Palermoite Moore P B, Araki T American Mineralogist 60 (1975) 460-465 Palermoite, SrLi2[Al4(OH)4(PO4)4]: Its atomic arrangement and relationship to carminite, Pb2[Fe4(OH)4(AsO4)4] Locality: Palermo pegmatite, near North Groton, New Hampshire, USA _database_code_amcsd 0000463 CELL PARAMETERS: 11.5560 15.8470 7.3150 90.000 90.000 90.000 SPACE GROUP: Imcb X-RAY WAVELENGTH: 1.541838 Cell Volume: 1339.581 Density (g/cm3): 3.239 MAX. ABS. INTENSITY / VOLUME**2: 8.403716370 RIR: 0.845 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 11.17 40.64 7.9235 0 2 0 2 13.33 2.12 6.6416 0 1 1 4 15.33 25.34 5.7780 2 0 0 2 18.20 16.81 4.8734 1 2 1 8 19.01 15.77 4.6685 2 2 0 4 20.37 85.34 4.3592 2 1 1 8 20.74 12.89 4.2825 0 3 1 4 24.34 4.63 3.6575 0 0 2 2 25.90 3.67 3.4405 2 3 1 8 26.17 19.53 3.4055 1 1 2 8 26.73 30.25 3.3354 1 4 1 8 26.85 14.23 3.3208 0 2 2 4 27.29 10.07 3.2675 2 4 0 4 28.51 58.32 3.1309 3 2 1 8 28.89 100.00 3.0904 2 0 2 4 30.72 2.13 2.9101 1 3 2 8 30.74 50.46 2.9082 0 5 1 4 30.95 21.90 2.8890 4 0 0 2 31.06 13.66 2.8791 2 2 2 8 33.00 7.70 2.7142 4 2 0 4 33.34 9.04 2.6874 0 4 2 4 33.84 40.98 2.6492 4 1 1 8 33.94 4.18 2.6412 0 6 0 2 34.28 8.30 2.6160 3 1 2 8 34.53 54.77 2.5977 2 5 1 8 34.72 11.99 2.5837 3 4 1 8 36.89 56.02 2.4367 2 4 2 8 37.01 11.47 2.4287 1 6 1 8 37.31 10.33 2.4100 0 1 3 4 37.44 8.42 2.4021 2 6 0 4 37.55 3.01 2.3950 4 3 1 8 38.38 1.85 2.3454 1 5 2 8 39.76 7.94 2.2671 4 0 2 4 40.56 2.55 2.2243 2 1 3 8 40.76 7.48 2.2139 0 3 3 4 41.43 22.56 2.1796 4 2 2 8 41.77 2.22 2.1627 0 7 1 4 42.20 7.25 2.1412 0 6 2 4 42.58 3.35 2.1232 5 2 1 8 43.79 3.36 2.0673 2 3 3 8 44.19 24.07 2.0496 4 5 1 8 44.74 5.80 2.0254 2 7 1 8 45.16 6.94 2.0078 2 6 2 8 45.49 7.02 1.9940 3 2 3 8 45.81 12.28 1.9809 0 8 0 2 46.13 3.41 1.9677 4 4 2 8 46.59 1.70 1.9493 4 6 0 4 46.85 4.79 1.9391 5 1 2 8 47.02 8.77 1.9326 0 5 3 4 47.19 11.12 1.9259 5 4 1 8 47.91 5.24 1.8988 1 7 2 8 48.24 1.83 1.8864 1 8 1 8 48.59 3.86 1.8738 2 8 0 4 48.65 1.37 1.8715 6 2 0 4 49.26 7.94 1.8498 6 1 1 8 49.75 10.78 1.8328 2 5 3 8 49.76 2.03 1.8325 5 3 2 8 49.87 5.49 1.8288 0 0 4 2 49.89 2.24 1.8279 3 4 3 8 51.27 2.62 1.7819 0 2 4 4 51.63 1.08 1.7704 1 6 3 8 52.04 14.60 1.7572 4 3 3 8 52.48 1.07 1.7435 2 0 4 4 52.54 1.30 1.7418 0 8 2 4 52.85 3.54 1.7322 6 4 0 4 52.88 6.75 1.7313 4 7 1 8 53.25 3.31 1.7203 4 6 2 8 