Kainosite-(Y) Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from single crystal data of R070759 Giuseppetti G, Tadini C, Oddone M Neues Jahrbuch fur Mineralogie, Monatshefte 1989 (1989) 153-164 Cenosite-(Y) from Baveno, Novara (Italy): crystal structure Locality: Baveno, Novara, Italy CELL PARAMETERS: 12.9570 14.2300 6.7090 90.000 90.000 90.000 SPACE GROUP: Pmnb ATOM X Y Z OCCUPANCY ISO(B) Ca 0.07720 0.45230 0.30010 1.000 1.280 Y 0.05680 0.21870 0.11170 1.000 0.990 Si 0.13070 0.14690 0.61120 1.000 0.990 Si 0.13120 0.43090 0.83890 1.000 1.010 C 0.25000 0.12430 0.11290 1.000 1.460 O 0.11270 0.03530 0.55690 1.000 1.370 O 0.05240 0.17070 0.79270 1.000 1.210 O 0.09540 0.21640 0.43820 1.000 1.370 O 0.25000 0.16000 0.67290 1.000 1.450 O 0.05250 0.41960 0.65400 1.000 1.270 O 0.11110 0.36130 0.01900 1.000 1.320 O 0.25000 0.42660 0.75710 1.000 1.310 O 0.16390 0.08170 0.11480 1.000 1.690 O 0.25000 0.21420 0.10780 1.000 1.650 O 0.25000 0.38100 0.36250 1.000 2.100 H 0.25000 0.31900 0.33500 1.000 3.000 H 0.25000 0.36900 0.50600 1.000 3.000 X-RAY WAVELENGTH: 1.541838 BOUNDS ON TWO THETA: 5.0 90.0 LIMITS IMPOSED ON THE INDICES ARE: +/- 11 +/- 13 +/- 6 MAX. ABS. INTENSITY / VOLUME**2: 10.94256167 The INTENSITY cut off value is 1.00 2-THETA INTENSITY D-SPACING H K L 12.44 26.10 7.1150 0 2 0 13.67 100.00 6.4785 2 0 0 14.20 8.79 6.2366 1 2 0 14.87 1.48 5.9577 1 0 1 16.13 14.09 5.4955 1 1 1 18.52 34.99 4.7902 2 2 0 19.43 12.14 4.5678 1 2 1 20.05 2.59 4.4289 2 1 1 22.96 1.61 3.8731 0 3 1 23.98 2.71 3.7109 1 3 1 24.51 14.14 3.6316 3 0 1 25.31 23.62 3.5188 3 1 1 25.97 56.10 3.4305 1 4 0 26.82 3.79 3.3243 2 3 1 27.31 70.89 3.2650 0 1 2 27.54 13.32 3.2392 4 0 0 27.58 6.62 3.2346 3 2 1 28.19 66.36 3.1660 1 1 2 28.63 28.88 3.1183 2 4 0 29.24 12.82 3.0544 1 4 1 29.44 14.56 3.0342 0 2 2 30.25 4.56 2.9543 1 2 2 30.32 10.47 2.9481 4 2 0 30.66 16.79 2.9157 2 1 2 31.01 18.90 2.8835 3 3 1 31.30 26.51 2.8576 4 1 1 31.64 20.96 2.8278 2 4 1 32.59 3.32 2.7478 2 2 2 32.61 58.09 2.7459 3 4 0 32.70 16.62 2.7388 0 3 2 33.44 6.90 2.6796 1 3 2 34.22 4.59 2.6200 0 5 1 34.43 9.92 2.6045 3 1 