Galuskinite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R130076 Lazic B, Armbruster T, Savelyeva V B, Zadov A E, Pertsev N N, Dzierzanowski P Mineralogical Magazine 75 (2011) 2631-2648 Galuskinite, Ca7(SiO4)3(CO3), a new skarn mineral from the Birkhin gabbro massif, Eastern Siberia, Russia Locality: Birkhin gabbro massif, Eastern Siberia, Russia _database_code_amcsd 0018535 CELL PARAMETERS: 18.7872 6.7244 10.4673 90.000 90.788 90.000 SPACE GROUP: P2_1/c ATOM X Y Z OCCUPANCY ISO(B) Ca 0.25320 0.99544 0.03445 1.000 0.833 Ca 0.00225 0.49318 -0.29336 1.000 0.812 Ca 0.46782 0.94041 0.25248 1.000 0.892 Ca 0.18601 0.34203 0.24622 1.000 0.952 Ca -0.08011 0.34023 -0.00397 1.000 0.959 Ca 0.41771 0.23372 -0.00793 1.000 1.025 Ca 0.26033 0.51157 -0.05254 1.000 0.812 Si 0.42237 0.74899 -0.00051 1.000 0.628 Si 0.17238 0.71963 -0.25559 1.000 0.639 Si 0.09001 0.22209 0.00646 1.000 0.650 O 0.37171 0.91820 0.06360 1.000 1.090 O 0.37975 0.56660 -0.06914 1.000 0.963 O 0.52592 0.14830 0.10652 1.000 1.011 O 0.47714 0.66610 0.10925 1.000 0.924 O 0.20363 0.00540 0.23703 1.000 0.892 O 0.21195 0.82700 -0.13590 1.000 1.121 O -0.08658 0.26930 0.23390 1.000 1.050 O -0.19184 0.33920 -0.11325 1.000 1.011 O 0.07252 0.98860 0.00470 1.000 1.113 O 0.17363 0.26090 -0.02450 1.000 1.003 O 0.03815 0.33880 -0.09493 1.000 1.003 O 0.07182 0.31980 0.14611 1.000 1.019 O 0.30111 0.31080 0.13532 1.000 1.034 O 0.30607 0.30510 0.34910 1.000 1.050 O 0.40565 0.27990 0.23650 1.000 1.255 C 0.33806 0.30050 0.24050 1.000 0.892 Wa 0.33720 0.68100 0.25300 0.109 2.211 X-RAY WAVELENGTH: 1.541838 BOUNDS ON TWO THETA: 5.0 90.0 LIMITS IMPOSED ON THE INDICES ARE: +/- 17 +/- 6 +/- 9 MAX. ABS. INTENSITY / VOLUME**2: 7.287646464 The INTENSITY cut off value is 1.00 2-THETA INTENSITY D-SPACING H K L 9.42 7.55 9.3927 2 0 0 13.99 8.15 6.3310 1 1 0 14.14 16.61 6.2618 3 0 0 16.21 6.25 5.4676 2 1 0 16.40 1.74 5.4060 1 1 1 16.94 12.66 5.2332 0 0 2 17.53 1.91 5.0592 -1 0 2 17.66 1.44 5.0234 1 0 2 18.25 2.04 4.8622 -2 1 1 18.37 3.63 4.8304 2 1 1 18.90 9.86 4.6964 4 0 0 19.53 1.05 4.5450 2 0 2 21.99 10.43 4.0429 -3 0 2 22.29 4.24 3.9886 3 0 2 23.10 8.22 3.8503 4 1 0 23.44 7.69 3.7958 -2 1 2 23.63 5.11 3.7656 2 1 2 23.68 6.31 3.7571 5 0 0 24.73 2.15 3.6004 4 1 1 25.31 2.99 3.5194 -4 0 2 25.66 3.95 3.4716 4 0 2 25.97 1.03 3.4305 3 1 2 26.51 8.31 3.3622 0 2 0 27.19 2.50 3.2799 5 1 0 27.87 13.30 3.2011 0 2 1 28.19 3.14 3.1655 2 2 0 28.30 2.55 3.1534 1 2 1 28.42 11.38 3.1406 -5 1 1 28.51 7.97 3.1309 6 0 