Plancheite Evans H T, Mrose M E American Mineralogist 62 (1977) 491-502 The crystal chemistry of the hydrous copper silicates, shattuckite and plancheite Note: sample is from Rioja, Argentina _database_code_amcsd 0000579 CELL PARAMETERS: 19.0430 20.1290 5.2690 90.000 90.000 90.000 SPACE GROUP: Pcnb X-RAY WAVELENGTH: 1.541838 Cell Volume: 2019.695 Density (g/cm3): 3.845 MAX. ABS. INTENSITY / VOLUME**2: 18.52859750 RIR: 1.569 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 8.79 100.00 10.0645 0 2 0 2 9.29 22.07 9.5215 2 0 0 2 9.94 4.91 8.8982 1 2 0 4 12.80 42.50 6.9167 2 2 0 4 16.51 3.30 5.3690 3 2 0 4 17.46 2.06 5.0782 1 0 1 4 17.62 4.46 5.0322 0 4 0 2 18.23 53.18 4.8652 1 4 0 4 20.64 4.77 4.3036 4 2 0 4 21.20 2.74 4.1914 2 2 1 8 21.92 16.25 4.0543 3 0 1 4 22.55 31.45 3.9434 3 4 0 4 24.91 7.05 3.5745 1 4 1 8 25.00 9.48 3.5621 5 2 0 4 25.67 2.21 3.4700 3 3 1 8 25.76 7.16 3.4584 4 4 0 4 26.22 1.53 3.3993 2 4 1 8 26.57 13.03 3.3548 0 6 0 2 26.75 1.09 3.3331 4 2 1 8 26.99 27.28 3.3040 1 6 0 4 28.12 4.54 3.1738 6 0 0 2 28.20 3.73 3.1642 2 6 0 4 28.27 4.05 3.1571 3 4 1 8 28.56 10.29 3.1257 4 3 1 8 28.93 1.16 3.0867 5 0 1 4 29.41 14.43 3.0369 5 4 0 4 29.51 3.06 3.0269 6 2 0 4 30.13 20.04 2.9661 3 6 0 4 30.29 15.93 2.9510 5 2 1 8 30.93 20.89 2.8912 4 4 1 8 31.91 13.26 2.8042 5 3 1 8 31.97 4.48 2.7992 1 6 1 8 33.25 46.62 2.6942 6 1 1 8 33.76 10.57 2.6552 4 5 1 8 34.03 1.10 2.6345 0 0 2 2 34.08 5.84 2.6311 5 4 1 8 34.14 3.68 2.6262 7 2 0 4 34.16 5.20 2.6246 6 2 1 8 34.33 1.27 2.6122 0 1 2 4 34.66 5.16 2.5880 1 1 2 8 34.71 3.45 2.5847 3 6 1 8 35.21 5.79 2.5486 0 2 2 4 35.35 1.85 2.5391 2 0 2 4 35.63 31.33 2.5197 6 3 1 8 35.66 4.72 2.5174 5 6 0 4 36.00 2.66 2.4944 1 8 0 4 36.50 4.27 2.4620 2 2 2 8 36.65 8.42 2.4522 0 3 2 4 36.69 16.09 2.4495 5 5 1 8 36.95 11.03 2.4326 2 8 0 4 37.20 5.79 2.4173 7 0 1 4 37.47 1.99 2.4000 7 1 1 8 37.58 2.47 2.3931 7 4 0 4 37.79 5.08 2.3804 8 0 0 2 37.89 3.87 2.3747 2 3 2 8 38.05 1.11 2.3651 3 2 2 8 38.29 4.13 2.3504 7 2 1 8 38.38 1.33 2.3455 3 7 1 8 38.57 14.34 2.3340 0 4 2 4 38.87 30.24 2.3167 1 4 2 8 38.88 3.92 2.3165 8 2 0 4 39.07 1.68 2.3056 6 6 0 4 39.39 1.42 2.2875 3 3 2 8 39.63 12.48 2.2742 7 3 1 8 39.76 2.81 2.2669 2 4 2 8 40.02 9.90 2.2531 6 5 1 8 40.45 8.42 2.2301 4 7 1 8 40.94 5.45 2.2044 0 5 2 4 41.21 1.53 2.1906 3 4 2 8 41.23 1.61 2.1898 1 5 2 8 42.07 1.16 2.1476 2 5 2 8 42.64 3.41 2.1206 8 2 1 8 42.69 1.10 2.1181 5 2 2 8 42.81 1.19 2.1122 6 6 1 8 42.99 9.95 2.1040 5 7 1 8 43.68 6.96 2.0724 7 5 1 8 43.69 4.78 2.0720 0 6 2 4 43.72 3.00 2.0706 9 2 0 4 44.70 2.44 2.0271 6 0 2 4 44.94 1.23 2.0169 6 1 2 8 45.58 1.67 1.9900 5 4 2 8 45.65 3.15 1.9872 6 2 2 8 46.08 8.47 1.9697 3 6 2 8 46.36 4.65 1.9583 3 9 1 8 47.02 2.67 