Vesuvianite Fitzgerald S, Leavens P B, Rheingold A L, Nelen J A American Mineralogist 72 (1987) 625-628 Crystal structure of a REE-bearing vesuvianite from San Benito County, California _database_code_amcsd 0001092 CELL PARAMETERS: 15.7990 15.7990 11.9170 90.000 90.000 90.000 SPACE GROUP: P4/n X-RAY WAVELENGTH: 1.541838 Cell Volume: 2974.583 Density (g/cm3): 3.849 MAX. ABS. INTENSITY / VOLUME**2: 11.38857618 RIR: 0.963 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 7.91 73.59 11.1716 1 1 0 4 10.86 4.10 8.1503 1 1 1 8 11.20 7.05 7.8995 2 0 0 4 13.45 2.43 6.5843 2 0 1 8 14.57 20.27 6.0776 2 1 1 8 14.57 9.25 6.0776 1 2 1 8 14.87 18.28 5.9585 0 0 2 2 15.90 1.83 5.5752 1 0 2 8 16.86 8.20 5.2574 1 1 2 8 17.75 3.80 4.9961 1 3 0 4 18.42 1.51 4.8169 3 0 1 8 18.65 1.13 4.7570 2 0 2 8 19.26 2.62 4.6075 3 1 1 8 19.26 17.38 4.6075 1 3 1 8 19.49 6.63 4.5550 1 2 2 8 21.61 15.12 4.1126 2 3 1 8 21.61 11.24 4.1126 3 2 1 8 21.81 11.70 4.0751 2 2 2 8 22.51 2.00 3.9497 4 0 0 4 23.09 3.09 3.8524 1 0 3 8 23.23 1.06 3.8284 3 1 2 8 23.73 2.88 3.7492 4 0 1 8 23.77 1.05 3.7428 1 1 3 8 24.40 2.82 3.6479 4 1 1 8 24.40 8.03 3.6479 1 4 1 8 25.21 7.40 3.5328 2 4 0 4 25.21 9.98 3.5328 4 2 0 4 25.23 8.56 3.5301 2 3 2 8 25.73 5.31 3.4626 2 1 3 8 25.73 2.48 3.4626 1 2 3 8 26.31 5.83 3.3871 4 2 1 8 26.31 2.41 3.3871 2 4 1 8 27.09 6.25 3.2921 4 0 2 8 27.68 5.03 3.2229 4 1 2 8 27.68 13.44 3.2229 1 4 2 8 28.14 3.05 3.1713 3 0 3 8 28.81 10.12 3.0984 5 1 0 4 29.24 2.89 3.0543 4 3 1 8 29.24 2.87 3.0543 3 4 1 8 29.39 1.08 3.0388 2 4 2 8 29.79 1.33 2.9987 1 5 1 8 29.99 67.10 2.9792 0 0 4 2 30.37 13.31 2.9430 3 2 3 8 30.37 14.29 2.9430 2 3 3 8 31.07 11.94 2.8786 1 1 4 8 31.40 1.66 2.8487 5 2 1 8 31.95 1.41 2.8008 4 0 3 8 32.05 18.12 2.7929 4 4 0 4 32.06 58.14 2.7916 4 3 2 8 32.06 37.88 2.7916 3 4 2 8 32.11 1.70 2.7876 2 0 4 8 32.47 2.39 2.7578 4 1 3 8 32.47 5.53 2.7578 1 4 3 8 32.94 4.09 2.7192 4 4 1 8 33.93 5.79 2.6421 5 3 1 8 33.93 2.65 2.6421 3 5 1 8 34.06 44.85 2.6321 5 2 2 8 34.06 55.15 2.6321 2 5 2 8 34.11 23.27 2.6287 2 2 4 8 35.07 1.03 2.5588 3 1 4 8 35.37 3.54 2.5378 6 1 1 8 35.95 25.80 2.4980 6 2 0 4 35.95 25.78 2.4980 2 6 0 4 36.33 13.46 2.4729 5 0 3 8 36.79 1.32 2.4431 5 1 3 8 37.21 1.09 2.4161 5 4 1 8 37.34 4.87 2.4085 6 0 2 8 37.82 11.11 2.3785 4 0 4 8 38.13 3.37 