0 28.62 1.93 3.1191 5 1 1 28.94 1.13 3.0848 4 1 2 29.07 8.63 3.0721 -5 0 2 29.17 1.69 3.0616 -1 1 3 29.29 14.35 3.0496 1 1 3 29.46 3.02 3.0323 5 0 2 29.52 4.44 3.0261 2 2 1 30.17 10.50 2.9622 3 2 0 30.28 3.65 2.9518 -2 1 3 31.44 4.04 2.8454 3 2 1 32.03 1.06 2.7941 1 2 2 32.09 8.75 2.7894 -3 1 3 32.41 1.09 2.7625 3 1 3 32.76 53.14 2.7338 4 2 0 33.00 42.02 2.7141 -2 2 2 33.14 54.12 2.7032 -6 0 2 33.14 45.88 2.7030 2 2 2 33.56 54.10 2.6706 6 0 2 33.96 2.41 2.6399 4 2 1 34.27 44.06 2.6166 0 0 4 34.68 1.66 2.5867 1 0 4 34.90 6.67 2.5709 4 1 3 35.49 1.19 2.5296 -2 0 4 36.19 5.70 2.4820 6 1 2 36.86 2.40 2.4385 0 1 4 37.05 3.39 2.4262 -3 0 4 37.12 1.46 2.4222 -1 1 4 37.14 10.18 2.4209 0 2 3 37.41 1.47 2.4041 -5 1 3 37.41 1.24 2.4040 -1 2 3 37.43 2.13 2.4025 3 0 4 37.50 1.30 2.3982 1 2 3 38.25 1.20 2.3529 2 1 4 38.33 3.58 2.3482 8 0 0 38.49 3.92 2.3389 2 2 3 39.66 2.35 2.2725 4 0 4 39.74 2.42 2.2679 -5 2 2 39.79 23.72 2.2653 -3 2 3 40.04 1.77 2.2518 5 2 2 40.06 2.85 2.2508 3 2 3 40.53 3.36 2.2257 1 3 0 40.70 7.32 2.2169 8 1 0 41.19 3.36 2.1918 0 3 1 41.25 7.16 2.1884 6 1 3 41.41 3.95 2.1802 2 3 0 41.46 28.93 2.1777 -1 3 1 41.51 11.96 2.1756 -4 1 4 41.76 1.06 2.1631 8 1 1 41.80 1.17 2.1612 -5 0 4 41.97 8.95 2.1529 4 1 4 42.16 5.15 2.1435 4 2 3 42.37 2.31 2.1335 5 0 4 42.37 1.46 2.1331 2 3 1 42.41 1.29 2.1315 8 0 2 42.85 3.28 2.1103 3 3 0 43.80 1.44 2.0668 3 3 1 44.19 2.00 2.0493 -1 3 2 44.25 4.02 2.0469 1 3 2 44.40 11.77 2.0404 -7 1 3 44.56 1.84 2.0336 5 1 4 44.72 2.28 2.0263 5 2 3 44.84 4.59 2.0215 -6 0 4 44.97 3.65 2.0159 7 1 3 44.99 3.10 2.0149 -2 3 2 45.10 3.20 2.0103 2 3 2 45.38 3.05 1.9987 0 1 5 45.48 2.53 1.9943 6 0 4 45.50 3.69 1.9934 9 1 0 45.58 13.22 1.9902 -1 1 5 45.71 2.33 1.9847 1 1 5 45.73 2.05 1.9839 4 3 1 46.14 1.62 1.9674 -3 2 4 46.25 7.50 1.9630 -9 1 1 46.58 1.17 1.9497 2 1 5 46.63 1.94 1.9480 -9 0 2 46.84 2.22 1.9397 7 2 2 47.21 28.27 1.9251 8 2 0 47.24 1.34 1.9241 -6 2 3 47.56 1.41 1.9120 6 1 4 47.71 2.66 1.9064 6 2 3 47.93 10.64 1.8979 -4 2 4 47.95 2.61 1.8972 -8 2 1 47.96 3.42 1.8968 3 1 5 48.12 1.40 1.8908 5 3 1 48.34 18.19 1.8828 4 2 4 48.36 1.80 1.8822 -8 1 3 48.46 1.82 1.8785 10 0 0 48.97 4.85 1.8602 8 1 3 49.32 1.49 1.8478 -4 1 5 49.82 1.66 1.8304 4 1 5 50.18 2.13 1.8180 -5 2 4 50.32 1.08 1.8134 -8 2 2 50.44 2.32 1.8094 -3 3 3 50.44 2.35 1.8093 10 1 0 50.68 1.21 1.8014 5 2 4 50.71 1.36 1.8002 8 2 2 51.05 1.34 1.7891 7 2 3 51.42 3.07 1.7770 0 2 5 51.46 1.98 1.7759 -10 0 2 51.51 8.75 1.7742 -5 1 5 51.73 1.14 1.7672 