Co5(OH)4(PO4)2 Ruszala F A, Anderson J B, Kostiner E Inorganic Chemistry 16 (1977) 2417-2422 Crystal structures of two isomorphs of arsenoclasite: Co5(PO4)2(OH)4 and Mn5(PO4)2(OH)4 Locality: synthetic _database_code_amcsd 0012685 CELL PARAMETERS: 8.9030 17.3970 5.5154 90.000 90.000 90.000 SPACE GROUP: P2_12_12_1 X-RAY WAVELENGTH: 1.541838 Cell Volume: 854.255 Density (g/cm3): 4.265 MAX. ABS. INTENSITY / VOLUME**2: 16.70002348 RIR: 1.275 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 11.16 1.72 7.9255 1 1 0 4 18.26 4.06 4.8591 1 3 0 4 18.93 2.63 4.6886 1 0 1 4 19.05 1.42 4.6580 0 2 1 4 19.61 10.62 4.5271 1 1 1 4 20.42 18.45 4.3492 0 4 0 2 20.60 27.46 4.3126 2 1 0 4 21.53 2.52 4.1272 1 2 1 4 22.44 16.27 3.9627 2 2 0 4 22.76 18.18 3.9079 1 4 0 4 25.22 1.23 3.5311 2 3 0 4 26.09 16.90 3.4152 0 4 1 4 26.23 9.83 3.3973 2 1 1 4 27.52 14.02 3.2407 1 5 0 4 27.72 1.52 3.2182 2 2 1 4 30.05 4.18 2.9738 2 3 1 4 30.37 22.84 2.9428 0 5 1 4 30.56 46.48 2.9254 3 1 0 4 31.86 44.29 2.8087 3 2 0 4 32.03 100.00 2.7941 1 5 1 4 32.47 1.09 2.7577 0 0 2 2 32.48 1.13 2.7570 1 6 0 4 32.67 8.10 2.7414 2 5 0 4 32.88 4.07 2.7237 0 1 2 4 33.06 82.07 2.7096 2 4 1 4 34.11 3.39 2.6288 0 2 2 4 34.31 6.38 2.6134 3 0 1 4 34.43 70.22 2.6045 1 1 2 4 34.71 6.59 2.5844 3 1 1 4 35.61 4.50 2.5212 1 2 2 4 36.06 6.75 2.4904 0 3 2 4 36.43 8.80 2.4660 1 6 1 4 36.61 6.51 2.4548 2 5 1 4 36.66 3.66 2.4514 3 4 0 4 37.00 3.17 2.4296 2 6 0 4 37.76 11.10 2.3826 3 3 1 4 38.76 14.74 2.3233 2 1 2 4 39.82 11.43 2.2635 2 2 2 4 39.93 1.18 2.2579 3 5 0 4 40.02 2.79 2.2532 1 4 2 4 40.26 1.20 2.2401 3 4 1 4 40.53 4.31 2.2257 4 0 0 2 40.57 2.59 2.2234 2 6 1 4 41.11 13.35 2.1959 1 7 1 4 41.55 5.38 2.1734 2 3 2 4 41.80 1.99 2.1612 0 5 2 4 43.07 4.80 2.1002 1 5 2 4 43.30 2.81 2.0896 3 5 1 4 43.64 1.06 2.0739 3 6 0 4 43.87 1.06 2.0636 2 4 2 4 44.19 7.13 2.0496 4 1 1 4 44.80 1.08 2.0231 0 8 1 4 44.87 7.53 2.0201 3 0 2 4 44.89 5.28 2.0193 2 7 1 4 45.15 2.41 2.0083 4 2 1 4 45.19 2.04 2.0067 3 1 2 4 45.39 8.31 1.9982 0 6 2 4 45.80 1.93 1.9814 4 4 0 4 46.01 2.16 1.9728 1 8 1 4 46.13 6.51 1.9678 3 2 2 4 46.71 3.75 1.9445 4 3 1 4 46.72 2.36 1.9442 2 5 2 4 46.80 18.72 1.9412 3 6 1 4 47.67 1.58 1.9077 3 3 2 4 48.17 8.14 1.8890 1 9 0 4 48.84 6.39 1.8647 4 4 1 4 49.36 1.02 1.8462 0 7 2 4 49.49 4.33 1.8418 2 8 1 4 49.77 1.76 1.8322 3 4 2 4 50.00 2.22 1.8242 0 9 1 4 50.49 3.66 1.8077 1 7 2 4 50.69 2.82 1.8009 3 7 1 4 50.76 2.45 1.7987 0 2 3 4 51.11 7.95 1.7871 1 9 1 4 51.48 8.64 1.7752 4 5 1 4 51.54 1.87 1.7731 2 9 0 4 51.60 3.48 1.7713 5 1 0 4 51.86 1.21 1.7631 1 2 3 4 52.37 3.39 1.7470 3 5 2 4 52.45 1.96 1.7444 5 2 0 4 52.86 12.70 1.7320 4 0 2 4 53.14 4.08 1.7235 4 1 2 4 53.27 10.82 1.7195 1 3 3 4 53.68 1.60 1.7076 0 8 2 4 53.68 11.48 1.7074 1 10 0 4 53.96 1.16 1.6993 2 0 3 4 53.98 4.16 1.6987 4 2 2 4 54.24 