 3.66 2.2758 6 3 1 16 40.05 1.11 2.2511 4 2 4 16 40.32 3.60 2.2366 2 1 5 16 40.86 5.12 2.2087 5 3 3 16 41.02 7.40 2.2002 7 1 0 8 41.34 4.60 2.1842 7 0 1 8 41.76 4.98 2.1630 7 1 1 16 42.03 2.07 2.1495 3 0 5 8 42.13 2.25 2.1448 6 1 3 16 42.19 2.54 2.1418 4 3 4 16 42.45 14.34 2.1293 3 1 5 16 42.60 10.55 2.1224 6 4 1 16 43.37 7.79 2.0861 6 2 3 16 43.78 3.43 2.0676 5 4 3 16 43.84 1.23 2.0649 5 2 4 16 43.91 4.28 2.0618 7 1 2 16 44.34 11.12 2.0429 7 3 0 8 44.72 4.51 2.0265 6 4 2 16 45.04 6.15 2.0130 7 3 1 16 45.39 10.05 1.9982 6 3 3 16 46.22 6.83 1.9643 6 5 1 16 47.00 2.05 1.9332 6 1 4 16 47.07 2.30 1.9306 7 3 2 16 47.33 4.14 1.9206 7 1 3 16 47.66 4.54 1.9082 2 0 6 8 47.76 2.10 1.9045 7 4 1 16 48.04 3.27 1.8940 2 1 6 16 48.15 2.77 1.8899 6 2 4 16 48.21 1.80 1.8875 6 5 2 16 48.24 5.86 1.8867 8 2 0 8 48.38 2.45 1.8814 5 0 5 8 48.38 2.05 1.8814 4 3 5 16 48.76 3.07 1.8677 5 1 5 16 49.90 1.02 1.8275 3 1 6 16 50.73 1.11 1.7997 8 3 1 16 50.80 1.59 1.7972 8 2 2 16 51.82 11.65 1.7642 7 1 4 16 51.82 1.17 1.7642 5 5 4 8 52.24 1.32 1.7511 6 6 2 8 52.53 1.56 1.7420 6 4 4 16 53.32 3.75 1.7181 9 1 0 8 53.81 1.52 1.7038 6 2 5 16 54.63 14.05 1.6799 7 3 4 16 55.04 4.17 1.6686 8 4 2 16 55.22 24.35 1.6635 4 3 6 16 56.58 26.69 1.6267 5 2 6 16 56.67 1.72 1.6244 9 3 1 16 56.68 8.07 1.6241 8 0 4 8 56.74 34.59 1.6225 9 2 2 16 58.25 1.08 1.5840 5 3 6 16 58.75 8.21 1.5716 7 7 0 4 58.91 1.02 1.5678 6 0 6 8 59.24 10.57 1.5599 6 1 6 16 59.33 9.48 1.5576 6 6 4 8 59.86 1.65 1.5451 7 3 5 16 59.98 3.90 1.5422 7 5 4 16 60.21 2.34 1.5369 6 2 6 16 60.30 2.22 1.5349 10 1 1 16 60.71 6.40 1.5256 10 2 0 8 61.26 1.07 1.5130 10 2 1 16 61.35 3.93 1.5111 9 5 0 8 61.82 3.10 1.5007 6 3 6 16 61.91 9.17 1.4987 8 4 4 16 61.97 3.47 1.4975 10 1 2 16 62.55 1.35 1.4850 9 1 4 16 62.86 1.45 1.4785 10 3 1 16 62.92 1.30 1.4771 10 2 2 16 62.96 5.68 1.4763 0 0 8 2 63.50 1.63 1.4651 7 6 4 16 64.03 1.19 1.4541 6 4 6 16 64.39 1.04 1.4469 8 6 3 16 65.63 2.25 1.4225 10 2 3 16 66.37 1.43 1.4086 11 1 0 8 67.52 11.21 1.3873 7 7 4 8 68.13 1.75 1.3764 8 6 4 16 68.20 2.48 1.3751 8 8 0 4 68.38 2.12 1.3718 8 7 3 16 68.80 3.71 1.3645 11 3 0 8 69.39 1.40 1.3544 10 5 2 16 69.39 1.43 1.3544 11 2 2 16 69.93 11.48 1.3452 9 5 4 16 70.31 1.14 1.3388 7 1 7 16 70.60 1.30 1.3341 10 6 0 8 70.92 2.31 1.3289 5 1 8 16 72.70 6.17 1.3007 4 4 8 8 72.90 1.48 1.2976 10 4 4 16 72.95 7.02 1.2968 11 4 2 16 73.99 9.23 1.2811 9 2 6 16 74.66 3.61 1.2713 11 1 4 16 75.04 6.16 1.2658 6 2 8 16 75.16 1.05 1.2641 8 5 6 16 75.29 2.02 1.2622 12 1 2 16 75.61 1.03 1.2576 8 2 7 16 76.98 1.34 1.2386 11 3 4 16 77.45 1.03 1.2323 10 4 5 16 77.63 1.33 1.2300 12 4 0 8 78.13 3.40 1.2234 12 4 1 16 79.23 1.80 1.2091 4 3 9 16 80.03 1.24 1.1989 10 5 5 16 82.18 1.67 1.1729 12 5 2 16 85.04 1.63 1.1407 10 1 7 16 87.02 1.42 1.1197 9 1 8 16 87.85 1.75 1.1113 14 0 0 4 88.35 2.04 1.1063 13 1 4 16 88.35 2.72 1.1063 11 7 4 16 88.57 4.71 1.1041 4 3 10 16 88.83 4.80 1.1016 11 4 6 16 89.28 1.20 1.0972 9 3 8 16 89.69 4.54 1.0932 5 2 10 16 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.