2.3599 5 2 3 8 38.13 2.00 2.3599 2 5 3 8 38.19 2.35 2.3567 1 0 5 8 38.27 4.38 2.3520 4 1 4 8 38.27 4.77 2.3520 1 4 4 8 38.71 4.18 2.3264 3 3 4 8 38.98 1.59 2.3105 6 3 1 8 38.98 1.19 2.3105 3 6 1 8 39.44 2.11 2.2847 4 4 3 8 39.92 6.60 2.2584 1 2 5 8 40.29 6.09 2.2384 5 3 3 8 40.29 2.72 2.2384 3 5 3 8 40.37 7.73 2.2343 7 1 0 4 40.37 3.98 2.2343 1 7 0 4 40.69 5.34 2.2176 7 0 1 8 41.10 3.27 2.1961 7 1 1 8 41.20 2.72 2.1909 6 4 0 4 41.20 2.18 2.1909 4 6 0 4 41.54 3.24 2.1739 1 6 3 8 41.67 1.66 2.1677 4 3 4 8 41.67 1.46 2.1677 3 4 4 8 41.93 9.50 2.1548 6 4 1 8 41.93 2.10 2.1548 4 6 1 8 42.00 9.54 2.1512 3 1 5 8 42.00 13.47 2.1512 1 3 5 8 42.07 2.14 2.1475 5 1 4 8 42.76 3.82 2.1147 6 2 3 8 42.76 3.99 2.1147 2 6 3 8 43.16 1.68 2.0960 5 4 3 8 43.16 1.57 2.0960 4 5 3 8 43.25 2.36 2.0921 7 1 2 8 43.25 2.02 2.0921 1 7 2 8 43.28 2.28 2.0904 5 2 4 8 43.28 2.62 2.0904 2 5 4 8 43.63 9.42 2.0745 7 3 0 4 43.63 5.77 2.0745 3 7 0 4 44.32 3.54 2.0438 7 3 1 8 44.73 4.36 2.0259 6 3 3 8 44.73 4.15 2.0259 3 6 3 8 45.24 1.11 2.0045 3 5 4 8 45.24 1.71 2.0045 5 3 4 8 45.48 5.39 1.9943 6 5 1 8 45.48 3.16 1.9943 5 6 1 8 45.68 1.11 1.9862 0 0 6 2 45.93 3.03 1.9758 4 2 5 8 45.93 1.36 1.9758 2 4 5 8 46.34 2.05 1.9592 7 3 2 8 46.34 1.80 1.9592 3 7 2 8 46.38 1.38 1.9578 6 1 4 8 46.38 1.43 1.9578 1 6 4 8 46.64 3.06 1.9474 7 1 3 8 46.99 1.58 1.9337 8 1 1 8 47.18 2.56 1.9262 2 0 6 8 47.45 3.75 1.9159 2 8 0 4 47.45 2.79 1.9159 8 2 0 4 47.50 2.00 1.9142 6 2 4 8 47.50 2.24 1.9142 2 6 4 8 47.76 1.18 1.9045 2 7 3 8 47.80 1.86 1.9028 5 0 5 8 48.17 1.47 1.8891 5 1 5 8 48.17 2.02 1.8891 1 5 5 8 48.93 2.90 1.8615 8 1 2 8 48.93 1.39 1.8615 1 8 2 8 49.38 1.29 1.8457 1 3 6 8 49.91 1.23 1.8273 8 3 1 8 49.91 1.04 1.8273 3 8 1 8 50.26 1.59 1.8152 7 5 1 8 50.33 1.11 1.8130 4 4 5 8 50.64 1.12 1.8026 6 5 3 8 51.03 3.55 1.7896 5 3 5 8 51.03 1.78 1.7896 3 5 5 8 51.10 7.53 1.7875 7 1 4 8 51.10 4.40 1.7875 1 7 4 8 51.10 1.43 1.7875 5 5 4 8 51.50 1.85 1.7744 4 0 6 8 51.75 1.14 1.7664 8 4 0 4 51.75 1.11 1.7664 4 8 0 4 52.04 1.37 1.7574 8 1 3 8 52.36 1.36 1.7473 4 8 1 8 52.45 1.13 1.7447 9 1 0 4 52.45 1.45 1.7447 1 9 0 4 52.71 1.60 1.7367 9 0 1 8 53.11 1.35 1.7244 6 2 5 8 53.11 1.48 1.7244 2 6 5 8 53.85 8.09 1.7024 7 3 4 8 53.85 5.01 1.7024 3 7 4 8 54.07 1.64 1.6962 6 7 1 8 54.07 1.48 1.6962 2 9 1 