Lavoisierite Orlandi P, Biagioni C, Pasero M, Mellini M Physics and Chemistry of Minerals 40 (2013) 239-249 Lavoisierite, Mn2+8[Al10(Mn3+Mg)][Si11P]O44(OH)12, a new mineral from Piedmont, Italy: the link between "ardennite" and sursassite Locality: Piedmontese Nappe from Punta Gensane, Viu Valley, Western Alps, Italy _database_code_amcsd 0019788 CELL PARAMETERS: 8.6891 5.7755 36.9504 90.000 90.000 90.000 SPACE GROUP: Pnmm X-RAY WAVELENGTH: 1.541838 Cell Volume: 1854.315 Density (g/cm3): 3.521 MAX. ABS. INTENSITY / VOLUME**2: 4.383138033 RIR: 0.405 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 4.78 4.54 18.4752 0 0 2 2 9.57 5.19 9.2376 0 0 4 2 11.25 2.28 7.8629 1 0 2 4 12.47 1.12 7.1001 1 0 3 4 14.38 1.03 6.1584 0 0 6 2 17.65 3.94 5.0244 1 0 6 4 18.45 2.97 4.8099 1 1 0 4 18.60 9.40 4.7697 1 1 1 8 19.07 35.35 4.6547 1 1 2 8 19.22 12.39 4.6188 0 0 8 2 19.68 2.68 4.5114 1 0 7 4 19.82 41.89 4.4804 1 1 3 8 20.44 2.30 4.3446 2 0 0 2 20.58 6.28 4.3148 2 0 1 4 20.82 5.95 4.2662 1 1 4 8 21.01 28.88 4.2292 2 0 2 4 21.69 1.53 4.0971 2 0 3 4 22.62 7.21 3.9314 2 0 4 4 23.47 16.97 3.7907 1 1 6 8 23.76 45.18 3.7453 2 0 5 4 23.97 3.22 3.7121 1 0 9 4 25.08 12.31 3.5501 2 0 6 4 25.66 2.49 3.4719 2 1 0 4 25.77 2.41 3.4567 2 1 1 8 26.12 1.32 3.4122 2 1 2 8 26.21 4.44 3.4004 1 0 10 4 26.57 4.61 3.3545 2 0 7 4 27.44 1.99 3.2499 2 1 4 8 28.20 26.75 3.1646 2 0 8 4 28.40 4.79 3.1424 2 1 5 8 28.49 1.12 3.1331 1 0 11 4 29.54 7.30 3.0244 2 1 6 8 29.94 3.26 2.9840 2 0 9 4 30.51 100.00 2.9302 1 1 10 8 30.83 5.36 2.9007 2 1 7 8 30.87 29.84 2.8964 3 0 0 2 30.97 45.56 2.8877 0 2 0 2 30.97 7.64 2.8875 3 0 1 4 31.74 4.36 2.8195 3 0 3 4 31.79 10.18 2.8147 2 0 10 4 32.26 1.09 2.7753 2 1 8 8 32.39 21.01 2.7637 3 0 4 4 32.48 13.49 2.7562 0 2 4 4 32.51 81.37 2.7540 1 1 11 8 32.77 7.93 2.7329 1 2 1 8 33.05 22.38 2.7107 1 2 2 8 33.22 2.68 2.6967 3 0 5 4 33.50 5.75 2.6750 1 2 3 8 33.73 42.54 2.6574 2 0 11 4 33.81 3.37 2.6511 2 1 9 8 34.59 16.91 2.5933 1 1 12 8 34.65 78.72 2.5890 3 1 0 4 34.73 11.85 2.5827 3 1 1 8 34.92 4.60 2.5694 1 2 5 8 35.43 1.28 2.5337 3 1 3 8 35.48 5.32 2.5302 2 1 10 8 35.55 1.38 2.5254 1 0 14 4 35.74 18.07 2.5122 2 0 12 4 35.87 12.25 2.5037 1 2 6 8 36.03 6.02 2.4930 3 1 4 8 36.62 1.65 2.4538 3 0 8 4 36.70 67.68 2.4486 0 2 8 4 36.73 35.68 2.4470 1 1 13 8 36.96 1.45 2.4322 1 2 7 8 37.25 5.44 2.4141 2 1 11 8 37.39 