Pargasite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R070003 Raudsepp M, Turnock A C, Hawthorne F C, Sherriff B L, Hartman J S American Mineralogist 72 (1987) 580-593 Characterization of synthetic pargasitic amphiboles (NaCa2Mg4M3+Si6Al2O22(OH,F)2; M3+ = Al,Cr,Ga,Sc,In) by infrared spectroscopy, Rietveld structure refinement, and 27Al, 29Si, and 19F MAS NMR spectroscopy Sample: FScPA-A3 CELL PARAMETERS: 9.911920 18.10289 5.314159 90.00000 105.0038 90.00000 SPACE GROUP: C2/m X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 9.78 27.40 9.0514 0 2 0 10.46 46.39 8.4633 1 1 0 17.28 1.31 5.1330 0 0 1 17.37 2.85 5.1049 1 3 0 18.04 19.65 4.9160 -1 1 1 19.61 21.36 4.5257 0 4 0 19.88 1.44 4.4650 0 2 1 20.99 2.96 4.2317 2 2 0 22.21 5.57 4.0016 1 1 1 22.80 11.79 3.8987 -1 3 1 26.26 82.62 3.3930 1 3 1 27.11 52.67 3.2887 2 4 0 28.39 76.09 3.1429 3 1 0 29.28 4.21 3.0488 -3 1 1 30.25 6.67 2.9538 -1 5 1 30.28 50.57 2.9505 2 2 1 31.70 19.73 2.8211 3 3 0 32.52 45.12 2.7524 -3 3 1 32.98 100.00 2.7148 1 5 1 34.47 60.41 2.6011 0 6 1 34.94 11.27 2.5665 0 0 2 35.12 79.23 2.5539 -2 0 2 35.14 1.08 2.5525 2 6 0 36.37 1.87 2.4692 0 2 2 36.54 2.45 2.4580 -2 2 2 37.09 4.09 2.4227 -2 6 1 37.09 1.98 2.4228 -4 0 1 37.55 9.59 2.3941 3 5 0 38.25 37.84 2.3517 -3 5 1 38.45 20.54 2.3404 -4 2 1 39.02 27.03 2.3073 -1 7 1 39.23 14.94 2.2951 -3 1 2 39.81 3.96 2.2633 3 3 1 40.38 2.44 2.2325 0 4 2 40.54 8.06 2.2242 -2 4 2 41.24 3.23 2.1878 1 7 1 41.61 42.35 2.1692 2 6 1 41.79 4.81 2.1604 -3 3 2 42.16 5.44 2.1421 -1 5 2 44.12 20.86 2.0515 2 0 2 44.56 18.91 2.0324 -4 0 2 44.75 19.93 2.0243 3 5 1 45.10 5.05 2.0092 3 7 0 45.30 1.77 2.0008 2 2 2 45.71 1.97 1.9840 -3 7 1 46.09 8.84 1.9685 1 9 0 46.56 4.29 1.9497 -3 5 2 46.91 1.46 1.9358 4 2 1 47.74 9.52 1.9042 5 1 0 48.14 2.55 1.8891 -4 6 1 48.62 7.83 1.8715 -1 9 1 48.62 1.65 1.8716 -5 3 1 48.71 4.23 1.8685 2 4 2 49.13 4.82 1.8532 -1 7 2 49.11 4.93 1.8541 -4 4 2 49.94 3.67 1.8251 5 3 0 50.38 2.99 1.8103 0 10 0 51.35 2.30 1.7782 3 1 2 51.87 5.62 1.7616 -5 1 2 53.65 2.91 1.7072 0 10 1 53.45 1.94 1.7133 3 3 2 53.84 1.88 1.7016 3 9 0 54.12 6.86 1.6937 -2 8 2 54.07 1.11 1.6952 -3 1 3 54.13 2.43 1.6933 2 