Microcline Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern R050150 Blasi A, De Pol Blasi C, Zanazzi P F The Canadian Mineralogist 25 (1987) 527-537 A re-examination of the Pellotsalo microcline: Mineralogical implications and genetic considerations CELL PARAMETERS: 8.568087 12.95568 7.217602 90.79247 115.9459 87.63697 SPACE GROUP: C-1 X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 13.15 7.38 6.7336 1 1 0 13.62 1.22 6.5059 -1 1 0 13.65 5.44 6.4901 0 0 1 13.69 6.28 6.4723 0 2 0 14.93 8.84 5.9338 -1 -1 1 15.29 4.39 5.7979 -1 1 1 19.32 4.12 4.5936 0 2 1 21.06 83.04 4.2176 -2 0 1 22.35 20.45 3.9780 1 1 1 22.67 8.87 3.9228 1 -1 1 23.10 7.02 3.8493 2 0 0 23.23 46.63 3.8284 1 3 0 24.03 46.64 3.7027 -1 3 0 24.34 15.21 3.6564 -1 -3 1 24.73 13.74 3.5998 -2 -2 1 25.00 6.71 3.5615 -1 3 1 25.54 38.88 3.4873 -1 -1 2 25.66 1.80 3.4709 -2 2 1 25.72 30.17 3.4637 -1 1 2 26.47 66.33 3.3668 2 2 0 27.10 73.70 3.2893 -2 0 2 27.41 61.09 3.2530 -2 2 0 27.48 100.00 3.2450 0 0 2 27.56 41.58 3.2361 0 4 0 29.50 33.01 3.0269 1 3 1 30.11 6.48 2.9669 -2 -2 2 30.24 41.32 2.9550 1 -3 1 30.76 7.86 2.9063 0 2 2 30.81 18.75 2.9015 0 4 1 30.84 3.29 2.8989 -2 2 2 30.87 5.90 2.8954 0 -2 2 30.93 13.57 2.8907 0 -4 1 32.12 10.25 2.7859 -1 -3 2 32.43 1.44 2.7599 -3 1 1 32.55 15.30 2.7501 -1 3 2 34.20 10.56 2.6206 -3 -1 2 34.24 20.89 2.6183 -2 -4 1 34.34 1.05 2.6104 2 2 1 34.72 14.03 2.5831 -3 1 2 34.95 9.56 2.5665 1 1 2 35.14 3.11 2.5525 2 -2 1 35.19 3.88 2.5497 1 -1 2 35.38 5.71 2.5362 3 1 0 35.52 1.96 2.5262 2 4 0 35.62 26.16 2.5194 -2 4 1 35.93 6.33 2.4986 -3 1 0 36.93 7.94 2.4330 -1 -5 1 36.97 2.81 2.4307 -2 4 0 37.06 10.01 2.4250 -3 -3 1 37.69 3.76 2.3859 -1 5 1 38.55 5.18 2.3343 -3 3 1 38.55 3.57 2.3342 -1 -1 3 38.65 4.22 2.3285 -1 1 3 39.16 1.82 2.2997 -3 -3 2 40.51 1.46 2.2256 -3 3 2 40.61 2.34 2.2204 1 5 1 41.54 2.92 2.1729 1 -5 1 41.87 11.52 2.1566 2 4 1 41.85 28.81 2.1574 0 6 0 42.75 4.54 2.1144 -4 0 1 42.87 6.20 2.1088 -4 0 2 43.22 4.32 2.0922 2 -4 1 43.54 1.37 2.0779 3 1 1 43.62 2.72 2.0740 2 0 2 44.02 1.82 2.0561 3 -1 1 44.15 2.45 2.0501 0 6 1 44.29 4.30 2.0444 0 -6 1 44.64 5.50 2.0290 -4 -2 2 45.59 8.41 1.9890 2 2 2 45.76 12.08 1.9819 -4 2 2 45.86 2.93 1.9779 -3 -3 3 46.27 6.50 1.9614 2 -2 2 46.37 2.84 1.9572 -3 -5 1 46.99 1.06 1.9326 -3 3 3 47.20 14.57 1.9246 4 0 0 47.47 1.03 1.9142 2 6 0 47.53 8.66 1.9120 -4 0 3 48.11 1.95 1.8904 -2 6 1 48.44 1.43 1.8781 -3 5 1 48.81 1.31 1.8649 4 2 0 48.84 5.37 1.8637 1 1 3 48.97 2.52 1.8593 3 5 0 48.96 1.19 1.8594 3 -3 1 49.12 1.37 1.8537 1 5 2 49.05 4.08 1.8565 1 -1 3 49.19 2.67 1.8513 -2 6 0 49.19 1.10 1.8512 -4 -2 3 49.85 1.47 1.8282 -2 -6 2 49.94 1.49 1.8254 -4 2 0 50.62 4.64 1.8024 0 4 3 50.55 4.04 1.8047 -4 -4 1 50.57 28.05 1.8039 -2 0 4 50.68 5.14 1.8005 0 6 2 50.69 2.18 1.7999 -4 -4 2 50.85 7.03 1.7946 0 -4 3 50.91 7.32 1.7927 0 -6 2 51.06 1.71 1.7879 -3 5 0 51.28 3.51 1.7807 -2 6 