1 2 5 51.97 3.07 1.7597 -8 0 4 52.22 2.90 1.7518 -9 2 1 52.84 2.04 1.7325 -6 2 4 53.08 1.41 1.7255 -6 3 2 53.22 1.25 1.7211 9 1 3 53.67 4.79 1.7078 11 0 0 53.79 5.95 1.7043 3 2 5 54.10 3.64 1.6952 7 3 1 54.44 3.80 1.6855 -9 2 2 54.59 4.95 1.6811 0 4 0 54.62 3.49 1.6804 5 3 3 54.72 3.05 1.6776 8 2 3 54.83 1.43 1.6745 3 0 6 54.86 4.13 1.6736 9 2 2 55.04 1.11 1.6685 -4 2 5 55.57 1.84 1.6537 -1 4 1 56.08 3.75 1.6399 10 2 0 56.12 1.12 1.6389 3 3 4 56.31 1.95 1.6339 2 4 1 56.45 1.00 1.6300 7 3 2 56.80 3.11 1.6207 -6 3 3 57.08 3.57 1.6137 -5 2 5 57.40 1.96 1.6053 -3 4 1 57.43 1.58 1.6046 -8 3 1 57.59 1.15 1.6005 0 4 2 57.79 1.78 1.5953 -1 4 2 57.89 1.75 1.5930 7 1 5 58.45 1.23 1.5789 -2 4 2 58.54 1.43 1.5767 2 4 2 58.81 1.17 1.5703 -10 2 2 59.00 4.27 1.5655 12 0 0 59.07 1.02 1.5639 4 4 1 59.25 5.18 1.5596 10 2 2 59.27 2.78 1.5591 -8 2 4 59.72 1.79 1.5484 0 2 6 59.72 4.70 1.5484 -7 3 3 59.88 1.68 1.5447 -1 2 6 59.98 1.80 1.5424 8 2 4 60.39 2.55 1.5328 -6 0 6 60.52 1.07 1.5299 0 3 5 60.68 3.91 1.5261 -1 3 5 60.84 1.18 1.5226 11 2 0 61.18 5.36 1.5150 6 0 6 61.20 1.85 1.5144 0 4 3 61.45 1.43 1.5088 1 4 3 61.60 1.53 1.5055 -12 0 2 61.67 1.20 1.5041 11 2 1 61.71 2.73 1.5032 -11 1 3 62.01 1.51 1.4965 -2 4 3 62.12 1.46 1.4942 12 0 2 62.66 1.68 1.4827 3 3 5 62.73 2.40 1.4811 6 4 0 63.07 1.46 1.4740 -3 4 3 64.06 2.68 1.4537 1 1 7 64.08 2.64 1.4531 -9 1 5 64.22 1.23 1.4503 4 3 5 64.78 1.52 1.4392 -11 0 4 65.03 1.08 1.4342 9 1 5 65.37 2.76 1.4276 -6 4 2 65.47 1.94 1.4257 -3 1 7 65.52 2.86 1.4247 7 4 0 65.62 3.46 1.4227 6 4 2 65.70 1.38 1.4212 11 0 4 66.06 5.40 1.4143 0 4 4 66.73 2.61 1.4017 5 4 3 67.11 2.07 1.3947 -6 2 6 67.85 1.33 1.3813 6 2 6 68.82 1.04 1.3642 -2 3 6 69.06 1.61 1.3600 2 3 6 69.07 1.14 1.3599 10 1 5 69.25 1.55 1.3568 -8 4 1 69.55 2.84 1.3516 -12 0 4 70.49 1.09 1.3359 -10 3 3 70.53 4.11 1.3353 12 0 4 72.21 3.28 1.3083 0 0 8 73.42 1.17 1.2896 2 5 2 74.02 1.47 1.2807 3 4 5 74.26 1.63 1.2771 3 0 8 75.74 1.22 1.2558 4 0 8 75.87 2.59 1.2541 -12 2 4 76.81 1.44 1.2410 12 2 4 76.82 1.87 1.2409 -5 4 5 78.20 1.24 1.2223 9 4 3 78.44 4.06 1.2192 0 2 8 79.24 1.75 1.2089 14 2 2 81.85 1.83 1.1768 5 3 7 82.13 1.94 1.1736 15 2 0 82.71 1.10 1.1668 -6 5 3 82.78 1.08 1.1660 -15 1 3 83.22 1.26 1.1609 -4 5 4 83.53 1.41 1.1574 4 5 4 84.22 2.81 1.1496 -8 0 8 84.58 2.88 1.1456 12 4 0 85.45 1.26 1.1363 8 0 8 85.71 2.04 1.1335 -7 3 7 86.04 1.24 1.1299 -1 5 5 87.12 1.37 1.1187 1 6 0 89.02 1.39 1.0997 -12 3 5 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.