Olivenite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R040181 R040181 Locality: Majuba Hill, Pershing County, Nevada, USA CELL PARAMETERS: 8.208400 8.584400 5.925800 90.00000 90.13000 90.00000 SPACE GROUP: P2_1/n ATOM X Y Z OCCUPANCY ISO(B) Cu 0.13699 0.38101 0.02383 1.000 0.887 Cu 0.49929 0.50034 0.25067 1.000 0.806 As -0.23714 0.25016 0.01069 0.900 0.602 P -0.23714 0.25016 0.01069 0.100 0.602 O -0.09906 0.39294 0.05001 1.000 1.167 O -0.13234 0.08130 0.00220 1.000 0.812 O -0.33390 0.27738 -0.23326 1.000 1.135 O 0.13032 0.24696 -0.28091 1.000 1.136 O 0.37336 0.40282 0.00019 1.000 0.749 H 0.39888 0.32906 0.01020 1.000 1.799 X-RAY WAVELENGTH: 1.541838 BOUNDS ON TWO THETA: 0.0 90.0 LIMITS IMPOSED ON THE INDICES ARE: +/- 7 +/- 7 +/- 5 MAX. ABS. INTENSITY / VOLUME**2: 26.72476074 The INTENSITY cut off value is 1.00 2-THETA INTENSITY D-SPACING H K L 14.93 59.00 5.9447 1 1 0 18.19 65.00 4.8850 0 1 1 18.45 29.42 4.8158 -1 0 1 18.49 24.86 4.8068 1 0 1 20.67 1.39 4.3031 0 2 0 21.17 28.71 4.2026 -1 1 1 21.20 18.97 4.1966 1 1 1 21.64 1.96 4.1106 2 0 0 23.36 31.76 3.8124 1 2 0 24.02 10.87 3.7092 2 1 0 30.08 100.00 2.9723 2 2 0 30.14 16.65 2.9668 0 0 2 31.92 4.17 2.8048 0 1 2 33.09 30.64 2.7086 1 3 0 33.72 7.53 2.6591 -2 2 1 33.76 31.49 2.6561 -1 1 2 33.76 9.15 2.6560 2 2 1 33.80 22.37 2.6530 1 1 2 34.36 25.53 2.6112 3 1 0 34.75 9.74 2.5827 0 3 1 36.09 8.51 2.4897 -3 0 1 36.14 6.99 2.4860 3 0 1 36.47 23.32 2.4646 -1 3 1 36.49 37.69 2.4634 1 3 1 36.81 20.63 2.4425 0 2 2 37.36 19.53 2.4079 -2 0 2 37.43 27.50 2.4034 2 0 2 37.62 22.99 2.3917 -3 1 1 37.67 13.47 2.3883 3 1 1 38.44 5.20 2.3424 -1 2 2 38.48 17.80 2.3403 1 2 2 38.92 1.90 2.3148 2 1 2 38.98 3.59 2.3115 3 2 0 42.00 3.94 2.1515 0 4 0 43.48 1.39 2.0814 1 4 0 45.33 1.09 2.0010 -1 3 2 45.36 2.76 1.9997 1 3 2 45.79 2.23 1.9816 3 3 0 46.22 4.07 1.9644 -1 4 1 46.28 2.43 1.9620 -3 1 2 46.23 1.61 1.9638 1 4 1 46.37 2.08 1.9583 3 1 2 47.15 3.15 1.9276 0 1 3 47.25 1.83 1.9238 -1 0 3 47.29 2.21 1.9221 1 0 3 48.00 3.97 1.8955 -4 1 1 48.06 3.07 1.8933 4 1 1 48.41 2.47 1.8803 -3 3 1 48.49 3.17 1.8775 -1 1 3 48.45 3.58 1.8787 3 3 1 49.42 1.49 1.8443 -2 3 2 49.47 3.18 1.8423 2 3 2 49.98 3.73 1.8248 -3 2 2 50.80 1.85 