Hubnerite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R060900 Dachs H, Stoll E, Weitzel H Zeitschrift fur Kristallographie 125 (1967) 120-129 Kristallstruktur und magnetische ordnung des hubnerits, MnWO4 Note: T = 4.2 K Locality: Henderson, North Carolina, USA CELL PARAMETERS: 4.820000 5.760000 4.970000 90.00000 89.12000 90.00000 SPACE GROUP: P2/c X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 15.39 15.66 5.7565 0 1 0 18.39 61.50 4.8233 1 0 0 23.58 58.25 3.7718 0 1 1 24.06 43.70 3.6971 1 1 0 29.85 100.00 2.9920 1 1 1 30.27 96.34 2.9509 -1 1 1 31.05 20.03 2.8783 0 2 0 36.00 29.64 2.4936 0 2 1 35.95 27.91 2.4965 0 0 2 36.33 8.64 2.4716 1 2 0 37.26 18.92 2.4117 2 0 0 39.31 1.57 2.2904 0 1 2 40.53 2.75 2.2244 2 1 0 40.34 14.37 2.2344 1 0 2 40.54 1.92 2.2237 1 2 1 40.87 19.93 2.2066 -1 2 1 40.99 2.55 2.2003 -1 0 2 43.42 6.11 2.0830 1 1 2 44.03 7.41 2.0552 -1 1 2 44.26 7.81 2.0451 2 1 1 44.87 10.25 2.0188 -2 1 1 47.34 4.05 1.9188 0 3 0 48.22 14.64 1.8859 0 2 2 49.26 14.12 1.8485 2 2 0 51.20 25.07 1.7829 1 3 0 51.76 3.12 1.7650 1 2 2 52.30 4.08 1.7480 -1 2 2 52.20 15.80 1.7511 2 0 2 52.50 16.34 1.7418 2 2 1 53.04 19.72 1.7255 -2 2 1 53.27 13.29 1.7184 -2 0 2 54.49 2.18 1.6828 1 3 1 54.75 1.32 1.6754 -1 3 1 54.76 2.08 1.6753 2 1 2 55.79 1.26 1.6466 -2 1 2 57.26 2.37 1.6078 3 0 0 57.61 4.74 1.5988 0 1 3 59.67 2.03 1.5485 3 1 0 60.85 4.60 1.5214 0 3 2 60.65 14.70 1.5259 1 1 3 61.38 10.90 1.5095 -1 1 3 61.74 5.30 1.5015 2 3 0 61.99 5.38 1.4960 2 2 2 62.42 11.59 1.4867 3 1 1 62.95 5.54 1.4755 -2 2 2 63.14 11.94 1.4715 -3 1 1 63.90 10.67 1.4557 1 3 2 64.38 12.80 1.4462 -1 3 2 64.65 10.88 1.4408 0 2 3 66.57 1.92 1.4036 3 2 0 67.71 11.12 1.3828 0 4 1 67.49 2.36 1.3867 1 2 3 68.18 2.30 1.3744 -1 2 3 68.81 1.29 1.3635 3 0 2 69.17 3.74 1.3571 3 2 1 69.86 1.07 1.3455 -3 2 1 70.17 3.01 1.3403 -3 0 2 69.96 3.13 1.3438 2 1 3 70.72 4.07 1.3311 1 4 1 70.95 2.71 1.3275 -1 4 1 70.99 2.21 1.3268 3 1 2 71.31 2.75 1.3216 -2 1 3 72.34 1.63 1.3054 -3 1 2 73.11 2.98 1.2935 2 3 2 74.00 2.69 1.2801 -2 3 2 76.22 3.19 1.2482 0 0 4 76.39 2.93 1.2459 2 2 3 77.38 6.34 1.2324 3 3 0 77.39 1.14 1.2322 3 2 2 77.70 2.45 1.2281 -2 2 3 79.41 4.32 1.2058 4 0 0 79.69 6.49 1.2023 2 4 1 79.64 1.81 1.2029 -1 0 4 80.12 5.77 1.1969 -2 4 1 81.72 1.32 1.1775 -1 1 4 83.81 2.32 1.1533 4 1 1 84.67 1.68 1.1439 -4 1 1 84.55 2.35 1.1452 0 2 4 84.65 3.82 1.1441 3 1 3 86.57 4.50 1.1236 -3 1 3 86.93 3.46 1.1198 1 5 0 87.68 2.07 1.1122 4 2 0 87.19 2.72 1.1172 2 0 4 87.75 5.35 1.1114 3 3 2 89.03 4.36 1.0988 -3 3 2 88.89 3.06 1.1001 -2 0 4 89.55 1.78 1.0937 1 5 1 89.76 1.28 1.0917 -1 5 1 89.53 2.01 1.0939 4 0 2 89.53 2.01 1.0939 4 0 2 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.