Hingganite-(Y) Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from single crystal data of R070466 DeMartin F, Minaglia A, Gramaccioli C M The Canadian Mineralogist 39 (2001) 1123-1132 Characterization of gadolinite-group minerals using crystallographic data only: The case of hingganite-(Y) from Cuasso al Monte, Italy Sample 1 Locality: Cuasso al Monte, Italy CELL PARAMETERS: 4.7640 7.6180 9.9200 90.000 90.390 90.000 SPACE GROUP: P2_1/c ATOM X Y Z OCCUPANCY ISO(B) Y 0.00140 0.10860 0.33164 0.750 1.710 Ca 0.00140 0.10860 0.33164 0.250 1.710 Fe 0.00000 0.00000 0.00000 0.270 2.000 Si 0.51970 0.27430 0.08020 1.000 1.650 O 0.76100 0.41030 0.03260 1.000 1.900 O 0.32500 0.28660 0.45110 1.000 1.900 O 0.30800 0.34340 0.19740 1.000 2.100 O 0.68500 0.10600 0.14580 1.000 2.000 OH 0.78000 0.40940 0.33130 1.000 2.200 Be 0.45200 0.41300 0.33500 0.750 1.800 B 0.45200 0.41300 0.33500 0.250 1.800 X-RAY WAVELENGTH: 1.541838 BOUNDS ON TWO THETA: 0.0 90.0 LIMITS IMPOSED ON THE INDICES ARE: +/- 4 +/- 6 +/- 9 MAX. ABS. INTENSITY / VOLUME**2: 8.516313042 The INTENSITY cut off value is 1.00 2-THETA INTENSITY D-SPACING H K L 14.66 45.54 6.0419 0 1 1 17.88 10.04 4.9599 0 0 2 18.63 29.39 4.7639 1 0 0 21.38 10.13 4.1565 0 1 2 23.74 30.06 3.7485 -1 1 1 23.83 12.89 3.7334 1 1 1 25.04 36.60 3.5559 0 2 1 25.84 45.31 3.4475 -1 0 2 26.02 14.21 3.4242 1 0 2 28.42 89.48 3.1409 -1 1 2 28.58 100.00 3.1232 1 1 2 29.45 21.71 3.0332 0 1 3 29.57 9.20 3.0210 0 2 2 30.04 60.61 2.9750 1 2 0 31.35 83.89 2.8529 -1 2 1 31.43 91.13 2.8463 1 2 1 34.97 68.99 2.5659 -1 1 3 35.11 6.99 2.5560 -1 2 2 35.17 50.11 2.5514 1 1 3 35.24 2.20 2.5465 1 2 2 35.97 1.21 2.4970 0 2 3 36.22 10.49 2.4799 0 0 4 36.53 8.10 2.4600 0 3 1 37.77 14.13 2.3819 2 0 0 38.16 25.06 2.3581 0 1 4 39.64 1.24 2.2734 2 1 0 39.88 38.47 2.2603 0 3 2 40.24 16.18 2.2409 1 3 0 40.71 17.56 2.2163 -1 2 3 40.78 12.98 2.2128 2 1 1 40.89 21.87 2.2069 1 2 3 40.91 12.01 2.2059 -1 0 4 41.15 4.02 2.1936 1 0 4 41.27 9.21 2.1873 -1 3 1 42.20 6.95 2.1415 2 0 2 42.67 1.75 2.1188 -1 1 4 42.90 11.97 2.1080 1 1 4 43.69 3.56 2.0718 -2 1 2 43.92 3.72 2.0616 2 1 2 44.30 5.20 2.0446 -1 3 2 44.42 17.68 2.0397 1 3 2 45.01 6.64 2.0140 0 3 3 45.80 28.09 1.9812 -2 2 1 45.91 27.30 1.9767 2 2 1 47.35 3.61 1.9199 0 1 5 47.76 12.65 1.9045 0 4 0 47.85 1.36 1.9009 1 2 4 48.44 31.48 1.8791 -2 1 3 48.58 1.46 1.8742 -2 2 2 48.68 5.60 1.8703 0 4 1 48.76 27.67 1.8677 2 1 3 49.03 2.46 1.8578 -1 3 3 49.19 2.07 1.8523 1 3 3 51.39 17.58 1.7779 0 4 2 51.43 4.42 1.7767 1 1 5 51.51 14.87 1.7742 0 3 4 51.69 21.24 1.7684 1 4 0 51.97 21.96 1.7596 0 2 5 52.54 1.25 1.7417 -1 4 1 53.13 1.35 1.7238 -2 0 4 53.29 