Barysilite Lajzerowicz J Acta Crystallographica 20 (1965) 357-363 Etude par diffraction des rayons X et absorption infra-rouge de la barysilite, MnPb8.3Si2O7, et de composes isomorphes _database_code_amcsd 0009300 CELL PARAMETERS: 9.8210 9.8210 38.3800 90.000 90.000 120.000 SPACE GROUP: R-3c X-RAY WAVELENGTH: 1.541838 Cell Volume: 3205.878 Density (g/cm3): 6.889 MAX. ABS. INTENSITY / VOLUME**2: 88.54377481 RIR: 4.185 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 11.38 8.33 7.7757 0 1 2 6 13.84 41.72 6.3967 0 0 6 2 13.91 10.77 6.3647 1 0 4 6 19.36 47.24 4.5844 1 1 3 12 21.26 12.05 4.1786 0 1 8 6 21.40 47.41 4.1519 2 0 2 6 22.83 31.76 3.8951 1 1 6 12 22.87 45.97 3.8879 0 2 4 6 25.46 47.10 3.4983 1 0 10 6 27.71 47.88 3.2198 1 1 9 12 27.85 1.21 3.2035 2 1 1 12 27.90 27.16 3.1983 0 0 12 2 28.04 10.59 3.1823 2 0 8 6 28.15 82.42 3.1705 1 2 2 12 29.30 20.88 3.0481 2 1 4 12 30.14 100.00 2.9651 1 2 5 12 31.56 48.55 2.8351 3 0 0 6 32.28 77.61 2.7732 2 1 7 12 33.44 87.70 2.6800 1 1 12 12 34.37 9.57 2.6092 0 1 14 6 34.61 4.19 2.5919 0 3 6 6 34.61 5.98 2.5919 3 0 6 6 38.06 6.48 2.3642 1 2 11 12 38.23 8.94 2.3545 1 3 1 12 39.01 17.81 2.3087 1 0 16 6 39.31 7.01 2.2922 2 2 6 12 39.72 13.16 2.2691 1 1 15 12 42.71 4.01 2.1169 3 1 8 12 42.79 20.97 2.1134 0 4 2 6 43.31 1.41 2.0893 0 2 16 6 43.38 3.95 2.0859 1 2 14 12 43.60 5.75 2.0759 4 0 4 6 45.11 16.49 2.0097 1 3 10 12 46.43 9.04 1.9558 1 1 18 12 46.47 1.46 1.9542 3 1 11 12 46.61 5.71 1.9487 3 2 1 12 46.64 31.22 1.9476 2 2 12 12 46.73 6.39 1.9439 0 4 8 6 46.80 10.86 1.9412 2 3 2 12 47.55 10.68 1.9121 3 2 4 12 48.12 17.52 1.8911 2 3 5 12 48.97 33.43 1.8599 4 0 10 6 49.08 33.04 1.8560 4 1 0 12 49.32 28.33 1.8475 1 2 17 12 49.46 5.03 1.8429 1 3 13 12 49.59 20.04 1.8383 3 2 7 12 49.63 2.30 1.8368 1 4 3 12 49.63 7.49 1.8368 4 1 3 12 50.49 2.80 1.8075 2 3 8 12 51.08 8.86 1.7881 3 1 14 12 51.25 10.57 1.7825 1 4 6 12 51.25 2.98 1.7825 4 1 6 12 52.30 1.66 1.7492 2 0 20 6 52.62 1.43 1.7394 3 2 10 12 53.50 13.21 1.7128 1 1 21 12 53.58 17.24 1.7104 2 1 19 12 53.80 2.19 1.7041 0 3 18 6 53.83 6.28 1.7030 2 3 11 12 53.87 2.14 1.7018 1 4 9 12 54.56 8.13 1.6819 1 3 16 12 54.62 19.54 1.6802 0 4 14 6 56.53 1.72 1.6278 3 2 13 12 56.70 6.14 1.6236 3 3 3 12 57.06 4.38 1.6140 0 2 22 6 57.22 3.97 1.6099 2 2 18 12 57.54 13.94 1.6017 4 2 2 12 57.64 9.06 1.5992 0 0 