Wopmayite Cooper M A, Hawthorne F C, Abdu Y A, Ball N A, Ramik R A, Tait K T The Canadian Mineralogist 51 (2013) 93-106 Wopmayite, ideally Ca6Na3[]Mn(PO4)3(PO3OH)4, a new phosphate mineral from the Tanco Mine, Bernic Lake, Manitoba: description and crystal structure Locality: the Tanco Mine, Bernic Lake, Manitoba, Canada _database_code_amcsd 0019803 CELL PARAMETERS: 10.3926 10.3926 37.1694 90.000 90.000 120.000 SPACE GROUP: R3c X-RAY WAVELENGTH: 1.541838 Cell Volume: 3476.679 Density (g/cm3): 2.972 MAX. ABS. INTENSITY / VOLUME**2: 10.63196202 RIR: 1.165 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 10.92 20.68 8.1004 0 1 2 3 13.70 22.35 6.4649 1 0 4 3 17.06 26.90 5.1963 1 1 0 6 20.30 7.05 4.3737 2 0 2 3 21.52 4.88 4.1285 0 1 8 3 21.95 15.23 4.0502 0 2 4 3 22.33 2.07 3.9812 1 1 6 6 25.93 28.49 3.4355 1 0 10 3 26.31 2.87 3.3876 2 1 1 6 26.64 5.88 3.3462 1 2 2 6 27.59 3.53 3.2331 1 1 9 6 27.60 1.86 3.2325 2 0 8 3 27.93 69.94 3.1944 2 1 4 6 28.82 1.15 3.0975 0 0 12 1 29.78 8.62 3.0001 3 0 0 3 31.21 100.00 2.8658 0 2 10 3 32.62 23.49 2.7447 1 2 8 6 33.18 2.26 2.7001 0 3 6 3 33.18 4.38 2.7001 3 0 6 3 33.69 7.28 2.6606 1 1 12 6 34.52 67.39 2.5982 2 2 0 6 35.24 2.79 2.5465 0 1 14 3 35.30 5.42 2.5428 2 2 3 6 35.78 10.99 2.5095 2 1 10 6 36.06 2.31 2.4906 1 3 1 6 37.30 1.07 2.4108 1 3 4 6 37.52 1.64 2.3973 1 2 11 6 37.54 4.19 2.3960 2 2 6 6 38.03 3.55 2.3664 3 1 5 6 40.09 8.84 2.2494 1 0 16 3 40.32 2.41 2.2367 1 1 15 6 40.38 1.30 2.2338 0 4 2 3 41.28 8.97 2.1869 4 0 4 3 41.92 3.90 2.1550 0 3 12 3 41.92 7.89 2.1550 3 0 12 3 43.23 3.21 2.0930 1 2 14 6 43.68 2.54 2.0723 1 3 10 6 43.86 2.05 2.0643 0 2 16 3 43.92 1.88 2.0616 3 2 1 6 44.13 4.08 2.0522 2 3 2 6 44.75 10.97 2.0251 0 4 8 3 44.97 2.37 2.0156 3 2 4 6 45.16 1.27 2.0078 3 1 11 6 45.57 4.69 1.9906 2 2 12 6 46.83 1.05 1.9398 1 4 3 6 47.22 24.18 1.9249 4 0 10 3 47.37 1.02 1.9190 1 1 18 6 48.23 11.37 1.8869 2 3 8 6 48.63 8.23 1.8722 1 4 6 6 48.63 5.79 1.8722 4 1 6 6 50.12 2.52 1.8201 0 1 20 3 50.57 6.49 1.8050 3 2 10 6 50.97 3.25 1.7917 5 0 2 3 51.53 2.61 1.7737 4 1 9 6 51.73 10.70 1.7672 0 5 4 3 52.86 2.51 1.7321 3 3 0 6 53.33 31.30 1.7177 2 0 20 3 53.90 1.02 1.7010 0 3 18 3 53.90 4.86 1.7010 3 0 18 3 53.91 2.45 1.7006 1 3 16 6 54.08 1.11 1.6959 2 1 19 6 54.68 6.14 1.6785 5 0 8 3 54.87 2.80 1.6731 2 4 4 6 55.39 2.35 1.6587 4 1 12 6 56.46 3.94 1.6299 2 3 14 6 56.98 2.47 1.6162 4 0 16 3 57.72 2.02 1.5973 3 3 9 6 57.72 2.06 1.5972 4 2 8 6 57.90 2.76 1.5926 5 1 4 6 59.79 7.85 1.5466 2 4 10 6 59.94 7.70 1.5433 3 2 16 6 60.66 2.79 1.5267 1 5 8 6 61.26 3.13 1.5132 2 1 22 6 61.32 1.78 1.5118 3 3 12 6 61.85 3.29 1.5000 6 0 0 3 63.68 5.75 1.4612 4 3 4 6 64.68 1.58 1.4412 5 2 0 6 65.10 3.95 1.4329 0 4 20 3 65.60 2.02 1.4231 1 4 18 6 66.30 4.50 1.4099 3 4 8 6 66.62 1.64 1.4037 2 5 6 6 66.62 4.56 1.4037 5 2 6 6 67.85 2.82 1.3813 2 3 20 6 71.60 1.32 1.3179 1 2 26 6 71.89 1.29 1.3133 1 0 28 3 72.80 3.57 1.2991 4 4 0 6 73.73 1.99 1.2850 3 5 1 6 73.89 1.84 1.2827 5 3 2 6 75.82 5.78 1.2547 4 2 20 6 76.50 1.55 1.2453 2 6 2 6 76.94 1.47 1.2392 5 3 8 6 76.96 1.64 1.2390 0 0 30 1 77.10 2.64 1.2370 6 2 4 6 78.68 1.27 1.2161 4 1 24 6 80.11 1.42 1.1980 4 4 12 6 80.58 2.10 1.1921 7 1 0 6 81.43 1.61 1.1818 2 5 18 6 81.44 1.11 1.1817 1 6 16 6 81.98 1.52 1.1754 2 3 26 6 86.52 3.32 1.1249 7 0 16 3 87.04 2.32 1.1195 5 0 26 3 87.16 6.08 1.1183 2 2 30 6 87.32 1.96 1.1166 3 2 28 6 87.72 1.02 1.1126 1 7 12 6 87.72 1.34 1.1126 7 1 12 6 89.82 1.02 1.0919 2 7 4 6 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.