Abhurite Schnering H G, Nesper R, Pelshenke H Zeitschrift fur Naturforschung B36 (1981) 1551-1560 Sn21Cl16(OH)14O6, das sogenannte basische zinn(II)-clorid Locality: synthetic _database_code_amcsd 0015835 CELL PARAMETERS: 10.0180 10.0180 44.0300 90.000 90.000 120.000 SPACE GROUP: R32 X-RAY WAVELENGTH: 1.541838 Cell Volume: 3826.849 Density (g/cm3): 4.418 MAX. ABS. INTENSITY / VOLUME**2: 31.42981255 RIR: 2.316 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 10.39 21.36 8.5122 1 0 1 6 12.06 26.76 7.3383 0 0 6 2 12.99 25.97 6.8138 1 0 4 6 14.33 24.78 6.1803 0 1 5 6 17.41 24.33 5.0924 1 0 7 6 17.71 2.33 5.0090 1 1 0 3 18.13 16.42 4.8922 0 0 9 2 18.72 15.65 4.7405 1 1 3 6 19.10 1.57 4.6475 0 1 8 6 20.57 5.48 4.3170 0 2 1 6 21.48 63.53 4.1371 1 1 6 6 22.02 7.33 4.0358 0 2 4 6 22.85 1.17 3.8914 2 0 5 6 24.26 3.31 3.6692 0 0 12 2 24.49 30.61 3.6346 0 1 11 6 24.93 1.55 3.5710 0 2 7 6 25.45 22.57 3.4999 1 1 9 6 26.16 47.35 3.4069 2 0 8 6 27.27 35.44 3.2701 2 1 1 6 27.50 44.84 3.2434 1 2 2 6 28.29 7.69 3.1550 1 0 13 6 28.40 33.59 3.1427 2 1 4 6 28.89 19.78 3.0901 0 2 10 6 29.06 12.17 3.0730 1 2 5 6 30.19 1.55 2.9600 1 1 12 6 30.23 2.91 2.9567 0 1 14 6 30.39 2.86 2.9417 2 0 11 6 30.45 1.68 2.9353 0 0 15 2 30.75 38.00 2.9077 2 1 7 6 30.92 81.34 2.8919 3 0 0 6 31.53 19.22 2.8374 0 3 3 6 31.53 6.24 2.8374 3 0 3 6 31.76 57.56 2.8171 1 2 8 6 33.30 14.18 2.6906 0 3 6 6 34.09 14.23 2.6299 2 1 10 6 34.18 7.42 2.6231 1 0 16 6 35.25 3.91 2.5462 2 0 14 6 35.45 100.00 2.5325 1 1 15 6 35.86 4.51 2.5045 2 2 0 3 36.08 2.06 2.4895 0 3 9 6 36.08 15.16 2.4895 3 0 9 6 36.19 12.68 2.4818 0 1 17 6 36.39 5.83 2.4688 2 2 3 6 37.43 5.81 2.4027 1 3 1 6 37.60 8.39 2.3920 3 1 2 6 37.96 4.81 2.3703 2 2 6 6 38.20 7.28 2.3559 2 1 13 6 38.29 5.60 2.3507 1 3 4 6 38.80 2.20 2.3212 3 1 5 6 39.68 4.37 2.2713 0 3 12 6 39.68 9.86 2.2713 3 0 12 6 39.71 13.66 2.2698 1 2 14 6 40.28 4.36 2.2389 1 0 19 6 40.46 14.10 2.2293 2 2 9 6 40.93 1.57 2.2047 3 1 8 6 41.06 5.67 2.1980 1 1 18 6 41.69 3.17 2.1663 4 0 1 6 42.48 4.53 2.1280 4 0 4 6 42.83 3.82 2.1115 1 3 10 6 42.90 7.72 2.1080 2 1 16 6 43.76 5.41 2.0686 2 2 12 6 43.90 9.36 2.0623 3 1 11 6 44.17 1.40 2.0505 4 0 7 6 44.58 1.87 2.0325 1 2 17 6 44.92 6.07 2.0179 0 4 8 6 45.63 4.89 1.9883 3 2 1 6 45.77 7.62 1.9823 2 3 2 6 46.24 1.36 1.9632 2 0 20 6 46.28 7.89 1.9616 1 3 13 6 46.36 5.63 1.9586 3 2 4 6 46.79 2.76 1.9414 2 3 5 6 46.98 19.63 1.9341 1 1 21 6 47.58 2.75 1.9111 3 1 14 6 47.69 5.88 1.9070 0 4 11 6 47.94 3.35 1.8976 3 2 7 6 48.06 21.32 1.8932 4 1 0 6 48.08 2.56 1.8925 2 1 19 6 48.48 2.88 1.8777 1 4 3 6 48.65 9.85 1.8717 2 3 8 6 49.70 1.15 1.8346 0 0 24 2 49.74 2.92 1.8332 1 4 6 6 49.74 3.73 1.8332 4 1 6 6 49.89 2.05 1.8278 1 2 20 6 49.93 12.32 1.8265 4 0 13 6 50.20 1.79 1.8173 0 2 22 6 50.31 15.30 1.8137 3 2 10 6 50.38 2.75 1.8114 1 3 16 6 51.26 6.71 1.7822 2 3 11 6 51.78 1.38 1.7656 1 4 9 6 51.78 1.75 1.7656 4 1 9 6 51.86 7.40 1.7629 3 1 17 6 52.28 4.69 1.7499 2 2 18 6 53.17 1.44 1.7227 1 1 