Elpidite Cannillo E, Rossi G, Ungaretti L American Mineralogist 58 (1973) 106-109 The crystal structure of elpidite _database_code_amcsd 0000303 CELL PARAMETERS: 7.1400 14.6800 14.6500 90.000 90.000 90.000 SPACE GROUP: Pbcm X-RAY WAVELENGTH: 1.541838 Cell Volume: 1535.543 Density (g/cm3): 2.622 MAX. ABS. INTENSITY / VOLUME**2: 8.377715864 RIR: 1.040 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 12.06 9.65 7.3400 0 2 0 2 12.08 11.43 7.3250 0 0 2 2 12.40 93.61 7.1400 1 0 0 2 13.49 58.61 6.5624 0 2 1 4 13.79 3.64 6.4208 1 1 0 4 17.10 68.90 5.1849 0 2 2 4 17.33 5.06 5.1180 1 2 0 4 17.34 6.29 5.1129 1 0 2 4 18.36 23.26 4.8316 1 2 1 8 18.37 1.90 4.8284 1 1 2 8 21.18 41.26 4.1954 1 2 2 8 21.86 1.75 4.0657 0 2 3 4 22.85 4.34 3.8914 1 3 1 8 24.30 12.79 3.6625 0 0 4 2 24.94 4.30 3.5700 2 0 0 2 27.18 23.06 3.2812 0 4 2 4 27.21 100.00 3.2772 0 2 4 4 27.32 43.86 3.2641 1 4 0 4 27.37 5.19 3.2588 1 0 4 4 27.79 8.80 3.2104 2 2 0 4 27.80 20.92 3.2092 2 0 2 4 28.01 15.85 3.1859 1 4 1 8 28.05 1.14 3.1813 1 1 4 8 28.46 97.62 3.1360 2 2 1 8 29.97 7.43 2.9814 1 4 2 8 30.00 26.35 2.9784 1 2 4 8 30.40 21.16 2.9404 2 2 2 8 30.47 3.26 2.9338 0 4 3 4 31.01 1.18 2.8840 2 3 0 4 32.91 13.33 2.7212 0 2 5 4 33.40 21.47 2.6826 2 2 3 8 33.57 1.33 2.6699 1 5 1 8 34.60 22.45 2.5924 0 4 4 4 35.07 12.67 2.5590 2 4 0 4 35.10 17.95 2.5564 2 0 4 4 35.30 12.24 2.5428 1 2 5 8 35.62 1.84 2.5208 2 4 1 8 36.73 4.97 2.4467 0 6 0 2 37.24 19.54 2.4142 2 2 4 8 37.26 8.13 2.4132 0 6 1 4 37.91 1.78 2.3732 1 5 3 8 38.31 1.42 2.3493 3 1 0 4 38.80 2.09 2.3206 0 6 2 4 39.35 1.36 2.2898 0 4 5 4 39.82 2.16 2.2640 3 2 0 4 40.31 3.63 2.2374 3 2 1 8 41.27 6.88 2.1875 0 6 3 4 41.41 2.37 2.1804 1 4 5 8 41.76 3.54 2.1630 3 2 2 8 43.12 14.83 2.0977 2 4 4 8 44.53 3.80 2.0345 0 6 4 4 44.57 3.72 2.0329 0 4 6 4 44.91 13.74 2.0182 2 6 0 4 44.98 2.14 2.0154 2 0 6 4 45.45 2.19 1.9957 3 0 4 4 46.41 17.00 1.9566 1 6 4 8 46.44 4.31 1.9552 1 4 6 8 46.68 7.41 1.9457 2 6 2 8 46.74 8.47 1.9435 2 2 6 8 47.15 6.18 1.9274 2 4 5 8 47.18 1.87 1.9266 3 4 2 8 47.20 3.37 1.9257 3 2 4 8 48.47 4.94 1.8780 0 6 5 4 49.68 4.86 1.8350 0 8 0 2 49.79 11.14 1.8312 0 0 8 2 51.17 16.22 1.7850 4 0 0 2 51.33 2.13 1.7800 0 8 2 4 51.52 3.76 1.7738 1 0 8 4 51.72 5.66 1.7676 2 6 4 8 51.75 21.21 1.7665 2 4 6 8 52.17 2.46 1.7532 2 2 7 8 52.17 9.24 1.7532 3 4 4 8 52.79 2.55 1.7343 4 0 2 4 52.98 8.62 1.7283 0 6 6 4 53.02 1.29 1.7271 1 8 2 8 53.18 1.44 1.7224 4 2 1 8 53.33 1.10 1.7177 0 8 3 4 53.73 3.80 1.7060 3 6 0 4 53.79 5.55 1.7043 3 0 6 4 54.12 4.53 1.6945 3 6 1 8 54.36 