1.9325 1 7 2 8 47.62 3.20 1.9097 8 5 1 8 48.15 6.20 1.8896 4 9 1 8 49.04 2.92 1.8575 3 7 2 8 49.24 2.74 1.8503 7 7 1 8 49.35 1.29 1.8466 6 8 1 8 50.07 1.51 1.8216 8 6 1 8 50.08 1.69 1.8215 7 3 2 8 50.12 2.69 1.8201 5 6 2 8 50.13 1.29 1.8196 0 8 2 4 50.38 1.76 1.8113 1 8 2 8 50.63 1.28 1.8029 3 10 1 8 50.76 1.31 1.7986 4 7 2 8 51.11 17.34 1.7872 2 8 2 8 51.76 1.91 1.7662 8 0 2 4 51.85 1.71 1.7632 10 2 1 8 52.31 1.06 1.7489 4 10 1 8 52.61 1.46 1.7396 8 2 2 8 52.87 5.24 1.7318 8 7 1 8 53.02 1.29 1.7272 6 9 1 8 53.73 5.17 1.7061 11 2 0 4 53.76 1.09 1.7050 0 9 2 4 53.95 1.53 1.6997 4 8 2 8 54.00 3.38 1.6982 1 9 2 8 55.06 5.55 1.6679 3 11 1 8 55.64 1.54 1.6520 2 12 0 4 55.97 1.20 1.6430 8 8 1 8 55.99 1.14 1.6423 4 1 3 8 56.02 2.26 1.6417 7 9 1 8 56.65 3.61 1.6248 4 11 1 8 56.77 4.87 1.6217 3 12 0 4 57.81 5.09 1.5949 5 0 3 4 57.85 4.27 1.5939 1 10 2 8 58.13 2.79 1.5869 12 0 0 2 58.47 2.67 1.5786 6 8 2 8 58.52 2.31 1.5774 2 10 2 8 58.92 15.24 1.5676 12 2 0 4 59.11 1.73 1.5629 8 6 2 8 59.35 4.10 1.5572 8 9 1 8 59.61 3.15 1.5510 3 10 2 8 59.74 3.78 1.5479 9 8 1 8 60.15 2.83 1.5384 11 6 0 4 60.41 10.67 1.5323 6 1 3 8 60.67 1.93 1.5265 9 5 2 8 60.99 4.09 1.5191 6 2 3 8 61.12 4.54 1.5162 4 10 2 8 61.25 2.14 1.5134 12 4 0 4 61.95 3.51 1.4979 6 3 3 8 63.00 1.58 1.4755 9 9 1 8 63.27 5.20 1.4697 6 4 3 8 63.37 1.33 1.4678 2 13 1 8 63.75 1.72 1.4599 7 2 3 8 63.81 1.16 1.4588 3 7 3 8 63.82 1.43 1.4584 9 10 0 4 64.41 2.74 1.4465 3 13 1 8 64.46 2.30 1.4456 8 8 2 8 64.58 1.75 1.4431 11 1 2 8 65.08 2.35 1.4332 4 11 2 8 65.26 1.33 1.4297 4 7 3 8 65.33 1.81 1.4283 6 10 2 8 66.71 3.79 1.4021 10 6 2 8 66.89 1.69 1.3987 8 11 1 8 66.98 2.64 1.3971 6 6 3 8 67.74 3.58 1.3833 10 10 0 4 67.86 7.46 1.3811 3 12 2 8 67.95 1.16 1.3796 9 8 2 8 68.34 1.26 1.3726 2 14 1 8 69.03 1.11 1.3606 8 4 3 8 69.10 1.67 1.3594 12 0 2 4 69.35 1.68 1.3551 3 14 1 8 69.82 1.66 1.3471 12 2 2 8 69.94 2.39 1.3451 5 14 0 4 70.10 2.92 1.3425 13 6 0 4 70.32 2.24 1.3387 9 11 1 8 70.75 1.07 1.3317 4 14 1 8 70.94 7.02 1.3285 11 6 2 8 71.64 2.65 1.3173 0 0 4 2 71.92 1.12 1.3128 7 7 3 8 71.95 1.68 1.3123 12 4 2 8 72.02 5.56 1.3113 1 1 4 8 73.13 2.02 1.2940 2 2 4 8 73.50 1.19 1.2885 2 15 1 8 74.11 1.67 1.2793 3 2 4 8 74.34 2.25 1.2759 9 10 2 8 74.75 4.79 1.2700 13 2 2 8 75.41 1.60 1.2605 14 6 0 4 75.46 1.26 1.2599 12 6 2 8 75.90 1.27 1.2535 9 6 3 8 76.02 2.06 1.2519 0 5 4 4 77.70 1.24 1.2290 12 7 2 8 78.02 1.59 1.2248 10 10 2 8 78.66 3.28 1.2163 4 16 0 4 78.67 2.59 1.2163 8 12 2 8 78.70 1.03 1.2158 9 13 1 8 80.14 1.15 1.1976 0 7 4 4 80.26 2.01 1.1961 13 6 2 8 81.85 1.36 1.1768 3 7 4 8 85.37 1.06 1.1371 14 6 2 8 85.50 1.30 1.1357 10 12 2 8 85.57 1.00 1.1349 11 11 2 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.