Inyoite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern R050157 Clark J R Acta Crystallographica 12 (1959) 162-170 Studies of borate minerals IV. The structure of inyoite, CaB3O3(OH)5*4H2O CELL PARAMETERS: 10.60638 12.05818 8.400114 90.00000 113.9795 90.00000 SPACE GROUP: P2_1/a X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 11.52 100.00 7.6751 0 0 1 11.71 82.46 7.5538 1 1 0 13.59 1.52 6.5131 -1 1 1 13.67 4.27 6.4748 0 1 1 14.68 11.48 6.0291 0 2 0 17.31 6.30 5.1192 1 2 0 18.30 2.87 4.8455 2 0 0 18.64 7.00 4.7562 -1 2 1 18.73 9.34 4.7357 -2 1 1 18.70 30.77 4.7412 0 2 1 18.90 9.31 4.6917 1 1 1 19.73 11.28 4.4961 2 1 0 22.40 5.40 3.9661 -1 1 2 22.69 10.63 3.9156 -2 2 1 22.84 2.05 3.8907 1 2 1 22.97 6.69 3.8696 -2 0 2 23.16 12.32 3.8376 0 0 2 23.54 5.79 3.7769 2 2 0 23.95 21.03 3.7127 1 3 0 24.14 3.84 3.6845 -2 1 2 24.95 4.74 3.5670 -1 3 1 24.99 4.58 3.5607 0 3 1 25.40 1.98 3.5045 2 0 1 25.84 17.75 3.4461 -1 2 2 26.25 1.69 3.3922 -3 1 1 26.47 27.52 3.3652 2 1 1 27.37 3.56 3.2566 -2 2 2 28.26 5.44 3.1552 1 3 1 28.59 32.86 3.1203 3 1 0 29.23 6.53 3.0530 1 1 2 29.27 12.89 3.0495 -3 2 1 29.46 13.48 3.0298 2 2 1 29.61 27.93 3.0145 0 4 0 30.77 2.29 2.9038 -1 3 2 31.05 3.15 2.8785 1 4 0 31.87 6.69 2.8059 0 4 1 31.99 19.32 2.7960 1 2 2 32.08 4.08 2.7877 -2 3 2 32.23 28.28 2.7756 -2 0 3 32.23 2.19 2.7756 0 3 2 33.09 3.68 2.7048 -2 1 3 33.74 31.33 2.6545 -3 3 1 33.95 6.12 2.6386 -4 0 1 33.91 9.02 2.6415 2 3 1 34.45 5.22 2.6015 -2 4 1 35.03 3.02 2.5596 2 4 0 35.22 11.41 2.5465 2 0 2 35.56 14.59 2.5227 -3 1 3 35.58 9.86 2.5212 -2 2 3 35.68 5.57 2.5145 -1 2 3 35.90 21.06 2.4995 -3 3 2 36.16 2.14 2.4822 1 3 2 36.67 1.38 2.4490 -1 4 2 37.08 3.04 2.4227 4 0 0 37.17 2.57 2.4173 -4 2 1 37.39 11.74 2.4035 3 2 1 37.91 3.02 2.3717 -3 2 3 37.93 10.29 2.3706 0 4 2 38.44 4.53 2.3403 1 5 0 39.09 1.27 2.3024 -1 5 1 39.12 17.35 2.3007 0 5 1 39.40 1.01 2.2854 2 4 1 39.46 6.36 2.2821 -4 0 3 39.42 3.56 2.2839 -2 3 3 39.51 3.07 2.2789 -1 3 3 40.08 7.48 2.2480 4 2 0 40.19 1.04 2.2423 -4 1 3 40.88 2.85 2.2058 -4 3 1 41.08 2.50 2.1953 3 3 1 41.31 13.59 2.1840 -2 5 1 41.39 5.60 2.1798 1 4 2 41.39 2.63 2.1796 1 5 1 41.82 7.49 2.1583 0 3 3 41.97 5.82 2.1511 2 3 2 42.74 2.11 2.1142 1 2 3 43.47 1.56 2.0804 4 0 1 43.72 9.22 2.0688 -2 1 4 43.90 2.27 2.0610 -5 1 1 43.97 4.72 2.0577 3 1 2 44.14 22.55 2.0501 4 1 1 44.22 7.76 2.0467 -2 5 2 44.33 15.90 2.0419 -2 