8 54.16 1.77 1.6935 8 4 2 8 54.16 1.69 1.6935 4 8 2 8 54.19 3.60 1.6926 1 0 7 8 54.57 12.33 1.6816 4 3 6 8 54.57 8.25 1.6816 3 4 6 8 54.76 1.28 1.6764 8 3 3 8 54.76 1.08 1.6764 3 8 3 8 55.52 2.55 1.6551 1 2 7 8 55.73 2.91 1.6493 9 3 1 8 55.73 2.50 1.6493 3 9 1 8 55.82 14.89 1.6469 9 2 2 8 55.82 14.13 1.6469 2 9 2 8 55.85 5.61 1.6461 8 0 4 8 55.90 11.81 1.6447 5 2 6 8 55.90 13.84 1.6447 2 5 6 8 57.10 1.61 1.6130 6 4 5 8 57.39 1.43 1.6056 9 0 3 8 57.43 1.16 1.6046 2 7 5 8 57.77 6.75 1.5959 7 7 0 4 58.45 13.83 1.5789 6 6 4 8 58.50 1.25 1.5777 1 6 6 8 58.67 1.26 1.5735 7 6 3 8 58.67 3.12 1.5735 6 7 3 8 58.67 2.04 1.5735 2 9 3 8 59.09 1.21 1.5634 5 7 4 8 59.29 2.41 1.5586 10 1 1 8 59.69 2.93 1.5492 10 2 0 4 59.69 2.47 1.5492 2 10 0 4 60.24 1.50 1.5363 2 10 1 8 60.32 1.14 1.5345 5 9 0 4 60.32 3.45 1.5345 9 5 0 4 60.98 1.24 1.5194 8 4 4 8 60.98 1.17 1.5194 4 8 4 8 62.33 4.78 1.4896 0 0 8 2 63.03 1.73 1.4748 7 8 1 8 63.66 1.82 1.4618 10 1 3 8 64.57 1.42 1.4433 2 10 3 8 65.56 1.01 1.4238 6 1 7 8 66.46 10.42 1.4068 7 7 4 8 67.02 1.37 1.3964 8 8 0 4 67.05 2.18 1.3958 10 0 4 8 67.26 2.28 1.3920 8 7 3 8 67.26 3.47 1.3920 7 8 3 8 68.77 1.72 1.3651 9 3 5 8 68.77 1.66 1.3651 3 9 5 8 68.82 6.17 1.3642 9 5 4 8 68.82 2.54 1.3642 5 9 4 8 69.37 1.30 1.3548 6 10 0 4 69.37 1.17 1.3548 10 6 0 4 70.09 2.44 1.3425 5 1 8 8 70.28 2.23 1.3395 2 7 7 8 71.68 1.20 1.3166 12 0 0 4 71.69 5.71 1.3164 11 4 2 8 71.69 3.71 1.3164 4 11 2 8 71.82 1.51 1.3144 4 4 8 8 72.91 3.23 1.2975 9 2 6 8 72.91 3.29 1.2975 2 9 6 8 73.98 1.67 1.2813 1 12 2 8 74.07 1.42 1.2799 1 3 9 8 74.11 2.00 1.2794 6 2 8 8 74.11 2.02 1.2794 2 6 8 8 75.98 1.14 1.2525 3 8 7 8 75.98 1.36 1.2525 8 3 7 8 76.72 1.21 1.2422 12 4 1 8 76.72 3.52 1.2422 4 12 1 8 76.89 1.26 1.2399 4 2 9 8 80.69 1.41 1.1908 12 5 2 8 80.69 1.31 1.1908 5 12 2 8 83.75 1.23 1.1550 10 1 7 8 84.00 1.14 1.1522 9 10 2 8 84.00 1.02 1.1522 10 9 2 8 86.18 2.41 1.1285 14 0 0 4 86.76 2.57 1.1224 1 13 4 8 86.76 1.13 1.1224 13 1 4 8 86.76 1.50 1.1224 11 7 4 8 86.76 1.23 1.1224 7 11 4 8 87.03 1.06 1.1196 7 8 7 8 87.35 1.98 1.1164 4 11 6 8 87.35 2.93 1.1164 11 4 6 8 87.48 2.07 1.1150 4 3 10 8 87.48 1.22 1.1150 3 4 10 8 88.35 1.49 1.1063 4 12 5 8 88.57 1.84 1.1041 2 5 10 8 88.57 1.68 1.1041 5 2 10 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.