24 6 53.39 1.96 1.7160 3 2 13 6 53.46 1.24 1.7140 0 5 4 6 53.65 3.92 1.7083 2 1 22 6 53.82 4.50 1.7035 4 0 16 6 53.85 1.60 1.7024 5 0 5 6 54.02 1.85 1.6975 0 3 21 6 54.54 2.02 1.6825 4 1 12 6 54.56 7.32 1.6819 2 3 14 6 54.89 1.16 1.6727 0 5 7 6 55.00 4.15 1.6697 3 3 0 3 55.24 14.55 1.6629 0 4 17 6 55.38 2.66 1.6590 3 3 3 6 55.59 12.88 1.6532 1 2 23 6 56.14 1.06 1.6384 2 4 1 6 56.26 2.22 1.6351 4 2 2 6 56.53 4.05 1.6281 3 3 6 6 56.67 1.98 1.6243 3 1 20 6 56.77 3.26 1.6217 2 4 4 6 57.15 5.03 1.6119 4 2 5 6 57.31 9.28 1.6077 2 2 21 6 57.93 3.82 1.5920 5 0 11 6 57.97 2.22 1.5910 1 4 15 6 57.97 3.69 1.5910 4 1 15 6 58.14 1.78 1.5866 2 4 7 6 58.26 2.17 1.5836 4 0 19 6 58.40 8.10 1.5802 3 3 9 6 58.48 1.95 1.5782 2 3 17 6 58.76 4.65 1.5713 4 2 8 6 59.47 11.26 1.5543 1 5 2 6 59.59 4.88 1.5516 2 1 25 6 59.63 4.35 1.5506 1 1 27 6 59.96 5.94 1.5428 5 1 4 6 60.23 3.47 1.5365 2 4 10 6 60.32 2.26 1.5344 1 5 5 6 60.97 1.52 1.5197 3 3 12 6 61.29 2.74 1.5125 5 1 7 6 61.40 3.85 1.5099 3 2 19 6 61.64 1.04 1.5047 1 2 26 6 61.89 4.43 1.4993 1 5 8 6 61.98 3.77 1.4972 1 4 18 6 61.98 1.99 1.4972 4 1 18 6 62.06 2.08 1.4955 0 1 29 6 62.78 4.16 1.4800 2 2 24 6 62.95 1.01 1.4764 2 3 20 6 62.99 1.01 1.4758 2 4 13 6 63.31 2.84 1.4690 5 1 10 6 63.37 1.21 1.4678 0 5 16 6 63.37 5.47 1.4677 0 0 30 2 64.05 1.04 1.4539 4 2 14 6 64.13 6.70 1.4521 1 5 11 6 64.17 4.42 1.4513 3 3 15 6 64.44 4.74 1.4460 6 0 0 6 64.66 1.01 1.4416 5 0 17 6 65.74 1.03 1.4205 3 0 27 6 66.05 2.11 1.4145 4 3 4 6 66.40 1.70 1.4080 3 4 5 6 66.55 1.33 1.4051 4 1 21 6 66.55 1.81 1.4051 1 4 21 6 67.03 1.44 1.3962 1 5 14 6 67.43 1.38 1.3890 0 5 19 6 67.55 1.55 1.3867 6 0 9 6 67.63 1.73 1.3853 4 2 17 6 67.75 1.01 1.3831 5 2 3 6 67.94 2.93 1.3797 2 3 23 6 68.65 1.10 1.3672 4 0 25 6 68.68 3.39 1.3666 2 2 27 6 68.77 1.32 1.3650 2 5 6 6 68.77 4.41 1.3650 5 2 6 6 69.24 1.31 1.3569 4 3 10 6 70.03 1.20 1.3436 3 4 11 6 70.46 2.27 1.3364 2 5 9 6 71.53 1.53 1.3190 3 2 25 6 71.63 1.21 1.3175 4 1 24 6 71.70 1.33 1.3163 1 3 28 6 71.78 1.31 1.3150 4 2 20 6 71.81 2.23 1.3145 4 3 13 6 72.18 1.15 1.3088 0 3 30 6 72.18 2.36 1.3088 3 0 30 6 72.35 3.70 1.3061 3 3 21 6 72.53 3.87 1.3033 2 1 31 6 73.19 2.86 1.2931 5 1 19 6 73.64 3.14 1.2864 6 1 8 6 73.80 3.25 1.2840 3 1 29 6 74.83 2.30 1.2688 1 2 32 6 74.95 1.77 1.2671 1 6 10 6 76.20 2.16 1.2494 3 4 17 6 76.52 1.64 1.2450 0 1 35 6 76.60 2.93 1.2438 0 4 29 6 79.27 1.25 1.2085 1 5 23 6 79.31 1.29 1.2080 2 5 18 6 79.59 1.00 1.2045 2 1 34 6 79.94 2.05 1.2001 2 4 25 6 80.19 1.39 1.1970 3 4 20 6 80.73 1.59 1.1903 0 6 21 6 80.91 1.01 1.1881 1 1 36 6 82.69 1.86 1.1670 5 1 25 6 82.72 1.76 1.1666 3 3 27 6 82.96 2.69 1.1639 7 0 13 6 83.31 1.09 1.1599 4 1 30 6 83.31 1.32 1.1599 1 4 30 6 83.47 3.62 1.1581 5 2 21 6 83.64 1.33 1.1561 3 2 31 6 87.05 1.16 1.1194 2 0 38 6 87.19 2.42 1.1180 0 7 17 6 88.23 1.23 1.1075 2 5 24 6 88.29 2.11 1.1068 5 1 28 6 88.85 1.24 1.1013 1 1 39 6 89.76 3.12 1.0925 1 2 38 6 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.