K2ScFSi4O10 Kolitsch U, Tillmanns E European Journal of Mineralogy 16 (2004) 143-149 The structural relation between the new synthetic silicate K2ScFSi4O10 and narsarsukite, Na2(Ti,Fe3+)(O,F)Si4O10 _database_code_amcsd 0007029 CELL PARAMETERS: 11.2070 11.2070 8.1660 90.000 90.000 90.000 SPACE GROUP: I4/m X-RAY WAVELENGTH: 1.541838 Cell Volume: 1025.624 Density (g/cm3): 2.684 MAX. ABS. INTENSITY / VOLUME**2: 12.25345256 RIR: 1.487 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 13.42 4.35 6.5998 1 0 1 8 15.82 22.08 5.6035 2 0 0 4 20.80 3.76 4.2715 1 2 1 8 21.77 30.88 4.0830 0 0 2 2 22.44 6.74 3.9623 2 2 0 4 24.53 1.21 3.6296 1 1 2 8 25.13 10.49 3.5440 1 3 0 4 25.13 35.88 3.5440 3 1 0 4 26.23 100.00 3.3971 3 0 1 8 27.02 53.36 3.2999 2 0 2 8 30.78 4.93 2.9049 2 3 1 8 30.78 2.45 2.9049 3 2 1 8 31.46 27.81 2.8435 2 2 2 8 31.94 9.32 2.8017 4 0 0 4 33.48 11.30 2.6764 3 1 2 8 33.48 15.14 2.6764 1 3 2 8 33.89 4.99 2.6451 1 0 3 8 33.94 35.87 2.6415 3 3 0 4 35.83 1.05 2.5060 2 4 0 4 35.83 2.72 2.5060 4 2 0 4 37.60 13.62 2.3920 2 1 3 8 38.99 3.13 2.3102 4 0 2 8 40.68 4.45 2.2178 3 3 2 8 41.07 10.10 2.1979 5 1 0 4 41.07 1.81 2.1979 1 5 0 4 41.79 2.74 2.1615 3 4 1 8 41.79 9.31 2.1615 5 0 1 8 42.32 1.73 2.1358 2 4 2 8 44.23 13.17 2.0478 3 2 3 8 44.23 1.30 2.0478 2 3 3 8 44.37 18.35 2.0415 0 0 4 2 45.80 5.63 1.9811 4 4 0 4 45.90 3.92 1.9770 1 1 4 8 48.75 24.35 1.8678 6 0 0 4 51.25 2.82 1.7824 4 4 2 8 51.58 1.05 1.7720 2 6 0 4 51.67 1.92 1.7690 3 1 4 8 52.63 3.13 1.7390 3 5 2 8 52.63 2.69 1.7390 5 3 2 8 52.92 1.52 1.7303 4 3 3 8 52.92 2.76 1.7303 3 4 3 8 52.92 2.90 1.7303 5 0 3 8 53.55 1.26 1.7114 4 5 1 8 53.98 2.41 1.6985 6 0 2 8 55.59 4.22 1.6533 2 5 3 8 55.59 8.80 1.6533 5 2 3 8 55.71 1.89 1.6500 4 0 4 8 56.20 5.01 1.6367 6 3 1 8 56.20 2.70 1.6367 3 6 1 8 56.62 1.32 1.6255 6 2 2 8 56.62 1.83 1.6255 2 6 2 8 57.01 3.99 1.6153 3 3 4 8 58.21 1.13 1.5849 7 1 0 4 58.30 1.21 1.5828 2 4 4 8 59.48 7.21 1.5541 6 4 0 4 59.48 1.40 1.5541 4 6 0 4 59.53 1.30 1.5528 2 1 5 8 60.70 1.20 1.5258 6 1 3 8 62.02 13.67 1.4964 3 0 5 8 62.05 5.63 1.4958 5 1 4 8 62.05 3.24 1.4958 1 5 4 8 62.90 2.90 1.4775 5 5 2 8 63.19 1.13 1.4716 7 3 0 4 63.19 3.60 1.4716 3 7 0 4 64.11 2.15 1.4525 4 6 2 8 64.11 3.04 1.4525 6 4 2 8 65.56 1.10 1.4238 6 3 3 8 65.67 1.57 1.4217 4 4 4 8 68.03 6.34 1.3781 6 0 4 8 70.16 1.16 1.3414 1 1 6 8 71.15 4.66 1.3251 8 0 2 8 71.31 1.01 1.3225 2 0 6 8 71.42 4.99 1.3208 6 6 0 4 71.47 2.35 1.3200 3 4 5 8 71.47 1.45 1.3200 5 0 5 8 73.06 1.27 1.2951 3 8 1 8 73.06 1.15 1.2951 8 3 1 8 73.43 2.20 1.2895 2 8 2 8 73.43 3.39 1.2895 8 2 2 8 73.74 1.47 1.2848 5 2 5 8 75.68 1.67 1.2566 6 6 2 8 76.02 2.54 1.2519 5 5 4 8 77.03 2.13 1.2380 1 8 3 8 77.13 1.79 1.2366 6 4 4 8 79.17 3.16 1.2099 3 3 6 8 80.12 1.18 1.1978 4 8 2 8 80.42 1.20 1.1941 4 5 5 8 81.45 1.09 1.1816 8 3 3 8 81.47 1.40 1.1813 3 9 0 4 81.47 1.56 1.1813 9 3 0 4 82.62 1.81 1.1679 3 6 5 8 82.62 4.60 1.1679 6 3 5 8 83.56 1.48 1.1571 1 5 6 8 86.93 3.24 1.1207 10 0 0 4 88.09 1.96 1.1089 6 6 4 8 89.80 1.36 1.0922 3 2 7 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.