53.79 6.70 1.7042 6 0 2 4 54.21 1.63 1.6921 5 6 1 8 55.13 2.35 1.6661 6 2 2 8 55.23 1.44 1.6632 5 5 2 8 55.33 24.71 1.6604 0 4 4 4 55.38 2.76 1.6590 0 7 3 4 56.03 3.68 1.6414 2 9 1 8 56.04 1.41 1.6410 5 2 3 8 56.31 4.42 1.6337 4 8 0 4 56.66 7.26 1.6245 3 6 3 8 57.36 26.33 1.6063 4 5 3 8 57.38 10.66 1.6058 6 5 1 8 57.77 4.23 1.5958 2 4 4 8 58.54 1.59 1.5767 3 3 4 8 58.74 1.07 1.5718 1 9 2 8 59.00 2.93 1.5655 6 4 2 8 59.39 4.71 1.5562 6 6 0 4 59.86 10.57 1.5452 4 0 4 4 59.88 1.05 1.5447 5 4 3 8 60.59 1.84 1.5283 2 10 0 4 61.10 1.05 1.5166 4 2 4 8 61.65 1.30 1.5046 6 1 3 8 61.95 4.78 1.4979 7 1 2 8 62.23 1.34 1.4918 7 4 1 8 62.24 3.55 1.4917 4 8 2 8 63.13 10.39 1.4727 4 9 1 8 63.41 2.11 1.4670 3 9 2 8 64.03 6.09 1.4541 0 10 2 4 64.08 1.09 1.4531 6 3 3 8 64.51 16.95 1.4445 8 0 0 2 64.80 2.46 1.4387 4 7 3 8 64.89 5.54 1.4370 3 10 1 8 65.15 2.41 1.4320 6 6 2 8 65.35 1.66 1.4279 3 8 3 8 65.37 1.87 1.4277 1 2 5 8 65.37 3.07 1.4275 0 9 3 4 65.71 1.01 1.4211 8 2 0 4 65.97 4.77 1.4160 5 6 3 8 66.10 1.93 1.4135 0 11 1 4 66.15 5.68 1.4126 2 1 5 8 66.28 2.07 1.4101 2 10 2 8 67.40 1.60 1.3894 4 10 0 4 67.60 7.39 1.3858 2 9 3 8 68.21 2.09 1.3749 7 6 1 8 68.50 1.00 1.3697 2 3 5 8 68.56 1.46 1.3687 8 3 1 8 68.82 6.69 1.3642 6 5 3 8 69.10 2.21 1.3593 7 5 2 8 70.62 1.11 1.3337 4 6 4 8 70.95 1.54 1.3283 0 5 5 4 71.09 1.28 1.3262 6 0 4 4 71.47 1.12 1.3200 1 10 3 8 72.23 1.99 1.3080 5 9 2 8 72.82 17.42 1.2988 4 10 2 8 73.10 3.96 1.2945 2 5 5 8 73.15 7.19 1.2937 8 5 1 8 73.62 3.10 1.2866 5 10 1 8 74.06 1.25 1.2801 5 8 3 8 74.10 3.22 1.2795 6 9 1 8 74.59 1.10 1.2723 8 4 2 8 75.93 1.41 1.2531 7 7 2 8 76.96 3.33 1.2390 8 1 3 8 78.10 2.61 1.2237 6 10 0 4 78.80 3.73 1.2145 3 6 5 8 78.94 2.17 1.2127 2 11 3 8 79.40 8.16 1.2069 4 5 5 8 79.57 1.01 1.2048 9 4 1 8 80.14 1.29 1.1976 0 10 4 4 80.52 6.34 1.1929 2 0 6 4 81.44 2.53 1.1817 1 3 6 8 82.20 7.60 1.1727 2 10 4 8 82.68 1.79 1.1671 8 8 0 4 83.14 1.70 1.1619 6 1 5 8 83.56 2.32 1.1570 8 5 3 8 84.48 3.93 1.1468 6 9 3 8 84.74 1.21 1.1439 7 9 2 8 84.83 1.40 1.1430 7 5 4 8 85.04 1.10 1.1406 9 6 1 8 85.70 1.61 1.1335 8 0 4 4 87.03 1.17 1.1196 5 6 5 8 87.90 3.48 1.1108 2 14 0 4 88.53 1.23 1.1045 2 9 5 8 88.78 1.22 1.1020 6 8 4 8 88.79 4.72 1.1019 10 0 2 4 89.66 2.10 1.0935 6 5 5 8 89.89 1.71 1.0913 3 5 6 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.