Hingganite-(Ce) Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern of R060857 Lulu X M, Zhi-Zhong P Geochemistry 5 (1986) 280-285 Crystal structure of xinganite Locality: Daxinganling, China CELL PARAMETERS: 4.7700 7.6600 10.0400 90.000 90.300 90.000 SPACE GROUP: P2_1/c ATOM X Y Z OCCUPANCY ISO(B) Ce 0.00100 0.11080 0.33120 0.920 0.825 Be 0.44690 0.41470 0.33530 0.960 0.167 Si 0.51520 0.27420 0.08060 0.980 0.888 O 0.75920 0.41250 0.03600 1.000 1.408 O 0.32680 0.28780 0.45170 1.000 1.260 O 0.30840 0.35030 0.19370 1.000 1.043 O 0.68360 0.10800 0.14780 1.000 1.216 Oh 0.78790 0.41280 0.32960 1.000 1.283 H 0.80330 0.48170 0.43150 1.000 4.635 X-RAY WAVELENGTH: 1.541838 BOUNDS ON TWO THETA: 0.0 90.0 LIMITS IMPOSED ON THE INDICES ARE: +/- 4 +/- 7 +/- 9 MAX. ABS. INTENSITY / VOLUME**2: 18.21477026 The INTENSITY cut off value is 1.00 2-THETA INTENSITY D-SPACING H K L 14.55 98.69 6.0899 0 1 1 17.67 38.65 5.0199 0 0 2 18.60 71.98 4.7699 1 0 0 21.16 33.41 4.1986 0 1 2 23.66 44.06 3.7610 -1 1 1 23.73 30.29 3.7494 1 1 1 24.88 80.29 3.5785 0 2 1 25.70 51.00 3.4669 -1 0 2 25.83 29.11 3.4489 1 0 2 28.25 87.75 3.1585 -1 1 2 28.38 88.93 3.1448 1 1 2 29.12 37.05 3.0667 0 1 3 29.33 10.09 3.0450 0 2 2 29.92 27.55 2.9864 1 2 0 31.22 97.75 2.8650 -1 2 1 31.28 100.00 2.8599 1 2 1 34.70 62.74 2.5852 -1 1 3 34.86 46.74 2.5740 1 1 3 34.91 1.14 2.5703 -1 2 2 35.63 1.11 2.5201 0 2 3 35.77 14.55 2.5100 0 0 4 36.30 5.61 2.4746 0 3 1 37.71 28.57 2.3852 0 1 4 37.72 19.97 2.3850 2 0 0 39.60 40.45 2.2759 0 3 2 40.05 7.45 2.2511 1 3 0 40.41 9.65 2.2319 -1 2 3 40.52 13.21 2.2260 -1 0 4 40.55 10.22 2.2246 1 2 3 40.58 1.98 2.2231 -2 1 1 40.67 17.46 2.2184 2 1 1 41.07 6.57 2.1977 -1 3 1 41.85 1.73 2.1586 -2 0 2 42.03 10.09 2.1498 2 0 2 42.28 7.19 2.1376 -1 1 4 42.46 16.53 2.1291 1 1 4 43.56 7.64 2.0777 -2 1 2 43.73 8.42 2.0699 2 1 2 44.05 12.00 2.0559 -1 3 2 44.13 24.18 2.0521 1 3 2 44.64 13.63 2.0300 0 3 3 45.67 34.65 1.9863 -2 2 1 45.76 33.48 1.9829 2 2 1 46.77 7.13 1.9423 0 1 5 47.39 1.55 1.9184 1 2 4 47.48 19.02 1.9150 0 4 0 48.23 27.81 1.8870 -2 1 3 48.39 4.20 1.8811 0 4 1 48.40 1.57 1.8805 -2 2 2 48.46 25.02 1.8783 2 1 3 48.56 1.08 1.8747 2 2 2 48.69 6.57 1.8700 -1 3 3 48.81 7.09 1.8657 1 3 3 50.65 3.31 1.8021 -1 1 5 50.85 7.81 1.7957 1 1 5 51.02 18.24 1.7899 0 3 4 51.05 14.63 1.7892 0 4 2 51.38 25.22 1.7784 0 2 5 51.42 30.49 1.7771 1 4 0 52.26 1.60 1.7505 -1 4 1 52.81 2.82 1.7335 -2 0 4 53.11 5.11 1.7244 2 0 4 53.31 1.31 1.7183 -2 3 1 53.39 5.00 1.7161 2 3 1 54.26 19.20 1.6907 -2 1 4 54.55 12.34 1.6823 2 1 4 54.70 18.75 1.6779 -1 3 4 54.76 2.09 1.6763 -1 4 2 54.83 2.72 1.6742 1 4 2 54.85 19.66 1.6738 1 3 4 54.87 12.28 1.6733 0 0 6 55.02 8.87 1.6689 -1 2 5 55.21 15.30 1.6638 1 2 5 55.77 23.10 1.6484 -2 3 2 55.91 18.42 1.6445 2 3 2 58.01 8.54 1.5900 3 0 