10 0 54.10 10.48 1.6943 -1 3 3 54.38 2.70 1.6862 -3 9 1 54.55 8.55 1.6812 0 2 3 55.44 33.55 1.6563 4 6 1 55.88 8.53 1.6443 4 8 0 56.72 13.34 1.6219 1 11 0 57.74 5.33 1.5957 6 0 0 58.10 27.52 1.5868 -1 5 3 58.94 1.26 1.5659 2 10 1 58.92 2.76 1.5664 -5 7 1 58.72 1.71 1.5714 6 2 0 59.17 9.41 1.5605 4 0 2 59.76 14.06 1.5465 -6 0 2 60.09 1.17 1.5389 5 7 0 60.13 1.28 1.5378 4 2 2 60.77 6.13 1.5233 1 9 2 60.84 30.65 1.5217 -2 6 3 61.00 2.79 1.5180 -3 9 2 61.26 4.29 1.5121 -4 8 2 61.42 15.89 1.5086 0 12 0 61.44 6.15 1.5081 5 5 1 62.89 1.94 1.4769 -2 10 2 63.03 1.77 1.4738 1 5 3 62.96 2.40 1.4753 4 4 2 63.05 2.55 1.4734 2 2 3 63.57 5.56 1.4627 3 11 0 63.53 2.72 1.4634 -6 4 2 63.80 3.95 1.4580 -1 7 3 64.05 2.27 1.4529 -3 11 1 64.18 1.19 1.4502 -4 10 1 64.32 1.01 1.4474 0 12 1 64.32 41.98 1.4474 -6 6 1 64.50 1.35 1.4438 4 10 0 64.80 2.60 1.4378 -5 3 3 65.61 1.29 1.4221 -3 7 3 65.99 1.27 1.4148 -4 6 3 66.47 1.20 1.4056 6 2 1 68.42 5.87 1.3703 -5 5 3 68.45 13.86 1.3698 5 1 2 68.79 2.27 1.3638 7 1 0 69.49 1.28 1.3518 -4 10 2 69.91 6.94 1.3447 1 11 2 70.12 5.28 1.3411 -3 11 2 70.29 7.29 1.3383 2 6 3 70.22 3.58 1.3394 5 3 2 70.87 3.67 1.3288 -5 9 2 70.99 1.46 1.3268 -1 9 3 71.50 1.09 1.3187 1 13 1 71.50 8.63 1.3187 -7 5 1 71.78 6.82 1.3141 -1 1 4 72.00 2.01 1.3107 -3 1 4 72.65 5.43 1.3005 0 12 2 72.76 15.36 1.2989 -2 12 2 72.71 1.70 1.2996 -3 9 3 73.52 1.91 1.2873 -1 3 4 73.74 1.93 1.2841 -3 3 4 73.54 2.94 1.2870 6 6 1 73.79 3.02 1.2832 0 0 4 73.72 1.30 1.2844 5 5 2 74.21 5.42 1.2770 -4 0 4 74.23 1.28 1.2768 -6 8 2 76.57 1.52 1.2435 0 10 3 77.31 1.16 1.2334 -1 13 2 77.40 3.08 1.2322 -2 14 1 78.37 1.11 1.2193 -6 10 1 79.47 9.22 1.2052 -5 11 2 80.14 2.43 1.1968 8 0 0 81.87 1.08 1.1758 -6 10 2 82.35 1.57 1.1702 -8 4 2 82.68 5.43 1.1663 2 0 4 83.42 2.16 1.1578 1 15 1 83.94 2.47 1.1520 2 10 3 83.86 1.35 1.1528 4 6 3 85.55 1.57 1.1344 5 9 2 85.87 4.05 1.1310 7 9 0 86.32 1.76 1.1262 5 13 0 86.84 3.43 1.1209 -6 4 4 87.41 1.90 1.1150 -7 7 3 87.10 1.55 1.1182 5 3 3 88.41 1.26 1.1049 0 16 1 88.69 1.35 1.1022 -1 9 4 89.08 1.16 1.0984 3 13 2 89.49 1.82 1.0944 3 1 4 89.49 1.82 1.0944 3 1 4 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.