Adelite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern of R060687 Effenberger H, Krause W, Bernhardt H J Experimental Mineralogy, Petrology and Geochemistry Abstract Volume 9 (2002) 30-30 Structural investigations of adelite and cobaltaustinite, two members of the adelite-descloizite group Locality: Langban, Sweden CELL PARAMETERS: 7.5800 9.0900 6.0200 90.000 90.000 90.000 SPACE GROUP: P2_12_12_1 ATOM X Y Z OCCUPANCY ISO(B) Ca 0.63323 0.66993 0.47737 1.000 0.740 Mg 0.24093 0.50504 0.24576 1.000 0.482 As 0.61594 0.31858 0.51671 0.931 0.421 P 0.61594 0.31858 0.51671 0.069 0.421 O 0.43758 0.43594 0.49010 1.000 0.758 O 0.78376 0.43523 0.58720 1.000 1.066 O 0.35447 0.72683 0.22930 1.000 0.829 O 0.39884 0.70196 0.76030 1.000 0.884 O 0.10657 0.57687 0.50590 1.000 0.758 H 0.00900 0.52900 0.51300 1.000 2.527 X-RAY WAVELENGTH: 1.541838 BOUNDS ON TWO THETA: 5.0 90.0 LIMITS IMPOSED ON THE INDICES ARE: +/- 6 +/- 8 +/- 5 MAX. ABS. INTENSITY / VOLUME**2: 20.90029398 The INTENSITY cut off value is 1.00 2-THETA INTENSITY D-SPACING H K L 17.67 30.94 5.0191 0 1 1 19.53 14.52 4.5450 0 2 0 21.23 36.12 4.1849 1 1 1 22.81 9.43 3.8980 1 2 0 23.47 2.01 3.7900 2 0 0 24.54 1.70 3.6273 0 2 1 25.46 20.11 3.4981 2 1 0 27.26 9.52 3.2720 1 2 1 27.82 100.00 3.2073 2 0 1 29.53 1.54 3.0246 2 1 1 29.68 29.09 3.0100 0 0 2 30.72 4.15 2.9108 2 2 0 31.30 1.24 2.8574 0 1 2 31.81 40.05 2.8135 1 3 0 33.52 30.23 2.6737 1 1 2 34.22 48.35 2.6205 2 2 1 35.21 46.87 2.5489 1 3 1 35.78 5.55 2.5096 0 2 2 36.92 1.10 2.4344 3 1 0 37.76 15.34 2.3824 1 2 2 38.02 16.71 2.3666 2 3 0 38.18 4.48 2.3571 2 0 2 39.50 1.51 2.2816 2 1 2 39.95 2.64 2.2568 3 1 1 43.24 4.64 2.0924 2 2 2 43.66 1.87 2.0733 3 2 1 44.06 15.76 2.0554 1 3 2 46.60 1.17 1.9490 2 4 0 46.82 4.85 1.9405 3 3 0 47.95 7.65 1.8971 1 1 3 48.01 9.90 1.8950 4 0 0 48.96 1.63 1.8604 2 3 2 49.13 2.70 1.8542 2 4 1 49.34 16.38 1.8469 3 3 1 49.66 2.28 1.8357 0 2 3 50.31 7.28 1.8137 0 4 2 51.20 1.05 1.7841 1 2 3 51.53 12.93 1.7734 2 0 3 51.55 1.81 1.7728 4 1 1 51.83 1.33 1.7639 1 4 2 52.31 14.96 1.7491 4 2 0 54.06 8.62 1.6962 1 5 1 55.63 6.13 1.6521 2 2 3 56.23 2.90 1.6360 2 4 2 56.31 10.40 1.6337 1 3 3 56.42 27.88 1.6310 3 3 2 56.57 4.19 1.6268 3 4 1 57.47 11.85 1.6037 4 0 2 59.55 2.40 1.5523 4 3 1 59.72 1.15 1.5484 3 1 3 60.76 14.94 1.5244 1 5 2 61.18 2.81 1.5150 0 6 0 61.63 9.51 1.5050 0 0 4 62.07 2.10 1.4953 5 1 0 62.54 1.60 1.4851 3 2 3 62.99 5.31 1.4757 3 5 0 63.10 1.08 1.4734 3 4 2 63.89 1.58 1.4571 1 1 4 63.97 1.08 1.4554 4 4 0 64.17 1.77 1.4512 5 1 1 64.76 1.68 1.4396 2 5 2 64.83 1.27 1.4381 5 2 0 65.08 4.38 1.4333 3 5 1 65.31 1.17 1.4287 0 2 4 66.61 1.00 1.4040 1 2 4 66.93 1.41 1.3981 2 4 3 67.10 5.39 1.3950 3 3 3 67.78 2.24 1.3825 2 1 4 68.50 9.20 1.3699 2 6 1 69.46 1.34 1.3533 0 6 2 70.43 1.46 1.3369 2 2 4 70.72 2.14 1.3322 1 6 2 71.03 6.69 1.3271 1 3 4 71.07 3.43 1.3265 1 5 3 71.16 4.06 1.3250 3 5 2 71.30 5.15 1.3226 5 3 1 72.90 2.56 1.2976 5 2 2 73.23 1.48 1.2925 3 4 3 74.06 1.94 1.2801 3 1 4 74.75 1.73 1.2700 2 3 4 77.15 5.78 1.2364 6 0 1 77.16 5.34 1.2362 5 3 2 80.51 1.44 1.1930 6 2 1 80.66 1.87 1.1912 2 4 4 80.82 1.13 1.1892 3 3 4 80.85 2.31 1.1888 3 5 3 81.31 1.25 1.1833 4 6 0 81.66 1.40 1.1790 1 1 5 81.71 3.02 1.1785 4 0 4 81.74 1.08 1.1781 4 4 3 82.92 1.09 1.1643 5 5 0 83.75 1.02 1.1550 3 7 0 84.02 4.28 1.1519 2 6 3 84.42 3.01 1.1475 2 0 5 84.81 2.40 1.1431 5 5 1 85.03 4.10 1.1408 4 2 4 85.45 1.35 1.1363 0 8 0 86.67 3.15 1.1234 5 3 3 87.72 1.83 1.1126 2 2 5 88.29 1.58 1.1069 1 3 5 88.86 5.92 1.1013 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.