Yugawaralite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R050407 Artioli G, Stahl K, Cruciani G, Gualtieri A, Hanson J C American Mineralogist 86 (2001) 185-192 In situ dehydration of yugawaralite Sample: at T = 315 K CELL PARAMETERS: 6.724145 13.99704 10.05038 90.00000 111.1867 90.00000 SPACE GROUP: Pc X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 6.36 4.05 13.9970 0 1 0 11.40 7.84 7.7870 0 1 1 12.69 33.01 6.9985 0 2 0 14.16 6.62 6.2696 1 0 0 15.29 91.70 5.8096 -1 1 1 15.84 3.00 5.6074 0 2 1 18.97 26.47 4.6855 0 0 2 19.04 54.15 4.6698 1 2 0 19.06 5.99 4.6657 0 3 0 19.15 76.97 4.6432 -1 0 2 20.02 7.04 4.4432 0 1 2 20.18 13.82 4.4070 -1 1 2 20.72 35.28 4.2940 1 1 1 21.31 16.76 4.1766 0 3 1 22.87 7.21 3.8935 0 2 2 23.02 2.45 3.8691 -1 2 2 23.49 1.25 3.7919 1 2 1 23.65 11.16 3.7672 -1 3 1 23.80 2.57 3.7430 1 3 0 27.00 4.03 3.3061 0 3 2 27.12 2.87 3.2911 -1 3 2 27.23 1.42 3.2782 0 4 1 27.32 5.83 3.2678 -2 1 1 27.53 7.42 3.2433 1 3 1 27.61 26.19 3.2343 1 0 2 27.68 13.82 3.2254 -1 1 3 27.97 2.27 3.1928 -2 0 2 28.35 2.58 3.1513 1 1 2 28.50 6.66 3.1348 2 0 0 28.70 5.36 3.1128 -2 1 2 29.25 100.00 3.0556 1 4 0 29.32 15.93 3.0487 0 1 3 29.51 2.47 3.0295 -2 2 1 29.85 3.52 2.9956 -1 2 3 30.47 16.65 2.9360 1 2 2 30.80 27.22 2.9048 -2 2 2 31.29 4.61 2.8609 2 2 0 32.40 14.90 2.7650 1 4 1 33.00 15.52 2.7163 -2 1 3 33.17 4.95 2.7021 -1 3 3 33.43 11.45 2.6823 0 5 1 33.74 4.72 2.6581 1 3 2 33.90 10.10 2.6458 2 1 1 34.05 6.33 2.6349 -2 3 2 34.49 2.04 2.6020 2 3 0 34.87 5.33 2.5747 -2 2 3 35.02 1.21 2.5639 -1 5 1 35.13 2.31 2.5562 1 5 0 35.73 1.31 2.5144 2 2 1 35.76 5.16 2.5124 -1 0 4 36.35 5.09 2.4729 -1 1 4 37.08 5.64 2.4258 1 1 3 37.11 1.75 2.4239 -2 4 1 37.44 2.40 2.4032 0 5 2 38.07 7.32 2.3646 -1 2 4 38.44 6.76 2.3428 0 0 4 38.57 1.33 2.3349 2 4 0 38.60 3.40 2.3332 2 3 1 38.77 1.40 2.3234 1 2 3 38.80 1.76 2.3216 -2 0 4 39.36 1.37 2.2903 -2 1 4 40.42 1.32 2.2322 -3 0 2 40.62 1.02 2.2216 0 2 4 40.81 2.10 2.2121 -1 3 4 40.97 1.99 2.2035 -2 2 4 41.21 3.15 2.1912 -1 6 1 41.47 3.08 2.1782 1 3 3 41.61 1.05 2.1714 -2 4 3 42.02 3.04 2.1509 -2 5 1 42.10 2.33 2.1470 2 2 2 42.27 1.89 2.1387 -1 5 3 42.35 3.37 2.1348 2 4 1 42.73 1.01 2.1167 1 5 2 42.98 1.50 2.1049 -2 5 2 42.99 3.31 2.1043 -3 1 3 43.31 8.19 2.0899 3 0 0 43.42 1.06 2.0847 0 5 3 44.40 2.14 2.0408 -1 4 4 45.02 1.53 2.0141 1 4 3 45.03 2.01 2.0136 -3 3 2 45.29 4.18 2.0025 -3 3 1 45.71 1.66 1.9853 -1 1 5 46.01 2.56 1.9732 1 0 4 46.44 4.88 1.9556 0 7 1 46.49 1.51 