1.31 1.6912 2 1 3 4 54.35 1.05 1.6880 2 9 1 4 54.58 6.46 1.6815 4 6 1 4 55.22 8.35 1.6636 1 4 3 4 55.23 1.47 1.6632 5 2 1 4 55.36 6.19 1.6596 4 3 2 4 55.38 1.50 1.6591 0 10 1 4 55.43 2.02 1.6575 3 6 2 4 56.41 1.16 1.6310 1 10 1 4 56.59 14.52 1.6265 5 3 1 4 56.62 5.37 1.6255 0 5 3 4 57.65 2.13 1.5991 1 5 3 4 57.83 1.35 1.5943 2 8 2 4 58.09 9.66 1.5878 4 7 1 4 58.29 2.15 1.5829 0 9 2 4 58.30 5.98 1.5827 2 4 3 4 58.92 7.42 1.5676 3 7 2 4 59.11 2.44 1.5629 3 0 3 4 59.30 1.51 1.5584 1 9 2 4 59.35 2.89 1.5572 1 11 0 4 59.42 9.14 1.5555 4 8 0 4 59.46 5.85 1.5547 2 10 1 4 59.48 3.70 1.5541 3 9 1 4 59.54 20.84 1.5527 0 6 3 4 59.63 4.51 1.5505 4 5 2 4 60.15 1.58 1.5382 3 2 3 4 60.53 2.96 1.5296 1 6 3 4 60.65 3.44 1.5269 2 5 3 4 60.94 1.45 1.5203 0 11 1 4 61.44 1.14 1.5090 3 3 3 4 61.82 1.23 1.5008 3 10 0 4 61.92 2.90 1.4986 1 11 1 4 61.99 1.53 1.4971 4 8 1 4 62.04 3.55 1.4959 5 0 2 4 62.25 3.60 1.4914 2 9 2 4 62.46 5.40 1.4869 4 6 2 4 62.86 3.02 1.4785 6 1 0 4 62.88 3.69 1.4780 0 7 3 4 63.06 3.46 1.4742 5 2 2 4 63.22 2.31 1.4708 3 4 3 4 63.60 11.76 1.4630 5 6 1 4 63.61 2.40 1.4627 6 2 0 4 64.15 2.28 1.4517 1 10 2 4 64.25 4.00 1.4497 0 12 0 2 64.31 2.74 1.4485 5 3 2 4 64.36 1.02 1.4474 5 7 0 4 64.86 1.04 1.4375 6 3 0 4 65.10 1.54 1.4329 6 0 1 4 65.47 6.70 1.4257 3 5 3 4 66.09 3.80 1.4138 6 2 1 4 66.68 1.21 1.4027 2 7 3 4 66.71 2.22 1.4021 0 12 1 4 66.88 5.79 1.3990 4 2 3 4 66.98 4.33 1.3970 2 10 2 4 67.01 1.99 1.3966 3 9 2 4 67.06 1.91 1.3957 3 11 0 4 67.64 1.27 1.3850 1 12 1 4 68.16 1.68 1.3757 3 6 3 4 68.25 1.85 1.3743 5 5 2 4 68.38 1.68 1.3719 0 11 2 4 68.91 5.21 1.3626 1 0 4 4 69.01 2.73 1.3609 6 4 1 4 69.15 3.56 1.3584 1 1 4 4 69.30 2.69 1.3559 1 11 2 4 69.47 3.00 1.3531 3 11 1 4 69.87 2.49 1.3462 1 2 4 4 71.28 1.02 1.3230 3 7 3 4 72.03 2.72 1.3111 2 11 2 4 72.55 1.28 1.3030 6 1 2 4 72.60 3.43 1.3023 2 2 4 4 73.25 1.37 1.2922 6 2 2 4 73.96 1.22 1.2816 5 7 2 4 74.13 1.25 1.2790 5 0 3 4 74.37 1.60 1.2756 5 1 3 4 74.81 1.45 1.2691 3 8 3 4 76.08 1.15 1.2511 1 10 3 4 76.35 1.07 1.2472 3 1 4 4 76.50 2.08 1.2453 3 11 2 4 76.78 1.44 1.2413 6 7 1 4 78.78 1.66 1.2148 4 12 0 4 79.85 1.35 1.2012 1 14 1 4 79.91 1.34 1.2005 5 5 3 4 80.36 1.13 1.1948 1 7 4 4 80.60 1.10 1.1919 7 4 1 4 80.90 1.33 1.1882 1 11 3 4 81.06 1.97 1.1863 4 12 1 4 81.33 2.67 1.1830 5 9 2 4 81.83 1.18 1.1770 6 9 0 4 81.86 1.02 1.1768 3 5 4 4 82.48 4.29 1.1695 4 1 4 4 82.65 1.97 1.1675 7 5 1 4 83.97 2.05 1.1524 7 1 2 4 85.64 1.42 1.1342 5 10 2 4 85.81 1.24 1.1324 6 3 3 4 85.83 1.05 1.1322 7 7 0 4 86.43 2.61 1.1259 1 15 1 4 86.99 1.09 1.1200 6 8 2 4 87.38 3.79 1.1160 6 4 3 4 87.42 1.93 1.1156 3 13 2 4 87.69 2.98 1.1129 8 0 0 2 87.81 1.93 1.1117 4 12 2 4 88.69 1.81 1.1029 2 12 3 4 89.10 2.19 1.0989 4 10 3 4 89.41 1.15 1.0959 6 5 3 4 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.