0 58.35 11.20 1.5816 -1 0 6 58.47 1.48 1.5784 0 3 5 58.55 12.16 1.5764 1 0 6 59.73 3.25 1.5483 -2 3 3 59.93 3.15 1.5434 2 3 3 60.10 2.17 1.5396 -3 1 1 60.20 1.28 1.5372 3 1 1 60.37 3.64 1.5334 0 2 6 60.84 2.88 1.5225 0 4 4 61.04 4.13 1.5181 -3 0 2 61.20 2.25 1.5145 0 5 1 61.24 1.87 1.5135 3 0 2 61.41 3.01 1.5098 -2 1 5 61.84 1.46 1.5003 -1 3 5 62.01 1.50 1.4966 1 3 5 62.17 4.94 1.4932 2 4 0 62.36 5.52 1.4891 -3 1 2 62.56 5.86 1.4848 3 1 2 62.89 1.06 1.4777 -2 4 1 62.96 2.24 1.4763 2 4 1 64.04 11.43 1.4540 -3 2 1 64.14 11.50 1.4520 3 2 1 64.15 3.35 1.4517 -1 4 4 64.28 2.10 1.4491 1 4 4 64.55 3.90 1.4438 -1 5 1 64.58 4.92 1.4431 1 5 1 65.03 3.04 1.4342 -2 3 4 65.12 3.46 1.4325 -2 4 2 65.25 3.29 1.4300 2 4 2 65.29 3.08 1.4290 2 3 4 65.30 7.05 1.4288 -2 2 5 65.63 5.97 1.4225 2 2 5 66.06 7.56 1.4143 -3 1 3 66.35 9.07 1.4088 3 1 3 67.21 4.16 1.3930 0 5 3 68.31 2.04 1.3732 -2 0 6 68.69 2.38 1.3664 2 0 6 69.42 1.11 1.3539 -1 1 7 69.64 2.18 1.3501 1 1 7 70.05 3.97 1.3432 0 2 7 70.24 1.31 1.3400 3 0 4 70.37 10.88 1.3379 -1 5 3 70.46 8.53 1.3363 1 5 3 70.72 1.92 1.3321 -1 4 5 70.88 1.13 1.3295 1 4 5 72.43 1.66 1.3049 -3 3 2 73.10 8.21 1.2945 -1 2 7 73.32 5.88 1.2912 1 2 7 73.60 1.37 1.2870 2 2 6 73.72 1.36 1.2851 -2 4 4 74.20 1.12 1.2780 2 5 1 74.29 2.92 1.2767 0 6 0 74.99 5.59 1.2665 0 6 1 75.30 1.53 1.2620 -1 5 4 75.43 1.84 1.2603 1 5 4 75.44 13.10 1.2600 0 4 6 75.80 3.30 1.2550 0 0 8 75.89 2.57 1.2537 -3 3 3 76.17 2.29 1.2498 3 3 3 76.20 1.94 1.2493 -2 5 2 76.33 1.45 1.2476 2 5 2 76.99 3.80 1.2385 0 1 8 77.37 2.15 1.2334 -3 1 5 77.83 1.85 1.2273 3 1 5 78.06 4.25 1.2243 -1 6 1 78.09 1.84 1.2239 1 6 1 78.13 8.93 1.2233 3 4 0 78.42 4.43 1.2194 -1 4 6 78.54 2.62 1.2180 0 5 5 78.61 2.39 1.2171 1 4 6 78.75 1.11 1.2152 -1 0 8 78.77 1.34 1.2149 -3 4 1 79.08 1.13 1.2110 -1 3 7 79.09 1.51 1.2109 2 1 7 79.63 8.14 1.2040 -2 5 3 79.81 8.05 1.2017 2 5 3 80.11 1.16 1.1980 -1 6 2 80.17 1.08 1.1972 1 1 8 80.55 5.38 1.1925 4 0 0 80.68 5.11 1.1909 -3 3 4 80.79 1.52 1.1896 -3 4 2 80.92 5.71 1.1881 -3 2 5 80.97 1.46 1.1874 3 4 2 81.04 3.98 1.1865 3 3 4 81.37 4.96 1.1826 3 2 5 81.65 1.89 1.1792 1 5 5 82.19 6.62 1.1728 -2 2 7 82.35 1.87 1.1710 -4 1 1 82.61 7.01 1.1679 2 2 7 83.69 4.21 1.1556 -3 0 6 84.22 3.83 1.1496 3 0 6 84.33 1.03 1.1484 -4 1 2 85.85 3.76 1.1320 -4 2 1 85.97 2.39 1.1307 4 2 1 86.39 1.22 1.1263 0 3 8 86.46 1.54 1.1256 2 6 0 87.11 2.52 1.1189 -2 6 1 87.17 4.59 1.1182 2 6 1 87.39 3.99 1.1159 -2 4 6 87.66 2.07 1.1132 -4 1 3 87.75 6.35 1.1123 2 4 6 88.02 2.45 1.1096 4 1 3 88.16 1.28 1.1082 2 0 8 88.59 2.01 1.1039 0 1 9 88.84 3.07 1.1014 -2 1 8 89.20 2.40 1.0979 3 4 4 89.27 3.85 1.0973 -1 3 8 89.29 2.47 1.0970 -3 5 1 89.32 1.75 1.0968 2 1 8 89.38 1.44 1.0962 3 5 1 89.50 3.23 1.0950 1 3 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.