4 3 44.65 8.08 2.0278 -3 1 4 44.87 3.39 2.0185 -1 1 4 45.08 8.90 2.0097 0 6 0 45.66 7.04 1.9855 -4 4 1 45.63 2.57 1.9867 2 5 1 45.68 2.05 1.9845 -4 3 3 45.96 6.12 1.9733 3 2 2 46.08 13.40 1.9683 1 3 3 46.09 1.82 1.9678 1 6 0 46.34 1.23 1.9578 -4 4 2 46.35 1.42 1.9576 2 0 3 46.62 1.36 1.9469 -3 2 4 46.66 2.90 1.9453 2 4 2 46.66 6.13 1.9452 -1 6 1 46.82 1.47 1.9387 -1 2 4 46.92 5.69 1.9348 -4 0 4 46.99 2.82 1.9323 2 1 3 47.41 4.25 1.9162 1 5 2 47.56 1.33 1.9104 -4 1 4 47.97 1.87 1.8949 0 1 4 48.15 7.08 1.8884 4 4 0 48.35 7.67 1.8812 -5 2 3 48.59 1.16 1.8722 -2 6 1 48.67 1.68 1.8694 1 6 1 48.90 1.22 1.8612 -2 3 4 49.06 4.07 1.8556 -5 3 1 49.28 2.74 1.8476 4 3 1 49.75 5.29 1.8312 -3 3 4 49.83 2.13 1.8284 0 2 4 49.95 1.84 1.8244 -1 3 4 50.07 1.68 1.8205 -2 5 3 50.29 5.08 1.8128 -1 6 2 51.40 2.40 1.7762 -5 3 3 51.68 1.84 1.7675 -6 0 2 52.20 5.07 1.7511 -5 1 4 52.27 7.37 1.7488 -6 1 2 52.33 2.55 1.7471 -3 6 1 52.45 1.20 1.7434 2 6 1 52.93 1.34 1.7284 -6 0 1 52.95 1.23 1.7281 -5 4 2 53.33 7.22 1.7165 -6 0 3 53.91 1.76 1.6994 -6 1 3 53.87 3.28 1.7006 -3 6 2 54.52 1.15 1.6820 1 2 4 55.24 1.59 1.6615 -6 2 1 55.73 4.32 1.6481 1 5 3 56.49 1.34 1.6278 -2 6 3 56.56 1.01 1.6260 -1 6 3 56.67 1.13 1.6231 2 7 0 56.86 1.48 1.6180 -6 3 2 56.84 1.01 1.6187 0 4 4 57.34 3.00 1.6057 1 3 4 57.77 3.30 1.5948 3 6 1 58.21 1.48 1.5837 -2 5 4 58.29 2.52 1.5817 5 3 1 58.35 1.58 1.5802 -5 5 1 58.41 1.04 1.5787 3 5 2 58.44 1.44 1.5779 2 0 4 58.46 3.91 1.5776 2 6 2 58.55 7.57 1.5753 4 5 1 58.99 2.58 1.5646 2 1 4 60.24 1.62 1.5350 0 0 5 60.69 1.03 1.5247 -6 4 2 60.78 2.91 1.5227 0 1 5 61.08 2.47 1.5159 -3 7 2 61.31 1.29 1.5108 -4 3 5 61.39 1.02 1.5091 -4 5 4 62.29 1.02 1.4894 1 8 0 63.08 1.03 1.4726 4 1 3 64.46 1.69 1.4444 -5 3 5 64.80 1.04 1.4375 -3 6 4 64.98 1.59 1.4341 -4 4 5 64.98 1.02 1.4340 0 3 5 65.41 5.16 1.4256 -6 5 2 67.10 1.59 1.3938 -4 6 4 67.28 2.54 1.3905 1 2 5 70.44 1.52 1.3357 3 3 4 71.36 1.56 1.3207 -3 7 4 72.34 1.71 1.3052 -6 6 3 75.88 1.37 1.2528 -3 9 1 76.28 1.85 1.2473 7 2 1 78.32 1.31 1.2199 0 6 5 78.44 1.18 1.2183 -7 4 5 79.02 1.21 1.2107 -3 5 6 79.45 1.09 1.2053 8 1 0 79.41 1.63 1.2058 -1 9 3 79.73 1.47 1.2018 6 4 2 80.33 1.66 1.1943 2 8 3 84.38 1.29 1.1470 -3 3 7 85.65 1.95 1.1332 -8 4 5 86.00 2.15 1.1295 5 2 4 86.90 1.36 1.1201 -5 6 6 89.37 1.31 1.0954 3 10 1 89.37 1.31 1.0954 3 10 1 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.