Fuettererite Kampf A R, Mills S J, Housley R M, Marty J American Mineralogist 98 (2013) 506-511 Lead-tellurium oxysalts from Otto Mountain near Baker, California: VIII. Fuettererite, Pb3Cu2+6Te6+O6(OH)7Cl5, a new mineral with double spangolite-type sheets Locality: Otto Mountain near Baker, California, USA _database_code_amcsd 0019763 CELL PARAMETERS: 8.4035 8.4035 44.6810 90.000 90.000 120.000 SPACE GROUP: R-3 X-RAY WAVELENGTH: 1.541838 Cell Volume: 2732.586 Density (g/cm3): 5.551 MAX. ABS. INTENSITY / VOLUME**2: 66.91581486 RIR: 3.925 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 5.93 12.30 14.8937 0 0 3 2 11.88 4.76 7.4468 0 0 6 2 12.32 8.82 7.1830 1 0 1 6 12.79 9.57 6.9197 0 1 2 6 14.53 33.26 6.0977 1 0 4 6 15.70 7.60 5.6430 0 1 5 6 17.87 2.36 4.9646 0 0 9 2 20.04 6.29 4.4307 0 1 8 6 21.14 6.60 4.2017 1 1 0 6 21.98 36.94 4.0439 2 -1 3 6 23.36 2.06 3.8077 1 0 10 6 23.90 100.00 3.7234 0 0 12 2 24.32 19.13 3.6594 2 -1 6 6 24.32 11.96 3.6594 1 1 6 6 24.54 11.92 3.6268 0 2 1 6 25.11 2.05 3.5469 0 1 11 6 25.75 22.52 3.4599 0 2 4 6 26.45 26.73 3.3701 2 0 5 6 27.82 25.80 3.2072 1 1 9 6 28.23 21.68 3.1612 0 2 7 6 29.29 22.86 3.0488 2 0 8 6 30.00 9.57 2.9787 0 0 15 2 30.59 3.82 2.9228 0 1 14 6 32.12 5.89 2.7867 1 1 12 6 32.12 15.47 2.7867 2 -1 12 6 32.62 37.14 2.7455 3 -1 1 6 32.62 1.29 2.7455 2 1 1 6 32.80 6.07 2.7301 -1 3 2 6 32.80 1.49 2.7301 1 2 2 6 33.05 2.51 2.7103 2 0 11 6 33.55 36.40 2.6709 3 -1 4 6 34.10 4.73 2.6290 -1 3 5 6 34.10 20.22 2.6290 1 2 5 6 35.54 43.64 2.5261 3 -1 7 6 35.54 1.13 2.5261 2 1 7 6 35.94 10.06 2.4986 0 2 13 6 36.34 2.15 2.4720 0 1 17 6 36.41 5.15 2.4676 1 2 8 6 36.99 10.16 2.4300 2 -1 15 6 37.06 4.21 2.4259 3 0 0 6 37.48 2.77 2.3994 2 0 14 6 37.57 1.86 2.3943 0 3 3 6 38.43 5.82 2.3424 2 1 10 6 39.57 25.88 2.2776 1 2 11 6 40.30 1.29 2.2377 1 0 19 6 40.73 10.52 2.2154 0 2 16 6 42.07 2.43 2.1476 3 -1 13 6 42.07 4.26 2.1476 2 1 13 6 42.29 1.07 2.1372 1 1 18 6 42.29 6.26 2.1372 2 -1 18 6 42.42 5.38 2.1306 2 0 17 6 43.06 2.67 2.1009 2 2 0 6 43.43 4.03 2.0836 -1 3 14 6 43.50 2.04 2.0803 4 -2 3 6 44.96 7.77 2.0164 1 3 1 6 45.10 9.88 2.0103 3 1 2 6 45.10 3.36 2.0103 4 -1 2 6 45.68 3.75 1.9863 -1 4 4 6 45.68 2.26 1.9863 1 3 4 6 45.95 3.31 1.9751 0 2 19 6 46.10 12.49 1.9689 3 1 5 6 46.10 2.48 1.9689 4 -1 5 6 46.33 26.37 1.9597 3 -1 16 6 47.23 8.83 1.9245 -1 4 7 6 47.23 1.74 1.9245 1 3 7 6 47.77 8.81 1.9039 2 0 20 6 47.87 1.41 1.9003 -1 3 17 6 47.87 7.72 1.9003 1 2 17 6 47.92 2.64 1.8983 