1.02 1.7191 2 2 3 53.50 1.77 1.7127 -2 3 1 53.52 4.59 1.7121 2 0 4 53.60 7.85 1.7098 2 3 1 54.59 21.43 1.6813 -2 1 4 54.97 10.76 1.6704 2 1 4 55.09 1.04 1.6670 -1 4 2 55.15 16.15 1.6653 -1 3 4 55.19 1.96 1.6644 1 4 2 55.34 17.02 1.6600 1 3 4 55.57 4.87 1.6538 -1 2 5 55.59 10.52 1.6533 0 0 6 55.81 10.36 1.6474 1 2 5 56.00 22.42 1.6421 -2 3 2 56.19 18.25 1.6371 2 3 2 58.09 7.20 1.5880 3 0 0 59.01 10.43 1.5652 -1 0 6 59.09 1.72 1.5634 0 3 5 59.17 2.61 1.5616 2 2 4 59.19 1.66 1.5610 -1 4 3 59.29 11.72 1.5586 1 0 6 61.10 6.98 1.5166 0 2 6 61.16 3.39 1.5153 -3 0 2 61.38 2.82 1.5105 0 4 4 61.58 1.85 1.5059 0 5 1 61.87 1.06 1.4996 -2 1 5 62.42 1.79 1.4878 -1 3 5 62.49 4.26 1.4862 -3 1 2 62.64 1.58 1.4831 1 3 5 62.76 5.07 1.4806 3 1 2 63.25 2.40 1.4701 2 4 1 63.47 1.38 1.4657 3 2 0 64.17 8.26 1.4513 -3 2 1 64.30 8.57 1.4486 3 2 1 64.66 3.45 1.4416 -1 4 4 64.83 2.18 1.4381 1 4 4 64.92 4.20 1.4363 -1 5 1 64.97 6.51 1.4355 1 5 1 65.43 3.62 1.4265 -2 4 2 65.60 3.19 1.4231 2 4 2 65.79 4.31 1.4194 -2 2 5 66.22 3.03 1.4112 2 2 5 66.26 6.66 1.4105 -3 1 3 66.65 8.15 1.4032 3 1 3 69.39 1.02 1.3544 2 4 3 69.42 1.07 1.3539 2 0 6 69.86 1.79 1.3464 3 3 0 70.06 1.64 1.3431 -3 2 3 70.56 1.64 1.3348 1 1 7 70.86 6.87 1.3299 -1 5 3 70.96 1.35 1.3282 0 2 7 70.98 4.98 1.3278 1 5 3 71.36 2.54 1.3218 -1 4 5 73.87 1.08 1.2829 -2 2 6 73.97 5.38 1.2815 -1 2 7 74.20 1.38 1.2780 -2 4 4 74.25 3.25 1.2773 1 2 7 74.36 2.26 1.2757 2 2 6 74.77 2.78 1.2697 0 6 0 75.49 3.70 1.2594 0 6 1 75.90 1.07 1.2536 -1 5 4 76.06 1.44 1.2514 1 5 4 76.19 1.31 1.2495 -3 3 3 76.26 9.58 1.2485 0 4 6 76.61 1.63 1.2437 -2 5 2 76.78 1.03 1.2415 2 5 2 76.88 2.25 1.2400 0 0 8 77.80 1.12 1.2276 -3 1 5 78.09 3.33 1.2239 0 1 8 78.41 5.32 1.2196 3 4 0 78.55 2.32 1.2178 -1 6 1 79.06 1.47 1.2113 -3 4 1 79.22 1.48 1.2092 -1 4 6 79.28 2.44 1.2084 0 5 5 79.99 1.44 1.1994 -1 3 7 80.11 6.01 1.1980 -2 5 3 80.35 5.26 1.1950 2 5 3 80.64 1.72 1.1914 -1 6 2 80.68 5.05 1.1910 4 0 0 81.08 4.05 1.1861 -3 3 4 81.10 1.08 1.1858 -3 4 2 81.34 1.22 1.1829 3 4 2 81.38 3.88 1.1824 -3 2 5 81.55 2.76 1.1804 3 3 4 81.98 3.47 1.1754 3 2 5 82.42 1.58 1.1701 1 5 5 82.48 1.21 1.1694 -4 1 1 83.02 4.44 1.1632 -2 2 7 83.58 5.01 1.1569 2 2 7 84.26 3.36 1.1492 -3 0 6 84.97 2.93 1.1414 3 0 6 86.02 2.07 1.1301 -4 2 1 87.61 1.10 1.1137 -2 6 1 87.68 3.10 1.1130 2 6 1 87.87 1.03 1.1111 3 3 5 87.88 1.05 1.1109 -4 1 3 88.16 1.58 1.1081 -2 4 6 88.36 1.53 1.1062 4 1 3 88.63 3.70 1.1035 2 4 6 89.68 2.68 1.0933 -3 5 1 89.80 2.64 1.0922 3 4 4 89.80 1.17 1.0921 3 5 1 89.80 1.17 1.0921 2 6 2 89.86 2.37 1.0916 -2 1 8 89.94 1.11 1.0908 0 1 9 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.