2 34.94 2.52 2.5680 1 5 1 35.32 32.10 2.5413 3 4 1 35.59 13.76 2.5226 2 3 2 36.15 9.81 2.4848 4 3 1 36.18 1.90 2.4828 3 2 2 37.01 9.41 2.4289 2 5 1 37.19 17.84 2.4173 5 0 1 37.50 8.34 2.3984 1 4 2 37.75 20.58 2.3832 5 1 1 37.94 4.38 2.3717 0 6 0 38.64 2.11 2.3302 4 0 2 39.37 4.32 2.2888 5 2 1 40.34 6.06 2.2361 0 6 1 40.85 5.69 2.2092 0 1 3 40.95 2.50 2.2037 1 0 3 40.96 1.38 2.2035 1 6 1 41.83 17.96 2.1595 6 0 0 41.95 31.03 2.1538 5 3 1 42.37 2.54 2.1334 0 2 3 42.55 4.64 2.1248 3 4 2 42.97 7.04 2.1051 1 2 3 43.19 24.35 2.0946 5 4 0 43.27 5.27 2.0910 2 1 3 43.53 3.60 2.0789 3 6 0 43.81 2.05 2.0664 6 2 0 44.00 4.21 2.0578 2 5 2 44.72 4.52 2.0264 2 2 3 45.36 7.89 1.9994 5 4 1 45.69 2.02 1.9857 3 6 1 46.15 3.45 1.9668 3 1 3 46.69 13.44 1.9455 0 7 1 46.85 8.87 1.9391 3 5 2 47.24 1.46 1.9239 1 7 1 47.47 5.33 1.9153 1 6 2 47.54 28.38 1.9128 3 2 3 48.06 2.41 1.8933 0 4 3 48.35 3.38 1.8824 5 3 2 48.88 5.69 1.8633 2 7 1 49.37 2.62 1.8460 6 4 0 49.78 7.50 1.8318 3 3 3 50.20 2.16 1.8173 2 4 3 50.63 7.11 1.8029 4 5 2 50.68 2.43 1.8012 6 1 2 50.98 1.20 1.7914 7 2 0 51.20 1.15 1.7843 7 0 1 51.33 7.00 1.7799 6 4 1 51.37 1.81 1.7787 0 8 0 51.52 1.70 1.7738 3 7 1 51.63 5.30 1.7705 7 1 1 51.73 8.85 1.7670 3 6 2 51.97 2.88 1.7594 6 2 2 52.01 1.91 1.7584 0 5 3 52.29 6.04 1.7496 5 6 0 52.52 3.32 1.7424 1 5 3 52.65 1.22 1.7385 0 7 2 52.79 5.18 1.7340 3 4 3 53.15 2.16 1.7231 1 7 2 53.28 21.23 1.7193 0 8 1 54.04 1.87 1.6970 2 5 3 54.08 5.61 1.6958 6 3 2 54.17 8.96 1.6931 5 0 3 54.18 1.33 1.6929 5 6 1 54.59 2.00 1.6812 5 1 3 54.66 1.96 1.6791 2 7 2 54.73 6.73 1.6773 0 0 4 54.98 1.98 1.6701 7 3 1 55.14 2.73 1.6657 0 1 4 55.21 15.23 1.6638 5 5 2 55.28 5.21 1.6618 2 8 1 55.82 13.78 1.6471 5 2 3 55.90 4.88 1.6447 3 8 0 56.28 1.83 1.6346 4 4 3 56.36 4.41 1.6325 0 2 4 56.56 10.39 1.6271 0 6 3 56.69 1.00 1.6237 2 0 4 56.84 2.57 1.6197 1 2 4 57.05 1.59 1.6144 1 6 3 57.11 7.82 1.6128 3 7 2 57.21 1.48 1.6102 7 1 2 57.83 12.01 1.5945 5 3 3 58.29 3.39 1.5830 2 2 4 58.36 1.25 1.5813 0 3 4 58.44 2.82 1.5792 8 2 0 58.49 5.63 1.5781 2 6 3 58.76 2.15 1.5715 0 8 2 59.03 5.72 1.5648 8 1 1 59.90 