Turneaureite Wardojo T A, Hwu S-J Acta Crystallographica C52 (1996) 2959-2960 Chlorapatite: Ca5(AsO4)3Cl Locality: synthetic Note: anisotropic temperature factors taken from ICSD _database_code_amcsd 0010311 CELL PARAMETERS: 10.0760 10.0760 6.8070 90.000 90.000 120.000 SPACE GROUP: P6_3/m X-RAY WAVELENGTH: 1.541838 Cell Volume: 598.498 Density (g/cm3): 3.621 MAX. ABS. INTENSITY / VOLUME**2: 28.20730661 RIR: 2.537 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 10.14 21.38 8.7261 1 0 0 6 16.52 9.65 5.3671 1 0 1 12 17.60 7.64 5.0380 1 1 0 6 20.35 5.82 4.3630 2 0 0 6 21.95 38.97 4.0495 1 1 1 12 24.23 10.34 3.6733 2 0 1 12 26.18 33.81 3.4035 0 0 2 2 27.04 7.80 3.2981 1 2 0 6 30.11 69.64 2.9681 1 2 1 12 30.11 30.36 2.9681 2 1 1 12 30.74 64.86 2.9087 3 0 0 6 31.73 45.17 2.8202 1 1 2 12 33.39 27.31 2.6836 2 0 2 12 33.50 3.66 2.6747 3 0 1 12 37.15 1.15 2.4202 1 3 0 6 37.15 2.02 2.4202 3 1 0 6 38.09 3.24 2.3624 2 2 1 12 39.52 2.41 2.2803 1 3 1 12 39.52 26.58 2.2803 3 1 1 12 43.57 4.37 2.0774 4 0 1 12 44.76 19.10 2.0248 2 2 2 12 45.30 7.87 2.0019 2 3 0 6 45.30 2.64 2.0019 3 2 0 6 46.02 2.51 1.9724 1 3 2 12 47.33 1.62 1.9206 2 3 1 12 47.33 7.94 1.9206 3 2 1 12 47.76 2.93 1.9042 1 4 0 6 47.76 1.71 1.9042 4 1 0 6 48.71 17.30 1.8693 1 2 3 12 48.71 8.82 1.8693 2 1 3 12 49.64 1.46 1.8366 4 0 2 12 51.05 1.29 1.7890 3 0 3 12 52.43 2.87 1.7452 5 0 0 6 53.07 20.17 1.7255 2 3 2 12 53.87 11.46 1.7018 0 0 4 2 54.26 1.19 1.6905 5 0 1 12 54.97 3.01 1.6703 1 0 4 12 55.28 1.70 1.6618 1 4 2 12 55.51 4.48 1.6553 1 3 3 12 55.51 10.10 1.6553 3 1 3 12 55.74 3.18 1.6491 4 2 0 6 56.44 2.13 1.6304 3 3 1 12 57.13 1.88 1.6123 1 1 4 12 57.50 3.47 1.6027 2 4 1 12 57.50 6.51 1.6027 4 2 1 12 58.71 1.54 1.5726 4 0 3 12 58.93 1.86 1.5672 1 5 0 6 59.53 12.00 1.5530 5 0 2 12 60.63 7.33 1.5273 1 5 1 12 61.30 2.97 1.5123 1 2 4 12 61.30 1.04 1.5123 2 1 4 12 61.58 1.23 1.5060 3 3 2 12 61.80 1.03 1.5012 2 3 3 12 62.59 3.26 1.4840 2 4 2 12 62.59 1.55 1.4840 4 2 2 12 63.32 6.48 1.4688 3 0 4 12 65.01 1.90 1.4346 4 3 0 6 65.01 1.22 1.4346 3 4 0 6 65.58 3.16 1.4236 1 5 2 12 65.65 3.54 1.4222 6 0 1 12 66.62 3.84 1.4037 3 4 1 12 66.97 4.98 1.3973 2 5 0 6 66.97 1.18 1.3973 5 2 0 6 70.40 1.56 1.3374 6 0 2 12 70.61 1.93 1.3340 2 4 3 12 70.61 4.61 1.3340 4 2 3 12 70.81 1.02 1.3307 6 1 0 6 71.35 5.59 1.3219 4 3 2 12 71.83 2.00 1.3143 1 1 5 12 72.96 2.07 1.2966 2 3 4 12 72.96 1.61 1.2966 3 2 4 12 73.23 2.36 1.2926 5 2 2 12 73.43 3.41 1.2895 1 5 3 12 75.56 3.79 1.2584 1 2 5 12 75.56 1.28 1.2584 2 1 5 12 76.40 2.22 1.2466 5 3 0 6 76.93 1.42 1.2394 6 1 2 12 76.99 1.47 1.2385 4 4 1 12 78.04 2.95 1.2244 6 0 3 12 78.50 1.08 1.2184 5 0 4 12 78.96 3.46 1.2125 3 4 3 12 81.04 2.52 1.1866 3 1 5 12 81.23 2.28 1.1843 2 4 4 12 81.23 3.07 1.1843 4 2 4 12 82.39 1.18 1.1705 7 0 2 12 82.39 5.45 1.1705 5 3 2 12 83.67 1.71 1.1558 7 1 0 6 83.94 2.95 1.1528 1 5 4 12 85.09 1.53 1.1402 2 6 2 12 85.15 1.96 1.1395 1 7 1 12 85.61 1.38 1.1345 0 0 6 2 86.44 1.55 1.1257 3 2 5 12 88.30 2.67 1.1068 1 1 6 12 89.31 1.69 1.0968 3 4 4 12 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.