Inesite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern of R090030 Wan C, Ghose S American Mineralogist 63 (1978) 563-571 Inesite, a hydrated calcium manganese silicate with five-tetrahedral-repeat double chains CELL PARAMETERS: 8.861010 9.239552 11.95175 88.14363 131.9536 96.70497 SPACE GROUP: P-1 X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 9.63 100.00 9.1588 0 1 0 9.95 2.60 8.8714 0 0 1 10.07 1.65 8.7648 -1 0 1 13.16 2.49 6.7138 -1 1 1 13.52 8.67 6.5357 1 0 0 14.81 1.87 5.9723 -1 0 2 17.42 4.21 5.0816 -1 1 2 19.35 7.54 4.5794 0 2 0 19.99 2.32 4.4357 0 0 2 20.23 3.40 4.3824 -2 0 2 20.84 4.71 4.2564 -1 2 1 21.46 1.48 4.1351 -2 1 2 21.59 1.53 4.1094 1 0 1 21.76 1.90 4.0774 -2 0 1 22.20 18.07 3.9985 -1 2 0 22.36 3.07 3.9704 0 2 1 22.85 3.16 3.8864 -1 -2 1 23.42 2.82 3.7933 -2 -1 2 24.05 2.49 3.6946 -1 2 2 25.01 1.51 3.5556 -2 -1 1 27.25 1.26 3.2678 2 0 0 27.27 2.00 3.2655 -2 2 1 27.75 1.72 3.2105 -2 1 0 28.84 2.80 3.0920 0 2 2 29.21 1.36 3.0529 0 3 0 29.87 2.55 2.9874 -1 3 1 30.33 3.37 2.9433 0 -3 1 30.35 1.34 2.9415 -1 -2 3 30.56 35.06 2.9216 -3 0 3 30.65 12.68 2.9126 -1 3 0 30.74 4.39 2.9050 1 2 1 30.99 3.19 2.8815 1 0 2 31.16 1.56 2.8664 0 -1 3 31.49 11.58 2.8372 -2 2 0 31.53 18.22 2.8334 0 3 1 31.60 1.48 2.8280 1 -1 2 32.78 30.69 2.7286 -1 0 4 33.16 10.25 2.6984 -3 -1 3 33.37 1.12 2.6820 -1 -3 2 34.03 8.81 2.6314 -1 -1 4 34.26 1.09 2.6139 -2 3 1 35.00 9.48 2.5603 2 0 1 35.22 2.92 2.5449 2 -1 1 37.13 2.06 2.4182 -3 2 4 37.57 4.18 2.3912 -1 -3 3 38.56 8.48 2.3319 1 3 1 39.08 1.34 2.3024 -2 -3 3 39.52 1.06 2.2778 -1 4 1 41.28 8.63 2.1846 0 4 1 41.24 4.17 2.1867 0 -1 4 41.44 7.58 2.1764 -4 1 3 41.50 4.27 2.1732 -4 0 3 41.53 1.80 2.1716 -2 3 4 41.72 1.99 2.1624 -1 4 2 42.25 1.12 2.1363 -3 2 5 42.73 4.24 2.1135 -3 3 4 43.77 3.05 2.0657 -4 2 3 44.21 6.32 2.0463 0 -2 4 44.38 1.31 2.0387 -4 0 2 46.05 2.72 1.9686 -1 -4 3 46.20 1.46 1.9628 -3 -3 2 46.64 1.03 1.9451 -3 -3 4 48.05 1.36 1.8915 -3 3 0 49.02 1.39 1.8561 3 -1 1 49.21 1.59 1.8495 0 -3 4 49.65 5.23 1.8341 -1 5 1 51.34 1.96 1.7778 -4 -2 2 51.71 1.05 1.7659 1 -1 4 53.12 1.13 1.7221 0 1 5 53.60 4.16 1.7078 -1 3 5 54.24 5.17 1.6894 -4 0 7 54.44 3.49 1.6836 -3 -4 2 54.62 1.23 1.6784 -4 4 4 55.63 3.33 1.6502 -5 2 3 55.76 6.17 1.6468 -4 -1 7 56.73 3.30 1.6210 0 2 5 57.50 4.68 1.6012 -4 -3 2 57.46 2.64 1.6022 0 -5 3 57.92 1.93 1.5905 1 -3 4 58.70 1.15 1.5712 -5 0 2 59.09 1.34 1.5617 -5 3 3 60.32 2.40 1.5327 -1 6 1 61.08 1.06 1.5156 -5 -1 2 61.79 2.11 1.4997 -3 5 0 62.04 2.66 1.4944 0 3 5 62.31 3.17 1.4887 -4 5 4 62.71 1.25 1.4799 1 0 5 64.46 1.47 1.4441 3 2 2 65.06 1.52 1.4321 -4 -4 2 65.25 3.08 1.4284 4 -2 1 65.52 1.01 1.4232 -5 -3 6 66.00 1.56 1.4139 -4 -4 6 67.05 1.11 1.3945 -2 -6 2 67.18 2.74 1.3919 0 -6 3 68.28 2.43 1.3722 4 -3 1 69.01 1.82 1.3595 -4 3 8 70.02 2.16 1.3423 3 3 2 76.23 1.04 1.2478 4 1 2 80.49 1.13 1.1921 -3 -6 6 82.06 1.01 1.1732 -5 5 8 82.06 1.01 1.1732 -5 5 8 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.