2.95 1.5443 6 1 3 60.12 3.49 1.5390 0 9 1 60.57 1.22 1.5288 5 4 3 60.59 1.34 1.5282 1 9 1 60.64 1.25 1.5271 3 2 4 61.54 1.27 1.5068 1 4 4 61.66 1.71 1.5043 0 7 3 62.12 2.15 1.4942 8 3 1 62.55 1.56 1.4849 3 3 4 62.92 2.74 1.4771 2 4 4 63.07 4.93 1.4740 8 4 0 63.43 5.14 1.4665 5 8 0 63.49 1.88 1.4653 2 7 3 63.99 1.46 1.4551 5 5 3 64.19 3.19 1.4509 8 1 2 64.46 1.02 1.4454 6 7 1 64.49 1.30 1.4450 0 5 4 64.55 4.56 1.4437 5 7 2 64.75 5.59 1.4397 8 4 1 65.18 3.88 1.4314 3 4 4 65.46 1.35 1.4259 7 0 3 65.57 1.73 1.4236 6 4 3 65.71 2.86 1.4210 4 3 4 65.82 1.38 1.4188 7 1 3 66.05 1.17 1.4145 1 10 0 66.38 2.15 1.4083 7 5 2 66.42 2.77 1.4076 9 0 1 67.14 2.38 1.3941 8 3 2 67.25 5.02 1.3921 0 8 3 68.05 1.38 1.3776 8 5 1 69.00 1.60 1.3610 2 8 3 69.01 1.54 1.3610 2 10 1 69.56 2.94 1.3515 3 10 0 69.94 2.99 1.3451 6 8 1 72.20 1.43 1.3084 4 9 2 72.34 2.56 1.3062 8 1 3 72.40 1.23 1.3054 3 6 4 72.56 1.23 1.3028 4 10 0 72.60 2.38 1.3023 6 2 4 72.77 2.41 1.2995 6 6 3 72.87 4.64 1.2980 8 5 2 73.02 2.33 1.2957 10 0 0 73.40 3.36 1.2900 8 2 3 73.75 1.07 1.2847 1 9 3 74.42 1.42 1.2747 10 2 0 74.94 1.94 1.2672 7 7 2 75.32 1.10 1.2617 9 5 1 76.00 6.62 1.2522 5 9 2 76.35 1.11 1.2473 5 10 0 76.54 1.81 1.2447 8 7 1 79.10 5.95 1.2107 5 6 4 79.28 1.28 1.2084 1 5 5 79.60 4.40 1.2043 10 1 2 79.80 1.18 1.2018 1 11 2 80.31 1.00 1.1954 1 10 3 80.52 1.00 1.1929 2 5 5 80.97 4.77 1.1874 5 1 5 81.16 1.12 1.1851 8 7 2 81.37 1.00 1.1826 4 11 1 81.68 1.10 1.1789 8 8 1 82.33 1.91 1.1712 10 3 2 82.57 4.22 1.1684 3 5 5 83.04 1.17 1.1630 1 12 1 83.09 3.72 1.1625 3 11 2 83.18 1.22 1.1614 10 5 1 83.29 1.29 1.1602 11 0 1 83.59 1.61 1.1567 3 10 3 83.63 1.02 1.1563 11 1 1 84.21 1.89 1.1498 8 2 4 84.38 1.87 1.1479 8 6 3 85.87 2.23 1.1317 7 9 2 86.30 1.95 1.1273 3 12 1 86.89 1.57 1.1211 10 6 1 87.01 1.71 1.1198 0 7 5 87.17 1.09 1.1182 11 4 0 87.51 2.61 1.1147 0 1 6 87.59 1.33 1.1139 9 5 3 88.16 1.22 1.1082 6 3 5 88.26 1.89 1.1072 8 4 4 88.58 3.25 1.1040 5 8 4 88.76 2.09 1.1022 8 7 3 88.90 1.20 1.1009 7 6 4 89.13 1.55 1.0986 2 1 6 89.59 2.74 1.0941 5 11 2 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.