8.71 1.6878 4 2 2 8 54.64 1.83 1.6798 1 6 6 8 55.29 1.09 1.6615 3 6 2 8 55.71 3.09 1.6501 3 4 5 8 56.13 2.21 1.6386 0 4 8 4 56.48 1.23 1.6294 2 0 8 4 57.20 2.52 1.6105 3 6 3 8 57.65 5.35 1.5989 1 8 4 8 57.72 4.49 1.5971 1 4 8 8 57.89 12.79 1.5930 2 8 2 8 57.98 6.11 1.5907 2 2 8 8 58.04 2.24 1.5892 0 2 9 4 58.90 4.55 1.5680 4 4 2 8 58.92 6.58 1.5676 4 2 4 8 59.43 2.92 1.5552 0 8 5 4 59.60 2.15 1.5512 1 2 9 8 60.22 1.02 1.5368 3 2 7 8 62.20 1.24 1.4925 4 2 5 8 62.28 8.10 1.4907 2 8 4 8 62.35 8.88 1.4892 2 4 8 8 63.05 1.27 1.4743 3 6 5 8 63.25 8.01 1.4702 4 4 4 8 63.41 2.27 1.4669 0 8 6 4 63.45 2.68 1.4661 0 6 8 4 63.91 1.81 1.4567 1 4 9 8 64.17 1.90 1.4514 3 0 8 4 64.43 1.04 1.4461 3 8 1 8 64.63 3.55 1.4420 4 6 0 4 64.69 1.72 1.4410 4 0 6 4 64.84 4.38 1.4379 1 10 0 4 64.91 2.38 1.4367 0 2 10 4 64.93 1.80 1.4361 1 6 8 8 64.99 1.42 1.4351 4 6 1 8 65.48 2.47 1.4254 3 8 2 8 65.57 1.99 1.4238 3 2 8 8 66.03 1.12 1.4149 4 6 2 8 66.08 1.04 1.4140 4 2 6 8 66.37 2.18 1.4084 1 2 10 8 66.91 1.08 1.3985 3 6 6 8 67.08 1.02 1.3953 5 2 1 8 67.21 1.07 1.3928 3 8 3 8 68.11 1.75 1.3767 5 2 2 8 68.29 2.32 1.3735 2 4 9 8 68.91 3.56 1.3626 0 10 4 4 69.03 3.57 1.3606 0 4 10 4 69.20 6.48 1.3577 2 10 0 4 69.28 3.08 1.3562 2 6 8 8 69.33 1.86 1.3553 2 0 10 4 69.34 6.11 1.3552 0 6 9 4 69.54 1.68 1.3519 2 10 1 8 70.16 2.17 1.3413 4 4 6 8 70.55 1.73 1.3350 2 10 2 8 70.68 3.19 1.3328 2 2 10 8 70.80 3.48 1.3308 5 4 0 4 71.14 1.08 1.3254 5 4 1 8 72.14 1.07 1.3094 5 4 2 8 72.16 1.94 1.3091 5 2 4 8 72.99 2.14 1.2962 0 8 8 4 73.15 3.64 1.2938 4 6 5 8 74.10 1.97 1.2795 4 8 0 4 74.19 2.33 1.2782 4 0 8 4 75.13 3.35 1.2645 5 2 5 8 75.33 1.14 1.2617 3 4 9 8 75.42 1.17 1.2604 4 8 2 8 76.20 2.13 1.2494 3 10 0 4 76.28 2.01 1.2483 3 6 8 8 76.76 3.18 1.2416 4 6 6 8 76.95 1.02 1.2390 1 10 6 8 77.50 1.53 1.2317 3 10 2 8 77.61 1.93 1.2302 2 2 11 8 77.63 1.87 1.2299 3 2 10 8 78.32 1.01 1.2208 0 0 12 2 78.45 1.42 1.2191 0 12 1 4 79.61 2.48 1.2043 0 2 12 4 80.96 1.51 1.1875 1 2 12 8 81.01 1.26 1.1869 4 2 9 8 81.04 2.53 1.1866 2 10 6 8 81.12 1.69 1.1856 2 6 10 8 82.04 1.03 1.1746 6 0 2 4 82.21 1.39 1.1726 4 8 5 8 82.53 2.73 1.1688 5 6 4 8 82.56 2.53 1.1685 5 4 6 8 83.27 1.67 1.1603 0 12 4 4 83.31 1.70 1.1598 6 2 2 8 84.62 1.55 1.1453 1 12 4 8 85.72 1.02 1.1333 4 8 6 8 85.76 2.56 1.1329 4 6 8 8 85.85 1.00 1.1320 6 4 0 4 85.95 1.73 1.1309 1 10 8 8 85.99 1.40 1.1304 1 8 10 8 87.07 2.85 1.1192 4 2 10 8 87.14 2.13 1.1185 6 2 4 8 88.63 1.61 1.1035 2 12 4 8 89.96 2.65 1.0906 2 10 8 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.