1.9538 1 1 4 46.63 2.48 1.9480 -3 0 4 47.10 2.44 1.9298 -2 1 5 47.11 4.94 1.9294 -3 1 4 47.15 1.04 1.9280 -1 2 5 47.68 2.46 1.9077 -1 6 3 47.75 1.93 1.9050 1 7 0 47.99 9.33 1.8960 2 4 2 48.37 1.04 1.8819 -3 4 2 48.45 1.75 1.8792 2 1 3 48.51 1.35 1.8770 -2 2 5 48.62 1.51 1.8728 -3 4 1 48.66 1.80 1.8715 2 6 0 49.47 1.32 1.8426 -1 3 5 50.17 1.23 1.8185 -3 4 3 50.79 1.05 1.7976 -3 3 4 51.21 2.87 1.7841 -2 6 3 51.84 1.04 1.7636 2 6 1 52.06 1.22 1.7568 2 3 3 52.29 3.97 1.7496 0 8 0 52.94 2.47 1.7298 -3 1 5 53.26 5.00 1.7199 0 8 1 53.30 1.78 1.7187 1 4 4 53.31 1.82 1.7184 -2 7 1 53.86 1.29 1.7023 -2 4 5 54.12 1.51 1.6947 -2 7 2 54.13 3.45 1.6944 -3 5 3 54.37 1.37 1.6874 -1 8 1 54.45 1.53 1.6852 1 8 0 54.62 2.81 1.6803 -4 0 2 55.08 1.54 1.6673 2 4 3 55.23 2.53 1.6630 -1 0 6 55.63 1.05 1.6522 0 4 5 55.68 1.04 1.6507 -4 1 3 55.87 2.16 1.6456 -2 6 4 56.77 1.89 1.6216 2 6 2 57.11 4.15 1.6128 -3 6 2 57.33 1.53 1.6071 -3 6 1 58.16 1.31 1.5861 -4 1 4 58.58 2.75 1.5756 2 2 4 58.75 2.04 1.5716 3 5 1 58.81 1.47 1.5701 2 5 3 59.15 2.12 1.5618 0 0 6 59.16 3.64 1.5617 -2 3 6 59.37 1.88 1.5566 3 6 0 59.55 1.10 1.5524 1 7 3 59.55 2.68 1.5522 0 1 6 60.14 5.67 1.5384 -3 1 6 60.60 2.22 1.5278 2 8 0 60.60 1.53 1.5280 2 3 4 60.91 2.35 1.5209 0 7 4 61.17 1.05 1.5151 -2 7 4 61.35 1.15 1.5111 -1 9 1 61.37 2.77 1.5104 -4 3 4 61.42 1.15 1.5095 1 9 0 62.53 1.02 1.4853 1 4 5 63.03 1.68 1.4747 -1 9 2 63.35 2.47 1.4680 2 4 4 63.38 1.41 1.4674 2 8 1 64.01 2.26 1.4544 4 1 1 64.11 1.68 1.4524 -4 4 4 65.21 4.12 1.4305 4 4 0 65.27 1.07 1.4293 -4 5 3 67.01 1.04 1.3964 -3 6 5 67.18 2.78 1.3932 2 9 0 67.66 1.26 1.3845 -4 0 6 69.28 2.08 1.3560 -2 9 3 69.80 1.06 1.3472 4 0 2 69.81 1.33 1.3469 2 9 1 70.10 2.02 1.3421 1 3 6 70.13 2.17 1.3416 3 8 0 70.36 2.29 1.3378 3 0 4 70.73 1.36 1.3317 3 1 4 71.00 1.55 1.3273 -4 3 6 71.15 1.23 1.3248 3 5 3 71.40 1.55 1.3207 -4 5 5 71.76 2.22 1.3150 1 9 3 73.24 1.17 1.2921 -2 10 1 73.55 1.13 1.2874 -4 4 6 73.74 1.15 1.2846 1 10 2 73.92 1.07 1.2819 -2 10 2 74.02 2.02 1.2804 2 9 2 74.17 1.52 1.2781 2 10 0 75.07 1.33 1.2650 -1 5 7 75.91 1.17 1.2531 1 5 6 76.05 1.88 1.2512 -2 1 8 76.14 2.00 1.2498 -5 4 2 76.78 1.78 1.2410 -4 5 6 77.53 1.07 1.2309 0 7 6 77.69 1.68 1.2288 4 1 3 77.98 1.57 1.2249 -4 3 7 78.05 2.02 1.2239 -3 7 6 78.24 1.08 1.2214 1 9 4 79.51 1.42 1.2051 -4 8 3 80.42 1.77 1.1937 -1 3 8 81.27 1.42 1.1835 5 1 1 83.22 1.05 1.1605 -3 9 5 83.22 1.05 1.1605 -3 9 5 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.