Bulachite Grey I E, Yoruk E, Kodjikian S, Klein H, Bougerol C, Brand H E A, Bordet P, Mumme W G, Favreau G, Mills S J Mineralogical Magazine 84 (2020) 608-615 Bulachite, [Al6(AsO4)3(OH)9(H2O)4]*2H2O from Cap Garonne, France: Crystal structure and formation from a higher hydrate Note: T = 100 C Locality: Cap Garonne, France _database_code_amcsd 0020930 CELL PARAMETERS: 15.3994 17.6598 7.8083 90.000 90.000 90.000 SPACE GROUP: Pnma X-RAY WAVELENGTH: 1.541838 Cell Volume: 2123.461 Density (g/cm3): 2.639 MAX. ABS. INTENSITY / VOLUME**2: 9.817077668 RIR: 1.211 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 10.02 57.94 8.8299 0 2 0 2 11.49 100.00 7.6997 2 0 0 2 12.39 4.53 7.1414 0 1 1 4 12.54 21.99 7.0580 2 1 0 4 12.71 32.64 6.9642 1 0 1 4 13.67 62.34 6.4786 1 1 1 8 15.27 40.65 5.8032 2 2 0 4 16.17 32.98 5.4825 2 0 1 4 16.93 1.54 5.2360 2 1 1 8 18.88 13.11 4.7005 0 3 1 4 18.98 3.43 4.6765 2 3 0 4 19.05 12.87 4.6577 2 2 1 8 19.75 4.06 4.4957 1 3 1 8 20.11 12.50 4.4149 0 4 0 2 20.71 9.40 4.2893 3 0 1 4 22.16 4.81 4.0120 2 3 1 8 23.05 26.07 3.8582 3 2 1 8 23.10 16.60 3.8498 4 0 0 2 23.51 10.10 3.7844 1 0 2 4 23.65 9.50 3.7615 4 1 0 4 23.86 26.91 3.7288 1 4 1 8 24.05 3.82 3.7004 1 1 2 8 24.94 29.28 3.5707 0 2 2 4 25.24 4.38 3.5290 4 2 0 4 25.58 2.99 3.4821 2 0 2 4 25.61 50.20 3.4784 1 2 2 8 25.70 3.41 3.4666 3 3 1 8 25.80 5.77 3.4530 4 0 1 4 25.91 23.17 3.4386 2 4 1 8 26.30 3.42 3.3888 4 1 1 8 27.54 1.09 3.2393 2 2 2 8 27.69 16.52 3.2220 4 3 0 4 27.74 2.08 3.2158 4 2 1 8 27.79 3.31 3.2103 2 5 0 4 28.03 6.06 3.1833 1 3 2 8 28.73 7.36 3.1075 3 0 2 4 29.02 33.86 3.0765 3 4 1 8 30.00 1.62 2.9784 4 3 1 8 30.57 3.20 2.9246 0 4 2 4 30.82 5.49 2.9016 4 4 0 4 31.13 9.68 2.8733 1 4 2 8 31.22 1.13 2.8651 5 0 1 4 31.64 2.08 2.8281 5 1 1 8 32.57 10.46 2.7493 2 6 0 4 32.58 1.78 2.7481 3 3 2 8 32.67 3.19 2.7412 4 0 2 4 32.76 1.71 2.7341 2 4 2 8 32.85 2.00 2.7265 3 5 1 8 32.87 17.62 2.7252 5 2 1 8 32.93 9.89 2.7199 4 4 1 8 34.25 1.86 2.6180 4 2 2 8 34.59 14.85 2.5932 2 6 1 8 34.96 1.99 2.5666 6 0 0 2 34.96 2.42 2.5664 1 0 3 4 35.32 4.55 2.5411 3 4 2 8 36.15 1.95 2.4850 4 3 2 8 36.44 6.48 2.4657 2 0 3 4 36.46 12.64 2.4646 6 2 0 4 37.18 2.95 2.4180 5 0 2 4 37.23 3.88 2.4153 6 1 1 8 37.42 1.25 2.4033 5 4 1 8 37.54 4.90 2.3957 5 1 2 8 37.89 13.35 2.3748 2 2 3 8 38.30 9.82 2.3502 0 6 2 4 38.50 11.21 2.3382 4 6 0 4 38.61 1.63 2.3322 5 2 2 8 38.76 10.64 2.3233 1 6 2 