Kinichilite Miletich F European Journal of Mineralogy 7 (1995) 509-523 Crystal chemistry of the microporous tellurite minerals zemannite and kinichilite, Mg0.5[MeFe(TeO3)3].4.5H2O, (Me=Zn;Mn) Note: sample kaw4 Locality: Kawazu Mine, Rendaiji, Shimoda City, Shizuoka Prefecture, Japan _database_code_amcsd 0006593 CELL PARAMETERS: 9.4510 9.4510 7.6870 90.000 90.000 120.000 SPACE GROUP: P6_3/m X-RAY WAVELENGTH: 1.541838 Cell Volume: 594.625 Density (g/cm3): 4.168 MAX. ABS. INTENSITY / VOLUME**2: 62.98529855 RIR: 4.920 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 10.81 100.00 8.1848 1 0 0 6 18.78 3.70 4.7255 1 1 0 6 21.72 71.64 4.0924 2 0 0 6 23.14 13.93 3.8435 0 0 2 2 24.64 1.12 3.6124 2 0 1 12 25.61 7.13 3.4790 1 0 2 12 28.86 10.29 3.0936 1 2 0 6 28.86 11.27 3.0936 2 1 0 6 29.97 23.11 2.9817 1 1 2 12 31.16 9.26 2.8699 1 2 1 12 31.16 28.49 2.8699 2 1 1 12 31.94 83.95 2.8016 2 0 2 12 32.83 1.40 2.7283 3 0 0 6 34.90 9.81 2.5711 3 0 1 12 36.75 2.65 2.4453 1 0 3 12 37.31 6.84 2.4099 2 1 2 12 38.09 16.77 2.3628 2 2 0 6 39.71 1.64 2.2701 1 3 0 6 39.71 1.86 2.2701 3 1 0 6 39.92 1.68 2.2585 2 2 1 12 40.03 1.84 2.2525 1 1 3 12 40.55 10.35 2.2248 3 0 2 12 41.48 6.10 2.1771 1 3 1 12 41.48 1.44 2.1771 3 1 1 12 41.58 2.73 2.1718 2 0 3 12 44.27 2.45 2.0462 4 0 0 6 45.04 8.11 2.0128 2 2 2 12 45.99 1.93 1.9733 1 2 3 12 46.46 1.48 1.9546 1 3 2 12 46.46 1.13 1.9546 3 1 2 12 47.30 4.65 1.9217 0 0 4 2 48.48 2.10 1.8777 2 3 0 6 48.67 2.82 1.8709 1 0 4 12 48.76 3.39 1.8678 3 0 3 12 50.00 6.64 1.8241 2 3 1 12 50.00 1.93 1.8241 3 2 1 12 50.53 12.89 1.8062 4 0 2 12 51.14 3.12 1.7861 1 4 0 6 51.32 1.28 1.7802 1 1 4 12 52.61 9.71 1.7397 4 1 1 12 52.61 12.51 1.7395 2 0 4 12 53.96 7.99 1.6992 1 3 3 12 56.19 2.03 1.6370 5 0 0 6 56.36 2.90 1.6324 2 1 4 12 56.84 5.48 1.6197 4 1 2 12 57.57 6.20 1.6011 5 0 1 12 58.77 1.45 1.5711 3 0 4 12 59.95 1.40 1.5431 3 3 1 12 61.19 10.26 1.5146 2 3 3 12 61.19 4.42 1.5146 3 2 3 12 62.27 4.44 1.4909 2 2 4 12 63.49 4.24 1.4652 4 1 3 12 64.54 3.88 1.4439 1 5 1 12 64.99 2.45 1.4349 2 4 2 12 64.99 2.63 1.4349 4 2 2 12 66.78 2.79 1.4008 4 0 4 12 67.95 2.27 1.3795 5 0 3 12 68.10 1.69 1.3768 1 2 5 12 68.10 2.37 1.3768 2 1 5 12 68.32 1.04 1.3730 5 1 2 12 68.82 2.60 1.3641 6 0 0 6 70.28 1.73 1.3394 3 0 5 12 71.13 5.03 1.3254 4 3 1 12 73.27 2.81 1.2920 2 5 1 12 73.27 1.53 1.2920 5 2 1 12 73.99 1.29 1.2812 0 0 6 2 74.40 1.06 1.2751 1 5 3 12 74.55 1.23 1.2729 3 1 5 12 75.04 1.77 1.2658 1 0 6 12 76.85 1.59 1.2405 2 5 2 12 77.47 1.42 1.2320 6 1 1 12 78.18 2.59 1.2227 2 0 6 12 82.71 2.41 1.1668 2 5 3 12 82.85 1.62 1.1652 4 1 5 12 86.39 1.95 1.1263 2 2 6 12 86.79 2.22 1.1221 6 1 3 12 86.93 1.97 1.1207 5 0 5 12 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.