Natromarkeyite Kampf A R, Olds T A, Plasil J, Burns P C, Marty J Mineralogical Magazine 84 (2020) 753-765 Natromarkeyite and pseudomarkeyite, two new calcium uranyl carbonate minerals from the Markey mine, San Juan County, Utah, USA Locality: Markey mine, Utah, USA _database_code_amcsd 0020904 CELL PARAMETERS: 17.8820 18.3030 10.2249 90.000 90.000 90.000 SPACE GROUP: Pmmn X-RAY WAVELENGTH: 1.541838 Cell Volume: 3346.551 Density (g/cm3): 2.683 MAX. ABS. INTENSITY / VOLUME**2: 32.49578924 RIR: 3.944 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 6.91 5.91 12.7907 1 1 0 4 8.65 100.00 10.2249 0 0 1 2 9.66 1.26 9.1515 0 2 0 2 9.89 2.78 8.9410 2 0 0 2 11.08 2.67 7.9866 1 1 1 8 13.15 1.52 6.7307 2 0 1 4 13.85 48.24 6.3954 2 2 0 4 13.90 13.17 6.3716 1 2 1 8 15.35 10.65 5.7742 1 3 0 4 15.64 12.53 5.6677 3 1 0 4 16.35 72.82 5.4221 2 2 1 8 17.22 10.33 5.1495 3 0 1 4 17.35 9.06 5.1125 0 0 2 2 17.64 21.14 5.0279 1 3 1 8 17.89 7.56 4.9571 3 1 1 8 18.05 8.40 4.9155 1 0 2 4 18.69 1.11 4.7473 1 1 2 8 19.40 11.21 4.5757 0 4 0 2 19.64 1.43 4.5203 2 3 1 8 19.78 1.91 4.4878 3 2 1 8 19.86 7.91 4.4705 4 0 0 2 19.89 2.06 4.4632 0 2 2 4 20.01 1.14 4.4381 2 0 2 4 20.51 6.07 4.3304 1 2 2 8 21.27 21.83 4.1766 0 4 1 4 21.70 25.78 4.0961 4 0 1 4 21.85 7.08 4.0671 1 4 1 8 22.26 27.46 3.9933 2 2 2 8 22.92 7.71 3.8806 3 0 2 4 23.24 3.28 3.8277 1 3 2 8 23.43 6.49 3.7962 3 1 2 8 23.51 1.85 3.7841 2 4 1 8 24.81 4.97 3.5890 2 3 2 8 24.83 4.30 3.5862 1 5 0 4 24.92 4.12 3.5727 3 2 2 8 26.14 7.06 3.4096 0 4 2 4 26.15 1.05 3.4083 0 0 3 2 26.34 1.92 3.3841 1 5 1 8 26.49 7.79 3.3653 4 0 2 4 26.60 2.86 3.3507 0 1 3 4 26.62 3.43 3.3492 1 4 2 8 26.85 3.52 3.3199 5 1 1 8 27.24 1.83 3.2744 3 3 2 8 27.74 1.32 3.2158 2 5 1 8 27.90 6.80 3.1977 4 4 0 4 27.93 5.67 3.1940 0 2 3 4 28.18 1.20 3.1672 5 2 1 8 28.39 3.38 3.1442 1 2 3 8 28.62 1.06 3.1193 3 5 0 4 28.94 6.39 3.0854 5 3 0 4 29.26 3.80 3.0519 4 4 1 8 29.28 1.81 3.0505 0 6 0 2 29.70 6.05 3.0078 2 2 3 8 29.95 7.79 2.9836 3 5 1 8 29.98 4.51 2.9803 6 0 0 2 30.21 5.68 2.9588 3 0 3 4 30.26 6.62 2.9538 5 3 1 8 30.58 3.71 2.9232 0 6 1 4 30.61 1.83 2.9208 3 1 3 8 30.90 3.17 2.8937 5 1 2 8 30.97 5.73 2.8871 2 6 0 4 31.00 3.21 2.8849 1 6 1 8 31.26 2.99 2.8613 6 0 1 4 31.57 2.66 2.8338 6 2 0 4 31.68 2.77 2.8240 2 5 2 8 31.69 2.31 2.8232 2 3 3 8 31.79 6.74 2.8153 3 2 3 8 32.07 1.20 2.7909 5 2 2 8 32.22 4.84 2.7785 2 6 1 8 32.79 10.57 2.7309 6 2 1 8 32.81 2.19 2.7295 4 5 1 8 33.04 6.65 2.7111 4 4 2 8 33.05 1.23 2.7104 4 0 3 4 33.16 2.35 2.7020 1 4 3 8 33.42 1.07 2.6812 4 1 3 8 33.66 1.90 2.6628 3 5 2 8 33.67 1.66 2.6622 3 3 3 8 33.94 5.27 2.6416 5 3 2 8 34.23 3.01 2.6196 0 6 2 4 34.31 1.67 2.6139 2 4 3 8 35.20 1.18 2.5497 6 1 2 8 35.47 2.80 2.5305 1 0 4 4 35.63 2.65 2.5198 4 6 0 4 35.72 4.56 2.5139 2 6 2 8 35.80 5.49 2.5082 1 7 1 8 36.00 1.26 2.4945 0 5 3 4 36.24 2.83 2.4785 6 2 2 8 36.41 1.35 2.4678 5 4 2 8 36.41 