Paulingite-Ca Lengauer C L, Giester G, Tillmanns E Mineralogical Magazine 61 (1997) 591-606 Mineralogical characterization of paulingite from Vinaricka Hora, Czech Republic Locality: Vinaricka Hora, Czech Republic _database_code_amcsd 0014528 CELL PARAMETERS: 35.1231 35.1231 35.1231 90.000 90.000 90.000 SPACE GROUP: Im3m X-RAY WAVELENGTH: 1.541838 Cell Volume: 43328.988 Density (g/cm3): 2.084 MAX. ABS. INTENSITY / VOLUME**2: 5.616542728 RIR: 0.878 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 3.56 39.24 24.8358 1 1 0 12 5.03 30.61 17.5616 2 0 0 6 6.16 2.68 14.3389 2 1 1 24 7.12 32.40 12.4179 2 2 0 12 7.96 4.62 11.1069 3 1 0 24 8.72 5.65 10.1392 2 2 2 8 9.42 3.47 9.3870 3 2 1 48 10.69 99.97 8.2786 3 3 0 12 11.27 9.25 7.8538 4 2 0 24 11.82 2.69 7.4883 3 3 2 24 12.35 1.89 7.1695 4 2 2 24 12.85 3.05 6.8882 5 1 0 24 12.85 56.42 6.8882 4 3 1 48 13.81 2.21 6.4126 5 2 1 48 15.14 1.78 5.8538 4 4 2 24 15.14 21.78 5.8538 6 0 0 6 15.55 9.42 5.6977 6 1 1 24 15.55 20.48 5.6977 5 3 2 48 16.36 10.47 5.4196 5 4 1 48 16.74 14.56 5.2950 6 2 2 24 17.12 2.03 5.1786 6 3 1 48 17.86 19.88 4.9672 7 1 0 24 18.56 43.52 4.7796 6 3 3 24 18.91 13.73 4.6935 6 4 2 48 19.25 2.11 4.6119 7 3 0 24 20.23 7.87 4.3904 8 0 0 6 20.54 3.17 4.3234 5 5 4 24 20.86 3.04 4.2593 8 2 0 24 20.86 9.73 4.2593 6 4 4 24 21.16 3.22 4.1980 6 5 3 48 21.47 1.30 4.1393 8 2 2 24 21.77 7.12 4.0830 7 4 3 48 22.06 1.83 4.0289 6 6 2 24 22.64 4.34 3.9269 8 4 0 24 22.93 2.95 3.8787 9 1 0 24 22.93 12.37 3.8787 8 3 3 24 23.49 3.09 3.7874 6 5 5 24 24.04 6.25 3.7023 9 3 0 24 24.04 1.89 3.7023 8 5 1 48 24.04 1.21 3.7023 7 5 4 48 24.57 9.77 3.6227 9 3 2 48 24.84 38.89 3.5847 8 4 4 24 25.10 2.75 3.5480 8 5 3 48 25.87 4.36 3.4441 10 2 0 24 26.37 3.12 3.3797 6 6 6 8 26.62 31.90 3.3489 10 3 1 48 26.62 1.55 3.3489 9 5 2 48 27.35 30.19 3.2611 10 4 0 24 27.59 2.69 3.2333 9 6 1 48 28.06 6.76 3.1799 9 5 4 48 28.53 7.45 3.1290 11 2 1 48 28.53 25.06 3.1290 10 5 1 48 28.53 2.56 3.1290 9 6 3 48 28.76 2.53 3.1045 8 8 0 12 28.99 63.04 3.0805 11 3 0 24 28.99 1.96 3.0805 9 7 0 24 29.44 1.28 3.0342 10 5 3 48 29.88 20.75 2.9899 11 4 1 48 30.11 29.11 2.9684 10 6 2 48 30.76 1.97 2.9068 11 5 0 24 30.76 1.31 2.9068 9 7 4 48 31.19 5.50 2.8678 11 5 2 48 31.40 1.73 2.8489 10 6 4 48 31.61 1.07 2.8303 9 8 3 48 31.61 1.79 2.8303 12 3 1 48 32.03 2.48 2.7942 10 7 3 48 32.24 1.81 2.7767 12 4 0 24 32.65 2.97 2.7427 12 4 2 48 32.85 20.81 2.7261 11 6 3 48 33.06 2.26 2.7098 10 8 2 48 33.46 1.25 2.6781 10 6 6 24 33.86 1.54 2.6475 12 4 4 24 34.06 2.82 2.6326 12 5 3 48 34.06 7.63 2.6326 9 9 4 24 34.25 32.18 2.6179 10 8 4 48 34.45 1.32 2.6035 