Manganonordite-(Ce) Pushcharovsky D Y, Pekov I V, Pluth J J, Smith J, Ferraris G, Vinogradova S A, Arakcheeva A V, Soboleva S V, Semenov E I Crystallography Reports 44 (1999) 565-574 Raite, manganonordite-(Ce), and ferronordite-(Ce) from the Lovozero massif: Crystal structures and mineralogical geochemistry Locality: Lovozero Massif _database_code_amcsd 0012361 CELL PARAMETERS: 14.4400 5.1870 19.8200 90.000 90.000 90.000 SPACE GROUP: Pcca X-RAY WAVELENGTH: 1.541838 Cell Volume: 1484.523 Density (g/cm3): 3.547 MAX. ABS. INTENSITY / VOLUME**2: 17.50677615 RIR: 1.607 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 10.83 11.12 8.1709 1 0 2 4 12.26 63.36 7.2200 2 0 0 2 15.18 7.86 5.8355 2 0 2 4 17.90 4.20 4.9550 0 0 4 2 18.94 33.18 4.6867 1 0 4 4 20.28 23.39 4.3791 1 1 2 8 20.51 2.11 4.3296 3 0 2 4 21.09 44.93 4.2126 2 1 0 4 22.65 7.89 3.9261 1 1 3 8 22.94 1.97 3.8769 2 1 2 8 24.85 3.20 3.5829 0 1 4 4 25.62 60.38 3.4775 1 1 4 8 25.80 3.57 3.4525 3 0 4 4 26.82 66.67 3.3239 3 1 2 8 27.80 7.22 3.2095 2 1 4 8 29.74 27.72 3.0039 2 0 6 4 30.16 64.41 2.9630 4 1 0 4 31.12 100.00 2.8741 3 1 4 8 31.51 7.59 2.8388 4 1 2 8 32.12 49.09 2.7863 0 1 6 4 34.59 18.43 2.5935 0 2 0 2 35.29 9.08 2.5430 4 1 4 8 35.99 3.89 2.4951 5 0 4 4 36.26 4.21 2.4775 0 0 8 2 36.75 8.34 2.4452 5 1 2 8 36.81 4.06 2.4418 1 0 8 4 36.82 9.04 2.4408 2 2 0 4 36.88 34.45 2.4370 4 0 6 4 37.11 3.04 2.4225 2 2 1 8 37.37 17.66 2.4067 6 0 0 2 37.78 7.68 2.3811 1 2 3 8 38.18 10.80 2.3572 5 1 3 8 38.30 10.17 2.3499 2 1 7 8 38.41 2.32 2.3434 2 0 8 4 39.72 8.16 2.2692 1 2 4 8 40.10 17.11 2.2485 5 1 4 8 40.91 3.22 2.2057 4 1 6 8 41.36 2.35 2.1831 6 1 0 4 42.32 2.62 2.1356 2 1 8 8 42.94 12.55 2.1063 4 2 0 4 43.65 13.44 2.0736 3 2 4 8 44.35 1.06 2.0427 4 0 8 4 44.41 17.40 2.0399 0 2 6 4 44.88 1.23 2.0196 7 0 2 4 45.17 2.72 2.0074 1 1 9 8 46.23 2.59 1.9636 1 0 10 4 46.25 17.04 1.9631 2 2 6 8 46.70 10.48 1.9452 6 0 6 4 46.87 1.23 1.9384 4 2 4 8 47.76 9.19 1.9044 7 0 4 4 48.36 1.67 1.8820 7 1 2 8 48.41 2.07 1.8804 5 0 8 4 49.21 1.57 1.8514 0 1 10 4 49.64 21.01 1.8364 1 1 10 8 49.75 15.31 1.8327 3 0 10 4 50.08 8.91 1.8213 6 1 6 8 50.57 10.26 1.8050 8 0 0 2 50.78 3.33 1.7981 5 2 4 8 50.98 5.09 1.7915 0 2 8 4 51.09 10.10 1.7877 7 1 4 8 51.40 4.97 1.7778 1 2 8 8 51.45 25.23 1.7760 4 2 6 8 51.82 23.71 1.7641 6 2 0 4 52.64 3.66 1.7387 2 2 8 8 52.70 1.40 1.7368 6 2 2 8 52.96 2.83 1.7290 0 3 0 2 52.99 13.98 1.7280 3 1 10 8 53.05 7.00 1.7263 6 0 8 4 54.23 1.87 1.6915 1 3 2 8 54.58 1.55 