1.04 2.4673 5 0 3 4 36.50 1.23 2.4620 0 2 4 4 36.59 3.05 2.4560 7 1 1 8 36.76 3.77 2.4452 5 1 3 8 36.85 2.40 2.4390 1 2 4 8 36.88 1.92 2.4373 2 7 1 8 37.06 1.25 2.4260 6 4 1 8 37.76 2.11 2.3823 5 2 3 8 37.90 1.90 2.3736 2 2 4 8 37.93 1.37 2.3722 6 3 2 8 38.61 3.21 2.3320 4 4 3 8 39.02 3.00 2.3084 1 7 2 8 39.43 3.78 2.2852 7 0 2 4 39.53 2.29 2.2797 2 3 4 8 39.61 2.14 2.2755 3 2 4 8 39.75 3.77 2.2676 7 1 2 8 39.89 1.41 2.2602 4 6 2 8 40.02 2.83 2.2528 2 7 2 8 40.35 1.08 2.2352 8 0 0 2 40.42 2.30 2.2316 0 4 4 4 40.66 1.13 2.2191 4 0 4 4 40.70 2.14 2.2171 7 2 2 8 40.75 1.04 2.2144 1 4 4 8 40.97 2.41 2.2030 2 6 3 8 41.45 3.33 2.1783 4 5 3 8 41.70 2.20 2.1662 2 8 1 8 41.72 2.72 2.1652 2 4 4 8 41.89 2.33 2.1566 4 2 4 8 42.56 1.23 2.1240 8 2 1 8 42.84 3.08 2.1108 5 7 0 4 43.18 5.24 2.0949 7 5 0 4 43.29 1.25 2.0899 3 4 4 8 43.33 1.21 2.0883 0 8 2 4 43.48 2.13 2.0816 1 5 4 8 43.79 6.16 2.0672 5 7 1 8 43.81 2.91 2.0663 5 1 4 8 44.04 1.23 2.0560 8 3 1 8 44.13 1.36 2.0523 7 5 1 8 44.27 1.62 2.0460 5 5 3 8 44.31 2.64 2.0441 7 0 3 4 44.56 3.17 2.0336 2 8 2 8 44.60 1.02 2.0317 1 0 5 4 44.60 3.29 2.0315 7 1 3 8 44.69 1.64 2.0279 5 2 4 8 44.85 3.40 2.0209 2 7 3 8 44.89 1.05 2.0193 1 1 5 8 45.41 1.18 1.9974 4 8 1 8 45.45 2.58 1.9958 0 2 5 4 45.47 2.16 1.9950 7 2 3 8 45.50 3.47 1.9935 2 0 5 4 45.74 1.42 1.9834 1 2 5 8 45.77 1.41 1.9823 1 9 1 8 45.90 1.91 1.9772 3 5 4 8 46.06 2.48 1.9708 8 4 1 8 46.55 4.66 1.9510 5 7 2 8 46.82 1.57 1.9403 6 0 4 4 46.87 3.04 1.9385 7 5 2 8 46.87 1.22 1.9382 7 3 3 8 47.22 3.01 1.9247 3 9 0 4 47.89 1.72 1.8996 0 8 3 4 48.10 1.73 1.8915 3 9 1 8 48.17 1.21 1.8892 9 3 0 4 48.79 2.24 1.8664 7 4 3 8 49.03 2.59 1.8581 2 8 3 8 49.03 2.63 1.8578 9 3 1 8 49.47 1.54 1.8425 9 1 2 8 49.82 1.52 1.8303 0 10 0 2 49.90 2.13 1.8276 2 4 5 8 50.05 1.69 1.8224 4 2 5 8 50.26 1.06 1.8152 9 2 2 8 50.47 1.64 1.8082 5 5 4 8 50.68 1.23 1.8013 3 9 2 8 50.77 2.55 1.7982 7 1 4 8 51.00 1.57 1.7908 2 7 4 8 51.10 1.97 1.7873 8 5 2 8 51.11 1.68 1.7871 8 3 3 8 51.18 2.31 1.7847 7 5 3 8 51.57 1.40 1.7721 9 3 2 8 51.74 1.15 1.7670 5 1 5 8 51.91 1.68 1.7615 10 0 1 4 52.39 2.32 1.7464 0 9 3 4 52.51 1.05 1.7428 5 2 5 8 52.58 2.04 1.7405 4 9 2 8 53.15 1.02 1.7232 0 10 2 4 53.63 1.61 1.7090 9 1 3 8 54.38 1.44 1.6871 9 2 3 8 54.79 1.62 1.6754 0 2 6 4 54.82 1.42 1.6746 2 8 4 8 54.84 1.61 1.6740 2 0 6 4 54.95 1.56 1.6711 4 10 1 8 57.71 2.86 1.5973 5 5 5 8 57.96 1.92 1.5911 7 9 0 4 58.09 1.15 1.5879 4 6 5 8 58.33 1.92 1.5820 9 7 0 4 58.73 3.32 1.5721 7 9 1 8 58.73 1.52 1.5721 2 4 6 8 58.87 1.65 1.5688 4 2 6 8 59.09 2.62 1.5634 9 7 1 8 59.89 1.53 1.5445 7 3 5 8 60.99 1.38 1.5192 7 9 2 8 61.34 1.62 1.5113 9 7 2 8 62.43 1.18 1.4875 2 12 1 8 63.25 2.02 1.4703 11 5 1 8 64.61 1.10 1.4424 2 12 2 8 65.85 1.03 1.4183 5 5 6 8 68.91 1.94 1.3626 7 7 5 8 76.43 1.78 1.2463 7 7 6 8 85.01 1.04 1.1409 7 7 7 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.