11.34 2.4050 2 2 0 4 37.48 10.82 2.3999 2 2 1 8 38.13 6.42 2.3604 2 2 3 8 38.69 9.99 2.3274 2 2 4 8 38.74 6.22 2.3245 3 1 7 8 38.92 30.56 2.3139 1 1 14 8 39.40 20.11 2.2869 2 2 5 8 39.92 31.90 2.2584 3 1 8 8 39.97 13.00 2.2557 2 0 14 4 40.26 16.34 2.2402 2 2 6 8 41.00 5.78 2.2011 1 2 10 8 41.25 3.96 2.1885 2 2 7 8 41.65 3.88 2.1685 4 0 1 4 41.87 33.34 2.1574 4 0 2 4 42.17 17.33 2.1429 2 0 15 4 42.37 1.62 2.1331 2 2 8 8 42.58 2.23 2.1234 1 2 11 8 42.94 38.42 2.1064 0 2 12 4 43.62 17.66 2.0751 2 2 9 8 44.21 12.79 2.0486 4 0 6 4 44.29 4.94 2.0450 3 2 0 4 44.43 7.79 2.0392 2 0 16 4 44.85 9.03 2.0210 4 1 2 8 44.97 30.63 2.0156 2 2 10 8 45.13 2.40 2.0090 2 1 15 8 45.79 10.04 1.9816 3 1 12 8 46.44 6.41 1.9555 2 2 11 8 47.27 1.14 1.9229 2 1 16 8 47.34 1.05 1.9201 4 0 9 4 47.85 3.33 1.9010 1 2 14 8 48.62 7.31 1.8726 4 0 10 4 48.70 7.65 1.8699 1 3 2 8 48.70 3.37 1.8699 3 2 8 8 49.03 2.61 1.8581 1 3 3 8 49.08 1.78 1.8560 2 0 18 4 49.32 1.90 1.8475 0 0 20 2 49.66 4.01 1.8359 2 2 13 8 49.77 1.11 1.8320 1 2 15 8 50.55 2.78 1.8057 3 0 16 4 50.61 26.57 1.8036 0 2 16 4 50.63 4.98 1.8030 1 1 19 8 50.79 2.88 1.7977 1 3 6 8 51.29 14.73 1.7813 4 1 10 8 51.40 1.36 1.7777 2 2 14 8 52.62 1.31 1.7394 4 1 11 8 52.79 1.23 1.7340 4 2 1 8 53.06 1.14 1.7259 4 0 13 4 53.10 1.76 1.7247 1 1 20 8 53.29 1.63 1.7190 4 2 3 8 53.81 3.37 1.7035 3 2 12 8 53.93 1.66 1.7002 2 0 20 4 54.28 3.91 1.6900 4 2 5 8 54.73 3.36 1.6772 4 0 14 4 54.80 10.00 1.6753 1 3 10 8 54.95 4.27 1.6708 4 2 6 8 55.44 2.25 1.6574 5 1 2 8 55.57 1.20 1.6537 4 1 13 8 55.62 6.68 1.6524 1 1 21 8 55.74 5.75 1.6491 5 1 3 8 55.74 9.19 1.6491 4 2 7 8 55.97 1.91 1.6430 1 2 18 8 56.07 9.54 1.6403 1 3 11 8 56.16 2.89 1.6378 5 1 4 8 56.42 5.55 1.6309 2 0 21 4 56.48 4.39 1.6293 4 0 15 4 57.19 12.68 1.6107 4 1 14 8 57.44 2.56 1.6043 1 3 12 8 57.48 22.57 1.6033 3 3 0 4 57.54 2.55 1.6018 3 3 1 8 57.60 1.85 1.6004 5 0 9 4 57.65 14.04 1.5989 4 2 9 8 58.18 6.79 1.5857 1 1 22 8 58.42 1.17 1.5797 3 3 4 8 58.77 51.56 1.5712 4 2 10 8 58.91 4.66 1.5678 1 3 13 8 58.96 5.11 1.5666 2 0 22 4 59.17 3.03 1.5614 2 2 18 8 59.27 1.64 1.5590 2 3 11 8 59.33 4.20 1.5576 3 0 20 4 59.39 6.44 1.5563 0 2 20 4 59.93 3.00 1.5435 5 0 11 4 59.98 29.17 1.5422 4 2 11 8 60.10 29.07 1.5396 0 0 24 2 60.23 5.68 1.5365 4 0 17 4 60.47 4.05 1.5310 1 3 14 8 61.19 7.73 1.5146 3 3 8 8 61.25 1.80 1.5134 5 0 12 4 61.30 14.53 