24 2 57.96 14.26 1.5912 4 0 16 6 58.18 1.74 1.5857 3 3 6 12 59.43 7.17 1.5551 0 5 10 6 60.37 10.11 1.5333 2 1 22 12 60.59 6.09 1.5281 3 3 9 12 60.77 2.16 1.5241 4 2 8 12 60.83 6.25 1.5228 1 5 2 12 61.46 1.34 1.5086 5 1 4 12 61.75 2.92 1.5024 4 1 15 12 61.94 6.27 1.4982 1 5 5 12 62.73 3.44 1.4810 1 2 23 12 62.96 5.90 1.4763 2 3 17 12 63.19 6.36 1.4715 5 1 7 12 63.89 11.52 1.4571 3 3 12 12 64.47 3.10 1.4454 5 0 14 6 66.64 8.89 1.4034 3 2 19 12 66.83 1.70 1.3999 4 1 18 12 67.12 1.23 1.3945 2 0 26 6 67.21 5.66 1.3929 0 3 24 6 67.21 3.34 1.3929 3 0 24 6 67.50 1.09 1.3876 0 5 16 6 67.56 2.52 1.3866 4 2 14 12 67.70 5.42 1.3840 6 0 6 6 67.99 2.45 1.3788 3 3 15 12 68.93 1.04 1.3623 3 1 23 12 69.40 2.22 1.3543 2 5 3 12 69.40 7.25 1.3543 5 2 3 12 69.72 1.08 1.3487 4 0 22 6 70.15 1.94 1.3415 1 2 26 12 70.53 1.26 1.3353 2 4 16 12 70.72 3.37 1.3321 2 5 6 12 71.86 4.61 1.3138 4 3 10 12 72.44 3.47 1.3046 0 2 28 6 72.71 2.76 1.3005 3 2 22 12 72.85 2.33 1.2984 3 3 18 12 72.88 1.03 1.2979 3 4 11 12 72.91 7.37 1.2974 2 5 9 12 72.91 2.90 1.2974 5 2 9 12 72.98 1.49 1.2963 1 6 1 12 73.01 3.59 1.2960 0 6 12 6 73.01 4.75 1.2960 6 0 12 6 73.13 2.05 1.2941 6 1 2 12 73.62 1.38 1.2867 1 3 25 12 73.71 3.80 1.2853 1 6 4 12 74.14 4.48 1.2789 6 1 5 12 74.87 3.57 1.2682 2 3 23 12 75.08 2.98 1.2652 1 5 17 12 75.29 5.43 1.2622 1 6 7 12 75.38 3.82 1.2609 2 1 28 12 75.94 6.32 1.2531 2 5 12 12 75.94 5.75 1.2531 5 2 12 12 76.06 1.71 1.2513 3 1 26 12 76.47 2.15 1.2456 3 4 14 12 77.46 1.14 1.2322 4 2 20 12 77.80 2.87 1.2276 4 4 0 6 78.09 4.42 1.2238 1 2 29 12 78.43 4.62 1.2193 3 3 21 12 78.50 3.24 1.2184 5 1 19 12 78.71 1.32 1.2158 6 1 11 12 78.95 5.63 1.2126 0 4 26 6 79.04 4.22 1.2115 1 4 24 12 79.04 5.52 1.2115 4 1 24 12 79.77 3.83 1.2022 5 2 15 12 81.41 6.57 1.1821 2 4 22 12 81.55 4.34 1.1805 0 6 18 6 81.77 1.12 1.1778 0 7 8 6 81.82 1.14 1.1772 2 3 26 12 82.77 1.43 1.1661 3 0 30 6 83.44 1.13 1.1584 3 5 10 12 83.71 4.76 1.1553 2 1 31 12 84.00 1.46 1.1521 4 0 28 6 84.26 4.00 1.1493 5 1 22 12 84.39 3.63 1.1478 5 2 18 12 85.87 5.08 1.1317 1 1 33 12 86.36 1.21 1.1265 7 1 0 12 86.55 1.66 1.1246 6 1 17 12 86.84 2.97 1.1216 3 2 28 12 87.09 1.42 1.1190 1 0 34 6 89.47 1.39 1.0953 2 3 29 12 89.81 2.07 1.0921 5 2 21 12 89.81 4.09 1.0921 2 5 21 12 89.88 4.41 1.0914 1 6 19 12 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.