2 51.75 2.73 1.7656 2 4 2 52.65 3.45 1.7374 -4 4 1 52.72 1.30 1.7355 -4 4 2 52.74 1.72 1.7347 -1 -1 4 52.98 2.11 1.7274 2 -4 2 53.41 1.34 1.7146 1 -3 3 53.99 2.99 1.6975 -3 -5 3 54.35 1.36 1.6870 -5 1 2 55.48 4.29 1.6553 3 5 1 55.51 2.56 1.6545 -1 -7 2 55.67 4.32 1.6501 -3 5 3 56.16 1.47 1.6369 -1 7 2 56.87 2.72 1.6181 0 8 0 56.91 1.56 1.6170 -5 1 3 57.38 3.95 1.6050 -4 -2 4 57.50 4.17 1.6020 3 -5 1 58.24 3.90 1.5832 -4 2 4 58.55 3.70 1.5756 0 2 4 58.70 4.22 1.5721 0 -2 4 58.85 1.53 1.5683 0 -8 1 59.43 1.34 1.5544 2 -2 3 59.58 5.45 1.5508 -5 -3 3 59.94 5.18 1.5424 -4 -6 1 60.43 1.02 1.5309 1 5 3 60.73 1.69 1.5241 0 -6 3 61.23 14.88 1.5129 2 8 0 61.27 3.92 1.5121 -5 3 3 62.55 1.30 1.4841 -5 -1 4 62.76 4.95 1.4797 -4 6 1 63.08 3.53 1.4729 -5 1 4 63.16 11.62 1.4712 -2 8 0 63.29 2.20 1.4685 5 3 0 63.28 1.11 1.4687 -2 -8 2 63.46 1.47 1.4650 4 6 0 63.56 1.77 1.4629 -1 -7 3 63.88 4.12 1.4563 1 1 4 64.04 1.87 1.4531 -1 7 3 64.08 6.55 1.4524 2 4 3 63.89 2.19 1.4562 -4 -6 3 63.95 1.09 1.4550 -5 -5 2 64.16 1.71 1.4508 0 8 2 64.07 1.43 1.4525 1 -1 4 65.07 2.01 1.4325 -5 3 0 65.22 4.86 1.4296 2 -4 3 65.45 8.67 1.4252 -6 0 2 66.29 1.22 1.4091 -4 6 0 66.39 8.50 1.4072 4 0 2 66.33 1.12 1.4084 -5 -5 3 66.57 2.06 1.4039 -1 9 0 66.72 1.73 1.4011 -5 5 2 67.01 3.50 1.3957 -4 0 5 67.26 1.16 1.3911 1 3 4 67.16 2.53 1.3929 -2 -6 4 67.95 1.19 1.3787 -6 0 1 68.15 1.66 1.3751 -2 6 4 68.17 1.65 1.3748 -1 1 5 68.39 2.57 1.3710 -4 -2 5 68.97 1.82 1.3608 -5 5 3 69.02 2.39 1.3598 -6 -2 1 70.07 2.76 1.3421 -1 -9 2 70.36 1.26 1.3373 -6 2 1 70.80 3.92 1.3300 -1 9 2 70.93 3.20 1.3279 -6 0 4 71.47 1.49 1.3191 5 3 1 71.66 2.64 1.3162 -1 3 5 71.56 4.14 1.3177 -1 -3 5 71.67 1.42 1.3160 -2 -4 5 71.95 1.74 1.3115 -4 -8 1 72.25 1.05 1.3069 -2 4 5 72.10 4.83 1.3091 -4 -8 2 72.38 3.44 1.3048 2 0 4 72.35 2.16 1.3052 -5 1 5 72.71 1.11 1.2997 0 6 4 73.05 1.68 1.2945 0 10 0 73.28 5.93 1.2909 2 8 2 73.09 1.07 1.2938 0 -6 4 73.20 1.30 1.2922 5 -3 1 73.16 1.33 1.2928 0 -8 3 73.17 1.07 1.2926 -4 -4 5 73.51 2.20 1.2876 -6 -4 1 73.70 2.22 1.2846 -3 -9 2 73.80 2.75 1.2831 6 0 0 73.86 1.35 1.2822 -5 -7 2 74.64 2.29 1.2709 -4 4 5 74.59 1.25 1.2715 0 -2 5 74.78 2.40 1.2687 -5 -3 5 74.90 2.50 1.2670 -3 -5 5 75.41 7.92 1.2597 -4 8 2 75.31 7.02 1.2611 2 -8 2 76.17 1.64 1.2491 -3 5 5 76.10 1.76 1.2500 -6 4 1 76.20 1.43 1.2486 -5 3 5 78.59 1.09 1.2165 -6 0 5 79.36 1.49 1.2067 0 4 5 79.28 1.08 1.2076 3 -5 3 79.85 1.16 1.2004 0 -10 2 80.45 2.15 1.1929 -2 10 2 80.74 1.08 1.1894 -2 6 5 81.03 2.09 1.1860 -7 -3 3 81.62 1.15 1.1788 4 8 1 82.34 2.87 1.1703 -4 -8 4 84.27 2.75 1.1484 0 8 4 84.75 2.34 1.1430 0 -8 4 85.29 2.28 1.1372 -4 8 4 85.43 2.61 1.1357 4 4 3 86.55 1.10 1.1238 -5 -9 2 87.32 2.27 1.1159 4 -4 3 87.59 1.29 1.1131 -1 -9 4 88.96 1.13 1.0995 7 1 0 89.86 1.71 1.0908 1 5 5 89.71 1.21 1.0923 -7 1 0 89.71 1.21 1.0923 -7 1 0 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.