Eosphorite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R050570 Hoyos M A, Calderon T, Vergara I, Garcia-Sole J Mineralogical Magazine 57 (1993) 329-336 New structural and spectroscopic data for eosphorite Locality: Taquaral, Brazil CELL PARAMETERS: 6.928000 10.44500 13.50100 90.00000 90.00000 90.00000 SPACE GROUP: Cmca X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 13.08 37.65 6.7462 0 0 2 16.64 9.47 5.3141 1 1 1 16.95 39.70 5.2179 0 2 0 18.18 17.02 4.8666 0 2 1 20.18 36.33 4.3899 1 1 2 21.48 22.73 4.1274 0 2 2 25.03 31.57 3.5498 1 1 3 25.60 13.31 3.4722 2 0 0 26.11 34.25 3.4066 0 2 3 26.37 14.11 3.3731 0 0 4 28.86 4.27 3.0873 2 0 2 29.42 1.68 3.0307 1 3 1 30.63 10.90 2.9135 1 1 4 30.88 1.24 2.8907 2 2 0 31.53 14.00 2.8327 0 2 4 31.62 33.58 2.8245 1 3 2 31.60 100.00 2.8266 2 2 1 34.31 13.90 2.6089 0 4 0 35.02 2.58 2.5581 1 3 3 36.69 6.55 2.4452 1 1 5 36.88 16.62 2.4333 0 4 2 36.90 28.42 2.4317 2 2 3 37.10 5.46 2.4194 2 0 4 37.46 34.67 2.3969 0 2 5 39.34 1.86 2.2865 1 3 4 39.88 2.20 2.2567 0 4 3 40.03 12.82 2.2487 0 0 6 40.40 2.51 2.2289 3 1 1 41.06 4.15 2.1949 2 2 4 42.10 4.46 2.1429 3 1 2 43.10 2.01 2.0958 1 1 6 43.31 17.27 2.0858 2 4 0 43.80 9.25 2.0637 0 4 4 44.82 3.55 2.0193 3 1 3 45.45 22.86 1.9927 2 4 2 45.94 6.72 1.9726 2 2 5 47.37 6.40 1.9165 1 5 2 48.01 3.39 1.8922 2 4 3 48.14 9.26 1.8875 2 0 6 48.41 13.80 1.8775 3 1 4 50.40 9.08 1.8081 0 2 7 51.41 4.36 1.7749 2 2 6 51.44 6.20 1.7740 2 4 4 52.65 14.89 1.7361 4 0 0 52.76 1.09 1.7326 3 1 5 53.01 1.16 1.7250 0 6 1 53.74 7.56 1.7033 0 4 6 54.32 3.51 1.6865 0 0 8 54.40 4.61 1.6842 0 6 2 54.50 5.11 1.6813 4 0 2 54.79 2.41 1.6733 3 3 4 55.73 2.44 1.6473 4 2 0 56.06 1.34 1.6384 1 3 7 56.18 1.75 1.6352 4 2 1 56.67 3.86 1.6222 0 6 3 57.34 1.45 1.6048 0 2 8 57.38 1.57 1.6037 2 2 7 57.51 2.22 1.6003 4 2 2 59.78 9.77 1.5449 2 6 1 59.70 5.37 1.5468 4 2 3 59.84 9.69 1.5437 4 0 4 60.46 46.81 1.5292 2 4 6 61.00 8.53 1.5171 2 0 8 61.07 2.33 1.5154 2 6 2 62.68 2.74 1.4802 4 2 4 63.18 4.04 1.4697 2 6 3 63.56 6.42 1.4619 0 6 5 63.81 1.72 1.4567 2 2 8 64.60 1.34 1.4409 0 2 9 65.42 1.21 1.4247 1 7 2 66.02 9.97 1.4133 4 4 2 66.41 7.92 1.4060 4 2 5 67.41 1.07 1.3875 1 5 7 69.45 1.62 1.3516 3 1 8 69.61 1.73 1.3490 5 1 2 70.70 2.73 1.3308 2 2 9 71.59 1.00 1.3165 5 1 3 71.91 2.02 1.3115 2 4 8 72.35 7.97 1.3045 0 8 0 73.21 2.76 1.2913 0 6 7 74.03 1.91 1.2790 2 6 6 74.70 3.95 1.2692 3 3 8 74.86 2.28 1.2669 5 3 2 75.85 1.21 1.2528 0 8 3 75.89 5.36 1.2523 4 2 7 78.07 1.63 1.2226 2 2 10 78.53 1.02 1.2167 0 8 4 79.07 1.67 1.2097 4 0 8 79.14 2.02 1.2089 4 6 2 79.89 1.03 1.1993 1 5 9 81.03 2.02 1.1853 4 6 3 81.20 1.14 1.1833 3 3 9 81.90 2.17 1.1749 3 7 4 84.23 1.93 1.1482 2 8 4 84.87 1.53 1.1413 3 5 8 85.01 1.13 1.1397 5 5 2 85.65 1.76 1.1329 2 4 10 86.00 4.94 1.1291 2 2 11 86.45 2.48 1.1244 0 0 12 86.30 3.91 1.1260 6 2 1 87.04 3.78 1.1183 4 6 5 87.98 1.45 1.1088 4 2 9 89.29 1.56 1.0959 6 2 3 89.40 2.76 1.0948 6 0 4 89.40 2.76 1.0948 6 0 4 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.