8 38.79 1.13 2.3214 3 0 3 4 39.14 2.32 2.3016 3 1 3 8 39.31 3.69 2.2918 2 7 1 8 39.63 1.34 2.2742 2 3 3 8 40.17 1.51 2.2451 3 2 3 8 40.26 4.34 2.2400 4 6 1 8 40.66 1.12 2.2189 6 4 0 4 40.88 8.18 2.2075 0 8 0 2 41.53 2.55 2.1746 3 7 1 8 41.90 4.55 2.1562 4 0 3 4 42.13 1.84 2.1446 6 0 2 4 42.46 1.60 2.1290 6 1 2 8 42.63 1.12 2.1208 5 4 2 8 42.86 1.47 2.1101 4 7 0 4 43.19 2.83 2.0947 4 2 3 8 43.42 3.00 2.0841 6 2 2 8 43.59 6.44 2.0763 6 5 0 4 44.23 1.93 2.0477 2 8 1 8 44.34 2.85 2.0430 2 7 2 8 44.48 4.18 2.0370 4 7 1 8 44.76 2.04 2.0247 4 3 3 8 45.46 2.02 1.9953 5 5 2 8 46.36 2.03 1.9586 3 7 2 8 46.52 6.79 1.9521 0 0 4 2 46.89 4.19 1.9375 4 4 3 8 46.97 1.13 1.9344 6 6 0 4 47.44 4.18 1.9166 7 0 2 4 47.69 2.31 1.9068 1 8 2 8 47.84 2.96 1.9014 2 9 0 4 48.14 1.58 1.8901 2 6 3 8 48.48 1.47 1.8776 6 6 1 8 48.61 1.03 1.8730 7 2 2 8 48.98 1.60 1.8599 4 8 1 8 49.08 1.32 1.8563 4 7 2 8 49.25 3.26 1.8502 2 2 4 8 49.53 2.11 1.8404 4 5 3 8 49.90 1.47 1.8275 6 0 3 4 50.04 2.77 1.8227 3 6 3 8 50.37 1.35 1.8115 0 7 3 4 50.73 1.06 1.7996 3 8 2 8 51.16 6.75 1.7853 0 4 4 4 51.81 1.43 1.7645 8 4 0 4 52.02 6.18 1.7581 7 4 2 8 52.62 2.63 1.7392 2 4 4 8 52.82 1.80 1.7333 6 6 2 8 53.22 3.93 1.7211 8 4 1 8 53.28 3.55 1.7193 4 8 2 8 53.30 1.36 1.7189 7 6 1 8 54.27 2.57 1.6902 8 5 0 4 55.80 2.21 1.6474 5 6 3 8 56.00 2.11 1.6422 9 2 1 8 56.30 1.86 1.6340 6 7 2 8 56.57 1.72 1.6268 0 6 4 4 56.71 2.10 1.6231 6 5 3 8 57.18 1.32 1.6110 8 6 0 4 57.60 2.77 1.6003 1 10 2 8 58.50 1.45 1.5778 8 6 1 8 58.75 1.55 1.5716 2 11 0 4 59.75 1.83 1.5477 8 0 3 4 59.95 2.24 1.5430 9 2 2 8 59.97 1.67 1.5425 4 8 3 8 60.33 2.80 1.5341 10 1 0 4 60.49 2.00 1.5305 2 0 5 4 60.50 1.28 1.5302 6 2 4 8 60.57 1.24 1.5287 6 9 1 8 60.79 1.22 1.5237 5 9 2 8 61.70 1.44 1.5033 5 10 1 8 61.92 3.34 1.4985 4 6 4 8 62.13 1.19 1.4940 3 0 5 4 62.35 1.75 1.4892 10 2 1 8 62.70 2.70 1.4818 4 11 0 4 63.18 3.25 1.4717 0 12 0 2 63.47 3.43 1.4656 6 4 4 8 63.47 1.57 1.4656 1 4 5 8 64.00 2.25 1.4549 6 10 0 4 64.07 1.81 1.4534 9 6 1 8 64.37 1.93 1.4472 7 8 2 8 64.95 1.27 1.4357 2 10 3 8 65.09 4.21 1.4329 4 7 4 8 65.65 1.88 1.4222 6 5 4 8 66.41 1.67 1.4077 6 8 3 8 68.04 1.71 1.3780 11 0 1 4 68.26 7.23 1.3740 6 6 4 8 69.39 1.00 1.3544 8 2 4 8 70.38 1.87 1.3378 2 13 0 4 70.65 1.77 1.3333 1 13 1 8 70.71 1.07 1.3322 3 6 5 8 75.52 2.01 1.2590 5 6 5 8 75.91 1.04 1.2535 12 2 1 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.