1.5122 2 2 19 8 61.68 1.07 1.5038 3 0 21 4 62.22 1.68 1.4920 4 0 18 4 62.42 1.70 1.4878 5 2 1 8 62.59 1.34 1.4842 5 2 2 8 62.71 18.59 1.4815 4 2 13 8 62.76 2.14 1.4806 1 2 21 8 62.87 3.51 1.4782 5 2 3 8 63.26 1.80 1.4700 5 2 4 8 63.50 16.18 1.4651 2 2 20 8 63.55 1.18 1.4640 5 1 12 8 64.22 33.53 1.4504 4 2 14 8 64.29 7.70 1.4489 4 0 19 4 64.54 53.13 1.4439 0 4 0 2 64.92 1.81 1.4364 4 3 2 8 65.14 3.77 1.4320 1 2 22 8 65.76 12.52 1.4201 2 2 21 8 65.81 3.26 1.4190 4 2 15 8 66.57 1.33 1.4047 6 1 0 4 67.01 3.11 1.3966 6 0 7 4 67.82 5.14 1.3819 6 0 8 4 68.09 2.58 1.3770 2 2 22 8 68.64 3.06 1.3673 4 0 21 4 68.69 1.33 1.3664 2 4 2 8 69.09 3.32 1.3595 3 0 24 4 69.56 1.39 1.3515 1 3 19 8 69.81 2.91 1.3472 2 4 5 8 70.01 1.26 1.3439 6 1 8 8 70.10 5.17 1.3423 4 3 10 8 70.93 5.27 1.3287 4 0 22 4 71.13 3.33 1.3255 4 2 18 8 71.26 7.44 1.3233 3 1 24 8 71.49 2.44 1.3197 0 0 28 2 71.87 2.51 1.3136 2 4 8 8 72.96 1.37 1.2967 2 2 24 8 73.06 1.32 1.2951 4 2 19 8 73.10 4.92 1.2945 6 2 0 4 73.15 3.53 1.2937 6 2 1 8 73.25 3.83 1.2922 3 4 0 4 73.75 1.78 1.2847 2 4 10 8 73.76 2.45 1.2845 1 3 21 8 73.83 1.36 1.2836 3 1 25 8 73.87 3.61 1.2830 5 3 3 8 73.93 3.16 1.2820 6 2 4 8 74.08 2.86 1.2797 3 4 4 8 74.23 2.52 1.2776 5 3 4 8 74.40 5.39 1.2751 6 2 5 8 74.84 7.73 1.2687 2 4 11 8 74.97 5.79 1.2668 6 2 6 8 75.12 4.80 1.2646 4 3 14 8 75.26 1.79 1.2627 2 0 28 4 75.33 1.22 1.2616 1 2 26 8 75.64 2.99 1.2573 6 2 7 8 75.98 3.97 1.2524 1 3 22 8 76.02 4.44 1.2518 2 4 12 8 76.70 1.04 1.2424 5 3 8 8 76.99 1.86 1.2385 7 0 2 4 77.14 5.99 1.2365 5 1 20 8 77.19 1.05 1.2358 4 2 21 8 77.28 2.35 1.2346 6 2 9 8 77.86 1.19 1.2269 6 0 16 4 78.18 4.95 1.2227 2 0 29 4 78.68 1.02 1.2161 2 4 14 8 79.23 2.54 1.2090 5 1 21 8 79.88 1.05 1.2009 3 0 28 4 79.93 6.80 1.2003 0 2 28 4 79.95 5.08 1.1999 4 4 2 8 80.15 2.50 1.1974 2 4 15 8 80.48 1.24 1.1934 6 2 12 8 80.50 1.54 1.1932 1 1 30 8 81.17 3.23 1.1850 2 0 30 4 81.57 2.32 1.1802 4 4 6 8 81.72 1.58 1.1784 2 4 16 8 81.86 1.36 1.1767 7 0 10 4 81.94 1.21 1.1757 3 1 28 8 83.36 1.61 1.1593 5 2 20 8 84.56 1.19 1.1459 6 2 15 8 84.78 2.24 1.1435 4 4 10 8 85.41 1.56 1.1366 5 2 21 8 86.68 1.09 1.1233 7 0 14 4 87.17 1.17 1.1182 6 1 20 8 87.93 6.13 1.1105 3 3 24 8 88.72 1.58 1.1026 7 1 14 8 89.02 1.11 1.0997 4 2 26 8 89.58 1.54 1.0943 4 4 14 8 89.64 4.36 1.0937 1 5 10 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.