10 9 1 48 34.84 10.85 2.5754 11 7 4 48 35.22 1.79 2.5481 10 9 3 48 35.60 2.98 2.5217 13 4 3 48 35.60 6.77 2.5217 11 8 3 48 35.79 2.51 2.5088 14 0 0 6 35.98 2.03 2.4961 14 1 1 24 35.98 1.08 2.4961 13 5 2 48 36.17 4.01 2.4836 10 10 0 12 36.17 1.64 2.4836 14 2 0 24 36.54 1.48 2.4591 14 2 2 24 36.54 2.69 2.4591 10 10 2 24 36.73 1.07 2.4471 11 9 2 48 36.73 1.61 2.4471 10 9 5 48 37.64 1.03 2.3898 14 4 2 48 38.18 1.26 2.3573 14 5 1 48 38.36 1.57 2.3468 12 8 4 48 38.89 3.07 2.3159 14 5 3 48 39.06 2.52 2.3059 14 6 0 24 39.24 1.41 2.2961 13 7 4 48 39.41 4.39 2.2863 14 6 2 48 39.93 5.47 2.2578 11 11 0 12 40.27 1.17 2.2394 14 7 1 48 42.12 2.34 2.1455 14 6 6 24 42.93 1.70 2.1065 11 11 6 24 43.74 2.00 2.0696 12 12 0 12 43.90 2.33 2.0625 12 11 5 48 43.90 1.17 2.0625 13 11 0 24 44.22 5.41 2.0484 14 7 7 24 44.53 1.10 2.0346 17 3 0 24 44.69 1.30 2.0278 14 10 2 48 45.00 2.75 2.0144 12 12 4 24 45.16 4.58 2.0079 13 11 4 48 45.62 2.78 1.9885 14 10 4 48 46.08 1.03 1.9696 14 11 1 48 46.39 1.46 1.9573 13 12 3 48 46.69 2.28 1.9453 14 11 3 48 47.45 1.03 1.9161 16 8 4 48 48.49 1.20 1.8774 17 6 5 48 49.37 1.63 1.8460 19 1 0 24 50.38 1.25 1.8113 18 6 4 48 50.52 1.06 1.8065 19 4 1 48 51.37 2.47 1.7785 13 11 10 48 51.52 16.63 1.7740 14 14 0 12 51.80 5.35 1.7650 14 10 10 24 52.08 7.09 1.7562 20 0 0 6 52.36 1.08 1.7474 20 2 0 24 53.33 2.11 1.7179 20 3 3 24 54.69 3.87 1.6782 14 11 11 24 54.96 4.33 1.6706 21 1 0 24 55.23 2.57 1.6631 15 11 10 48 55.90 2.94 1.6448 14 14 8 24 56.17 2.26 1.6376 18 10 6 48 56.30 2.12 1.6341 19 10 1 48 56.56 1.43 1.6270 21 4 3 48 57.62 1.11 1.5998 19 11 0 24 57.75 2.30 1.5965 22 0 0 6 58.14 2.60 1.5867 21 7 0 24 58.14 1.12 1.5867 15 12 11 48 59.69 1.27 1.5492 19 12 3 48 60.70 5.32 1.5257 20 11 3 48 61.08 1.17 1.5171 18 14 4 48 61.96 3.39 1.4977 21 10 3 48 63.70 2.17 1.4609 21 11 4 48 64.80 2.14 1.4387 20 14 0 24 65.05 2.50 1.4339 22 10 4 48 66.26 1.78 1.4106 18 14 10 48 67.34 2.88 1.3905 21 14 1 48 68.41 2.70 1.3713 24 8 4 48 68.77 2.34 1.3651 21 11 10 48 69.24 1.82 1.3569 25 6 3 48 69.59 1.35 1.3509 24 10 0 24 69.83 2.63 1.3469 22 14 0 24 70.07 2.01 1.3430 22 10 10 24 70.89 1.19 1.3294 24 11 1 48 71.58 1.76 1.3181 23 10 9 48 73.21 1.17 1.2929 24 9 9 24 73.32 5.29 1.2912 24 10 8 48 73.67 2.11 1.2859 24 11 7 48 73.67 1.04 1.2859 25 11 0 24 75.27 1.30 1.2625 25 10 7 48 75.73 2.01 1.2560 25 11 6 48 75.84 1.07 1.2544 28 0 0 6 78.45 1.10 1.2191 25 14 3 48 78.67 1.05 1.2162 28 7 1 48 81.03 1.05 1.1867 22 14 14 24 81.36 1.58 1.1827 20 19 11 48 84.92 1.07 1.1420 21 21 8 24 86.80 1.04 1.1220 28 14 0 24 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.