3 1 8 6 47.92 7.37 1.8982 1 1 21 6 48.92 7.87 1.8617 0 0 24 2 49.56 3.26 1.8395 1 3 10 6 49.56 8.95 1.8395 -1 4 10 6 50.18 1.14 1.8179 4 0 1 6 50.49 7.58 1.8076 4 -1 11 6 51.10 8.01 1.7875 3 -1 19 6 51.10 1.08 1.7875 2 1 19 6 52.58 2.60 1.7405 1 3 13 6 52.58 1.85 1.7405 -1 4 13 6 53.36 1.06 1.7168 4 -2 15 6 53.73 7.84 1.7059 3 1 14 6 53.86 2.06 1.7021 2 -1 24 6 55.16 1.42 1.6650 -2 5 2 6 55.33 1.29 1.6604 0 4 11 6 55.53 3.11 1.6549 0 0 27 2 55.66 1.49 1.6513 5 -2 4 6 56.23 1.39 1.6359 -1 4 16 6 56.31 1.20 1.6339 3 -1 22 6 57.01 1.60 1.6153 5 -2 7 6 57.30 1.18 1.6080 4 0 13 6 57.44 2.04 1.6042 0 2 25 6 57.58 6.70 1.6008 3 1 17 6 57.62 1.81 1.5997 2 3 8 6 57.63 1.26 1.5996 0 3 21 6 58.08 11.68 1.5881 4 1 0 6 58.13 12.47 1.5868 1 2 23 6 58.44 2.84 1.5792 1 4 3 6 58.44 2.09 1.5792 4 1 3 6 59.07 1.02 1.5640 3 2 10 6 59.28 1.22 1.5587 1 0 28 6 59.52 2.29 1.5532 1 4 6 6 59.52 1.84 1.5532 5 -1 6 6 59.52 1.10 1.5532 4 1 6 6 60.09 1.66 1.5397 2 -1 27 6 60.44 3.83 1.5316 -1 4 19 6 61.28 3.56 1.5126 -1 5 9 6 61.28 3.68 1.5126 5 -1 9 6 61.28 1.35 1.5126 4 1 9 6 61.77 1.56 1.5018 5 -2 13 6 61.96 1.02 1.4977 3 1 20 6 62.81 1.10 1.4794 -2 5 14 6 63.68 1.69 1.4614 0 2 28 6 63.71 3.20 1.4608 -1 5 12 6 63.71 3.45 1.4608 4 1 12 6 64.57 1.99 1.4433 0 5 4 6 65.09 1.97 1.4330 5 -2 16 6 65.16 2.42 1.4317 1 3 22 6 65.16 2.48 1.4317 -1 4 22 6 65.81 1.43 1.4191 0 5 7 6 66.37 2.07 1.4085 5 0 8 6 66.62 1.13 1.4038 2 -1 30 6 66.75 1.27 1.4014 1 4 15 6 66.84 2.30 1.3997 4 -1 23 6 67.13 2.90 1.3944 6 -3 3 6 67.91 6.47 1.3803 3 -1 28 6 68.12 2.51 1.3765 6 -3 6 6 68.12 1.70 1.3765 3 3 6 6 68.22 1.33 1.3747 -2 6 1 6 68.33 1.60 1.3727 6 -2 2 6 68.66 1.07 1.3671 0 3 27 6 68.77 2.08 1.3650 2 4 4 6 69.77 2.12 1.3480 3 3 9 6 69.97 1.42 1.3445 2 4 7 6 70.38 1.29 1.3378 4 1 18 6 70.38 1.67 1.3378 1 4 18 6 70.40 1.01 1.3374 2 3 20 6 71.82 1.47 1.3145 2 4 10 6 72.04 1.86 1.3109 3 3 12 6 72.20 1.02 1.3085 3 1 26 6 72.20 1.42 1.3085 4 -1 26 6 72.32 1.63 1.3065 5 1 1 6 72.51 2.17 1.3036 2 0 32 6 72.57 1.43 1.3027 4 2 11 6 73.35 1.17 1.2907 0 5 16 6 74.56 1.69 1.2727 -1 5 21 6 74.56 2.76 1.2727 5 -1 21 6 74.92 1.45 1.2675 6 -3 15 6 75.23 1.59 1.2631 6 -2 14 6 76.57 1.80 1.2443 -1 6 11 6 77.34 2.06 1.2338 2 4 16 6 78.02 2.58 1.2247 3 1 29 6 78.40 1.62 1.2198 6 -3 18 6 78.42 1.26 1.2195 5 0 20 6 81.73 1.01 1.1783 0 6 9 6 82.18 1.23 1.1730 -1 4 31 6 83.48 3.22 1.1580 1 2 35 6 84.58 1.02 1.1457 0 0 39 2 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.