Parafiniukite Pieczka A, Biagioni C, Golebiowska B, Jelen P, Pasero M, Sitarz M Minerals 8 (2018) 485 Parafiniukite, Ca2Mn3(PO4)3Cl, a new member of the apatite supergroup from the Szklary pegmatite, Lower Silesia, Poland: description and crystal structure Locality: Szklary pegmatite, Lower Silesia, Poland _database_code_amcsd 0020737 CELL PARAMETERS: 9.4900 9.4900 6.4777 90.000 90.000 120.000 SPACE GROUP: P6_3/m X-RAY WAVELENGTH: 1.541838 Cell Volume: 505.224 Density (g/cm3): 3.611 MAX. ABS. INTENSITY / VOLUME**2: 18.35150777 RIR: 1.655 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 10.76 8.85 8.2186 1 0 0 6 17.43 4.89 5.0874 1 0 1 12 21.63 4.34 4.1093 2 0 0 6 25.67 11.95 3.4700 2 0 1 12 27.54 29.10 3.2389 0 0 2 2 28.74 10.47 3.1063 1 2 0 6 28.74 3.50 3.1063 2 1 0 6 29.65 12.10 3.0133 1 0 2 12 31.95 57.92 2.8009 1 2 1 12 31.95 42.08 2.8009 2 1 1 12 32.69 75.51 2.7395 3 0 0 6 33.50 37.44 2.6751 1 1 2 12 35.28 23.62 2.5437 2 0 2 12 35.58 4.85 2.5232 3 0 1 12 39.54 10.24 2.2794 3 1 0 6 40.23 7.53 2.2419 1 2 2 12 40.23 1.83 2.2419 2 1 2 12 42.02 7.41 2.1502 3 1 1 12 44.07 1.66 2.0546 4 0 0 6 46.19 5.32 1.9653 1 1 3 12 47.51 23.57 1.9139 2 2 2 12 48.27 6.43 1.8855 3 2 0 6 48.86 17.34 1.8641 1 3 2 12 48.86 4.12 1.8641 3 1 2 12 50.41 3.79 1.8103 2 3 1 12 50.41 11.95 1.8103 3 2 1 12 50.92 10.29 1.7934 1 4 0 6 50.92 3.06 1.7934 4 1 0 6 51.55 13.80 1.7730 1 2 3 12 51.55 12.60 1.7730 2 1 3 12 52.76 13.66 1.7350 4 0 2 12 54.08 1.21 1.6958 3 0 3 12 56.47 10.41 1.6295 2 3 2 12 56.85 13.53 1.6194 0 0 4 2 57.88 3.14 1.5932 5 0 1 12 58.34 1.40 1.5817 3 3 0 6 58.86 1.26 1.5690 4 1 2 12 58.92 1.72 1.5676 1 3 3 12 58.92 2.97 1.5676 3 1 3 12 59.52 3.51 1.5532 4 2 0 6 60.23 2.97 1.5365 3 3 1 12 61.38 3.11 1.5104 2 4 1 12 62.97 1.62 1.4761 1 5 0 6 63.46 9.33 1.4658 5 0 2 12 64.78 5.76 1.4392 1 5 1 12 64.78 1.59 1.4392 5 1 1 12 64.94 2.10 1.4360 2 1 4 12 65.70 1.67 1.4213 3 3 2 12 65.75 3.08 1.4202 2 3 3 12 65.75 1.02 1.4202 3 2 3 12 66.80 1.10 1.4005 2 4 2 12 67.15 8.92 1.3941 3 0 4 12 70.24 1.18 1.3401 6 0 1 12 71.30 1.05 1.3227 3 4 1 12 71.72 3.02 1.3160 2 5 0 6 71.72 2.07 1.3160 5 2 0 6 73.42 2.19 1.2897 2 5 1 12 75.33 1.29 1.2616 6 0 2 12 75.39 1.71 1.2609 2 4 3 12 75.39 1.04 1.2609 4 2 3 12 76.37 6.81 1.2470 4 3 2 12 77.74 1.49 1.2285 3 2 4 12 78.44 2.67 1.2192 5 2 2 12 78.49 2.59 1.2186 1 5 3 12 79.79 1.64 1.2019 4 1 4 12 79.79 3.41 1.2019 1 4 4 12 80.29 1.25 1.1957 2 1 5 12 80.29 2.35 1.1957 1 2 5 12 83.60 1.04 1.1567 6 0 3 12 84.61 1.36 1.1454 3 4 3 12 86.63 1.40 1.1238 2 5 3 12 86.90 1.55 1.1209 4 2 4 12 86.90 1.29 1.1209 2 4 4 12 88.60 1.80 1.1038 5 3 2 12 88.60 1.93 1.1038 7 0 2 12 89.93 1.57 1.0909 1 5 4 12 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.