1.6815 2 3 0 4 55.08 2.44 1.6674 1 2 9 8 55.29 2.13 1.6616 1 3 3 8 55.65 4.72 1.6517 0 0 12 2 55.80 1.58 1.6474 4 1 10 8 56.30 1.03 1.6342 5 0 10 4 56.75 7.33 1.6221 1 3 4 8 57.14 2.18 1.6120 8 1 4 8 57.39 3.11 1.6057 3 3 2 8 58.20 1.91 1.5853 7 0 8 4 58.25 2.62 1.5840 8 0 6 4 59.00 1.87 1.5655 1 2 10 8 59.26 5.81 1.5594 4 3 0 4 59.29 9.52 1.5587 5 1 10 8 59.39 2.30 1.5561 6 2 6 8 59.82 14.66 1.5460 3 3 4 8 60.29 1.57 1.5350 7 2 4 8 60.43 5.46 1.5319 0 3 6 4 61.13 1.13 1.5160 7 1 8 8 61.18 3.79 1.5149 8 1 6 8 61.19 2.00 1.5148 9 1 2 8 62.00 5.02 1.4967 3 2 10 8 62.43 1.65 1.4875 4 3 4 8 62.71 6.96 1.4815 8 2 0 4 63.40 1.91 1.4671 5 3 2 8 63.53 12.46 1.4643 9 1 4 8 64.36 4.14 1.4474 5 3 3 8 64.89 4.09 1.4370 6 2 8 8 65.70 3.56 1.4211 5 3 4 8 67.20 1.39 1.3931 0 2 12 4 67.31 6.14 1.3911 10 1 0 4 67.41 3.48 1.3893 2 0 14 4 67.78 1.81 1.3826 5 2 10 8 68.04 11.25 1.3779 7 1 10 8 68.73 3.29 1.3658 0 1 14 4 69.08 2.30 1.3597 1 1 14 8 69.17 3.78 1.3582 3 0 14 4 69.49 1.74 1.3526 7 2 8 8 69.54 1.85 1.3518 8 2 6 8 71.28 7.08 1.3231 10 0 6 4 71.49 1.16 1.3197 4 3 8 8 71.59 4.55 1.3180 4 0 14 4 71.88 2.30 1.3134 7 3 2 8 72.90 6.36 1.2976 1 3 10 8 72.95 4.02 1.2967 0 4 0 2 73.25 5.82 1.2923 6 3 6 8 74.06 2.97 1.2801 7 3 4 8 74.32 2.62 1.2763 2 4 0 4 74.67 1.38 1.2712 5 0 14 4 75.29 1.88 1.2622 11 1 2 8 75.33 1.47 1.2616 10 2 0 4 75.61 5.36 1.2577 3 3 10 8 76.03 3.62 1.2517 7 2 10 8 76.17 1.36 1.2498 1 4 4 8 76.37 1.85 1.2471 9 0 10 4 77.43 2.56 1.2326 11 1 4 8 78.03 3.36 1.2246 2 2 14 8 78.35 1.21 1.2204 4 4 0 4 78.92 1.23 1.2130 10 1 8 8 78.96 3.74 1.2125 9 1 10 8 79.49 1.78 1.2057 6 2 12 8 79.68 1.93 1.2033 12 0 0 2 79.69 2.28 1.2032 3 2 14 8 79.89 3.46 1.2007 1 1 16 8 80.71 1.83 1.1906 2 4 6 8 80.94 4.46 1.1878 6 1 14 8 80.95 3.94 1.1876 5 3 10 8 81.70 4.88 1.1786 10 2 6 8 82.01 3.73 1.1750 4 2 14 8 82.24 1.21 1.1722 12 1 0 4 82.54 2.90 1.1688 3 1 16 8 82.61 1.75 1.1679 8 3 6 8 82.61 1.38 1.1679 9 3 2 8 82.91 1.70 1.1645 5 4 3 8 83.49 1.79 1.1579 9 3 3 8 84.29 1.09 1.1489 0 4 8 4 84.62 1.02 1.1453 1 4 8 8 84.66 8.21 1.1448 4 4 6 8 84.71 4.57 1.1443 9 3 4 8 84.96 3.38 1.1416 6 4 0 4 84.97 1.40 1.1415 5 2 14 8 85.21 2.20 1.1388 7 1 14 8 86.62 3.82 1.1239 9 2 10 8 87.78 1.16 1.1120 5 1 16 8 88.15 1.59 1.1083 10 3 0 4 88.51 2.07 1.1047 12 1 6 8 88.57 2.12 1.1041 6 2 14 8 88.83 3.97 1.1016 7 3 10 8 89.47 1.28 1.0954 0 3 14 4 89.56 1.04 1.0944 11 0 10 4 89.86 2.16 1.0916 12 2 0 4 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.