1.7971 0 2 3 51.66 1.51 1.7692 4 2 1 52.54 10.03 1.7417 0 4 2 54.24 2.62 1.6910 -4 0 2 54.35 1.92 1.6879 4 0 2 54.46 7.92 1.6847 1 5 0 55.59 3.17 1.6531 0 5 1 55.74 7.44 1.6489 -3 3 2 55.79 1.82 1.6477 -2 2 3 55.82 8.35 1.6467 3 3 2 55.87 1.45 1.6455 2 2 3 56.51 1.19 1.6283 0 3 3 56.56 1.36 1.6269 3 4 1 56.79 6.46 1.6208 -1 5 1 56.81 8.58 1.6205 1 5 1 57.02 4.48 1.6150 5 1 0 57.25 1.24 1.6089 -4 3 1 57.31 1.69 1.6075 4 3 1 57.43 11.79 1.6044 -2 4 2 57.51 3.56 1.6023 3 0 3 57.48 8.32 1.6030 2 4 2 57.69 3.51 1.5978 -1 3 3 57.73 7.97 1.5968 1 3 3 58.48 7.44 1.5781 -3 1 3 58.59 3.30 1.5752 3 1 3 58.65 18.48 1.5739 -4 2 2 58.75 15.93 1.5713 4 2 2 59.26 7.62 1.5591 -5 1 1 59.32 5.12 1.5576 5 1 1 60.24 3.06 1.5359 5 2 0 62.48 20.00 1.4862 4 4 0 62.61 13.80 1.4834 0 0 4 63.50 1.24 1.4647 1 5 2 63.64 1.06 1.4618 0 1 4 63.99 2.56 1.4548 4 3 2 64.78 1.99 1.4388 1 1 4 65.02 1.50 1.4341 -1 4 3 65.01 1.06 1.4344 0 6 0 65.89 1.80 1.4173 5 1 2 66.00 1.19 1.4151 3 5 1 66.11 1.25 1.4130 1 6 0 66.41 1.17 1.4073 -4 1 3 66.79 1.42 1.4003 -2 5 2 66.87 2.19 1.3989 3 3 3 66.84 2.27 1.3994 2 5 2 67.79 2.46 1.3820 1 2 4 68.75 1.43 1.3650 -5 2 2 68.87 2.86 1.3629 5 2 2 69.44 1.56 1.3532 6 1 0 69.37 6.82 1.3543 2 6 0 69.53 1.06 1.3517 4 2 3 70.86 3.94 1.3295 -4 4 2 70.95 6.72 1.3280 -2 2 4 70.95 2.28 1.3280 4 4 2 71.04 5.40 1.3265 2 2 4 72.15 1.96 1.3088 -3 5 2 72.22 2.18 1.3077 3 5 2 72.36 4.14 1.3056 6 2 0 72.63 2.58 1.3014 -1 3 4 72.67 1.38 1.3007 1 3 4 73.32 1.53 1.2908 -3 1 4 73.28 7.39 1.2914 0 6 2 73.45 2.10 1.2887 3 1 4 73.47 1.35 1.2885 -4 5 1 73.60 2.25 1.2865 -5 3 2 73.72 1.23 1.2848 5 3 2 73.85 2.00 1.2828 -1 5 3 73.89 2.82 1.2823 1 5 3 74.29 1.23 1.2763 -5 4 1 75.97 2.15 1.2521 -5 1 3 76.14 4.07 1.2498 5 1 3 76.17 1.20 1.2494 -3 2 4 76.50 2.41 1.2449 -6 0 2 76.63 1.16 1.2430 6 0 2 78.25 1.53 1.2213 0 4 4 82.91 1.33 1.1641 -1 1 5 86.45 1.43 1.1252 -1 7 2 86.47 1.11 1.1250 1 7 2 86.78 2.06 1.1217 3 7 0 87.58 1.71 1.1135 -1 5 4 88.09 1.13 1.1084 4 3 4 88.52 1.42 1.1042 -5 5 2 88.70 1.58 1.1024 -3 7 1 88.73 1.23 1.1020 3 7 1 89.60 1.34 1.0935 -5 1 4 89.57 1.83 1.0939 -4 6 2 89.66 1.81 1.0930 4 6 2 89.66 1.81 1.0930 4 6 2 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.