Chromschieffelinite Kampf A R, Mills S J, Housley R M, Rumsey M S, Spratt J American Mineralogist 97 (2012) 212-219 Lead-tellurium oxysalts from Otto Mountain near Baker, California: VII. Chromschieffelinite, Pb10Te6O20(OH)14(CrO4)(H2O)5, the chromate analog of schieffelinite Locality: Otto Mountain near Baker, California, USA _database_code_amcsd 0018766 CELL PARAMETERS: 9.6646 19.4962 10.5101 90.000 90.000 90.000 SPACE GROUP: C222_1 X-RAY WAVELENGTH: 1.541838 Cell Volume: 1980.344 Density (g/cm3): 5.980 MAX. ABS. INTENSITY / VOLUME**2: 141.4359706 RIR: 7.701 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 9.07 100.00 9.7481 0 2 0 2 10.22 3.10 8.6591 1 1 0 4 12.38 17.76 7.1472 0 2 1 4 13.25 3.37 6.6830 1 1 1 4 18.20 1.77 4.8741 0 4 0 2 18.36 2.72 4.8323 2 0 0 2 19.76 5.55 4.4925 1 1 2 4 20.23 6.60 4.3905 2 0 1 4 20.51 4.05 4.3295 2 2 0 4 22.21 2.89 4.0032 2 2 1 4 23.64 5.73 3.7637 1 3 2 4 24.92 12.98 3.5736 0 4 2 4 25.03 22.24 3.5570 2 0 2 4 25.96 12.83 3.4316 2 4 0 4 26.06 19.85 3.4193 1 5 1 4 26.68 21.96 3.3415 2 2 2 4 27.34 14.16 3.2621 2 4 1 4 27.45 5.43 3.2494 0 6 0 2 27.46 29.12 3.2476 1 1 3 4 29.36 37.04 3.0424 3 1 1 4 30.00 11.86 2.9789 1 5 2 4 30.43 37.66 2.9379 1 3 3 4 31.13 14.99 2.8733 2 4 2 4 32.16 11.27 2.7833 3 3 1 4 32.39 9.76 2.7637 0 6 2 4 32.89 2.11 2.7234 2 2 3 4 32.93 2.44 2.7197 3 1 2 4 33.23 9.34 2.6964 2 6 0 4 33.48 5.26 2.6763 1 7 0 4 34.33 11.64 2.6119 2 6 1 4 34.59 9.33 2.5935 1 7 1 4 35.48 2.03 2.5299 3 3 2 4 35.68 2.19 2.5161 1 5 3 4 35.71 5.20 2.5143 1 1 4 4 36.66 1.58 2.4515 2 4 3 4 37.72 4.51 2.3848 1 7 2 4 37.76 1.12 2.3824 0 6 3 4 37.90 2.58 2.3740 0 8 1 4 38.10 3.25 2.3621 1 3 4 4 38.22 4.27 2.3547 4 0 1 4 38.23 1.47 2.3540 3 1 3 4 40.14 1.18 2.2462 2 2 4 4 40.49 1.66 2.2277 3 3 3 4 42.20 2.17 2.1416 4 2 2 4 42.30 1.32 2.1368 2 6 3 4 42.42 2.24 2.1308 2 8 1 4 42.51 3.51 2.1267 1 7 3 4 42.64 3.20 2.1203 4 4 1 4 43.37 4.23 2.0862 2 4 4 4 43.82 2.15 2.0658 3 7 1 4 44.35 9.48 2.0427 1 1 5 4 44.73 8.40 2.0261 3 5 3 4 45.31 4.19 2.0016 4 4 2 4 45.33 1.84 2.0006 0 8 3 4 46.30 2.48 1.9611 1 9 2 4 46.36 6.41 1.9585 1 3 5 4 46.58 2.70 1.9496 0 10 0 2 46.60 2.47 1.9488 4 2 3 4 46.75 3.83 1.9430 3 3 4 4 46.86 1.51 1.9389 4 6 0 4 47.70 7.13 1.9067 4 6 1 4 48.09 2.08 1.8921 5 1 1 4 48.12 1.03 1.8909 2 2 5 4 48.37 2.94 1.8818 2 6 4 4 49.18 1.15 1.8527 5 3 0 4 49.99 4.42 1.8246 5 3 1 4 50.15 3.76 1.8190 4 6 2 4 50.20 1.01 1.8173 1 5 5 4 50.42 2.04 1.8099 1 9 3 4 50.55 2.77 1.8056 3 7 3 4 50.79 1.13 1.7976 3 9 0 4 51.27 4.64 1.7818 2 10 1 4 51.37 7.73 1.7785 4 0 4 4 51.58 1.72 1.7719 3 9 1 4 51.80 1.93 1.7649 0 6 5 4 52.29 3.05 1.7496 4 2 4 4 52.36 1.99 1.7473 5 3 2 4 53.61 4.39 1.7097 2 10 2 4 53.64 2.19 1.7088 5 5 1 4 54.16 2.53 1.6934 4 8 1 4 55.54 4.18 1.6546 1 11 2 4 55.60 2.79 1.6531 1 7 5 4 55.82 1.28 1.6470 1 9 4 4 55.83 3.00 1.6468 2 0 6 4 55.90 2.34 1.6448 5 5 2 4 55.94 8.69 1.6437 3 7 4 4 56.16 1.12 1.6378 5 3 3 4 56.69 2.56 1.6238 2 2 6 4 57.19 1.18 1.6108 6 0 0 2 57.43 1.82 1.6045 3 5 5 4 57.94 2.33 1.5917 0 8 5 4 59.20 1.19 1.5608 1 11 3 4 59.22 1.42 1.5602 2 4 6 4 59.55 1.33 1.5525 5 5 3 4 60.00 1.30 1.5419 0 6 6 4 60.33 1.04 1.5341 3 1 6 4 60.79 2.13 1.5237 2 12 1 4 60.90 1.02 1.5212 6 2 2 4 60.95 2.80 1.5201 5 7 2 4 61.78 2.29 1.5017 4 10 1 4 62.29 1.17 1.4905 1 9 5 4 62.60 1.19 1.4839 0 2 7 4 62.61 2.76 1.4836 3 9 4 4 66.30 1.36 1.4098 2 12 3 4 66.73 1.59 1.4017 6 4 3 4 67.55 1.32 1.3867 1 5 7 4 68.17 1.24 1.3755 2 4 7 4 68.78 1.25 1.3649 1 13 3 4 68.96 1.60 1.3617 4 4 6 4 70.58 1.62 1.3344 6 6 3 4 71.85 1.63 1.3139 4 10 4 4 71.86 1.14 1.3138 0 0 8 2 74.90 1.22 1.2678 5 11 2 4 75.10 1.34 1.2649 6 6 4 4 77.10 1.78 1.2370 7 7 0 4 79.06 1.09 1.2112 1 13 5 4 80.78 1.10 1.1898 6 6 5 4 81.50 1.25 1.1810 2 6 8 4 82.40 1.10 1.1704 6 10 3 4 84.01 1.38 1.1520 7 1 5 4 89.38 1.23 1.0961 3 1 9 4 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.