Vesuvianite Armbruster T, Gnos E American Mineralogist 85 (2000) 570-577 Tetrahedral vacancies and cation ordering in low-temperature Mn-bearing vesuvianites: Indication of a hydrogarnet-like substitution Sample: NC14-2 _database_code_amcsd 0002421 CELL PARAMETERS: 15.5710 15.5710 11.7890 90.000 90.000 90.000 SPACE GROUP: P4/n X-RAY WAVELENGTH: 1.541838 Cell Volume: 2858.314 Density (g/cm3): 3.435 MAX. ABS. INTENSITY / VOLUME**2: 7.963343397 RIR: 0.755 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 8.03 5.66 11.0104 1 1 0 4 9.41 2.53 9.3990 1 0 1 8 15.03 11.30 5.8945 0 0 2 2 16.10 1.25 5.5052 2 2 0 4 17.06 2.07 5.1967 1 1 2 8 18.02 1.39 4.9240 3 1 0 4 18.88 10.58 4.6995 2 0 2 8 19.73 2.61 4.4991 2 1 2 8 19.73 2.41 4.4991 1 2 2 8 21.92 1.36 4.0551 3 2 1 8 22.09 13.74 4.0233 2 2 2 8 22.84 4.62 3.8928 4 0 0 4 23.54 1.01 3.7790 1 3 2 8 24.25 1.22 3.6701 3 3 0 4 25.58 6.11 3.4818 2 4 0 4 25.58 5.96 3.4818 4 2 0 4 27.46 9.83 3.2483 4 0 2 8 29.07 4.45 3.0714 3 1 3 8 29.25 4.70 3.0537 5 1 0 4 29.25 4.56 3.0537 1 5 0 4 29.67 3.71 3.0109 3 4 1 8 29.67 4.96 3.0109 4 3 1 8 29.80 3.45 2.9979 2 4 2 8 29.80 4.86 2.9979 4 2 2 8 30.33 56.61 2.9472 0 0 4 2 30.76 3.23 2.9065 3 2 3 8 30.76 2.82 2.9065 2 3 3 8 31.42 2.69 2.8470 1 1 4 8 32.52 47.60 2.7535 3 4 2 8 32.52 52.24 2.7535 4 3 2 8 32.53 35.74 2.7526 4 4 0 4 33.56 1.63 2.6704 5 3 0 4 33.56 1.67 2.6704 3 5 0 4 34.41 2.62 2.6060 4 2 3 8 34.52 38.30 2.5983 2 2 4 8 34.55 38.90 2.5960 5 2 2 8 34.55 34.47 2.5960 2 5 2 8 35.50 3.52 2.5289 3 1 4 8 35.50 2.27 2.5289 1 3 4 8 35.90 1.41 2.5016 1 6 1 8 36.50 23.73 2.4620 6 2 0 4 36.50 26.23 2.4620 2 6 0 4 36.83 9.45 2.4407 5 0 3 8 36.92 1.83 2.4344 3 2 4 8 37.29 1.21 2.4113 5 1 3 8 37.77 1.39 2.3816 4 5 1 8 37.88 5.33 2.3752 6 0 2 8 38.31 12.26 2.3498 4 0 4 8 38.33 1.96 2.3480 6 1 2 8 38.33 2.54 2.3480 1 6 2 8 38.62 2.76 2.3312 1 0 5 8 38.66 1.63 2.3289 5 2 3 8 38.66 2.09 2.3289 2 5 3 8 38.76 3.07 2.3234 4 1 4 8 38.76 4.22 2.3234 1 4 4 8 39.20 3.80 2.2980 3 3 4 8 39.57 1.46 2.2775 6 3 1 8 39.57 2.90 2.2775 3 6 1 8 40.39 2.67 2.2333 2 1 5 8 40.39 1.29 2.2333 1 2 5 8 40.86 1.72 2.2087 5 3 3 8 40.86 2.23 2.2087 3 5 3 8 40.99 2.66 2.2021 7 1 0 4 40.99 4.77 2.2021 1 7 0 4 41.30 4.29 2.1859 7 0 1 8 41.73 2.42 2.1646 7 1 1 8 41.73 2.54 2.1646 1 7 1 8 42.09 2.32 2.1467 3 0 5 8 42.13 1.02 2.1449 6 1 3 8 42.22 1.76 2.1406 3 4 4 8 42.51 8.07 2.1266 3 1 5 8 42.51 6.36 2.1266 1 3 5 8 42.56 4.87 2.1240 6 4 1 8 42.56 5.91 2.1240 4 6 1 8 43.37 5.18 2.0863 2 6 3 8 43.37 2.64 2.0863 6 2 3 8 43.78 1.51 2.0679 5 4 3 8 43.78 1.86 2.0679 4 5 3 8 43.86 1.12 2.0640 2 5 4 8 43.89 2.21 2.0628 7 1 2 8 43.89 1.98 2.0628 1 7 2 8 44.30 4.78 2.0446 7 3 0 4 44.30 6.23 2.0446 3 7 0 4 44.69 3.67 2.0275 6 4 2 8 44.69 2.93 2.0275 4 6 2 8 45.00 2.66 2.0145 7 3 1 8 45.00 3.29 2.0145 3 7 1 8 45.38 4.92 1.9986 6 3 3 8 45.38 5.73 1.9986 3 6 3 8 46.18 2.70 1.9658 6 5 1 8 46.18 4.49 1.9658 5 6 1 8 47.02 1.31 1.9326 1 6 4 8 47.04 1.22 1.9317 7 3 2 8 47.04 1.47 1.9317 3 7 2 8 47.32 1.30 1.9210 7 1 3 8 47.32 2.96 1.9210 1 7 3 8 47.72 1.09 1.9059 7 4 1 8 47.72 1.07 1.9059 4 7 1 8 47.74 5.07 1.9051 2 0 6 8 48.12 2.41 1.8910 2 1 6 8 48.16 1.52 1.8895 2 6 4 8 48.19 2.85 1.8883 2 8 0 4 48.19 2.43 1.8883 8 2 0 4 48.42 1.16 1.8798 3 4 5 8 48.42 2.60 1.8798 5 0 5 8 48.80 1.52 1.8663 5 1 5 8 48.80 1.62 1.8663 1 5 5 8 50.77 1.11 1.7982 8 2 2 8 50.77 1.38 1.7982 2 8 2 8 51.83 4.87 1.7641 7 1 4 8 51.83 6.58 1.7641 1 7 4 8 51.83 1.11 1.7641 5 5 4 8 52.14 1.25 1.7541 4 0 6 8 52.21 1.24 1.7521 6 6 2 8 53.27 1.67 1.7195 9 1 0 4 53.27 1.77 1.7195 1 9 0 4 54.63 5.85 1.6799 7 3 4 8 54.63 7.25 1.6799 3 7 4 8 55.00 1.89 1.6696 8 4 2 8 55.00 1.81 1.6696 4 8 2 8 55.28 9.92 1.6617 3 4 6 8 55.28 14.23 1.6617 4 3 6 8 56.64 14.11 1.6251 5 2 6 8 56.64 11.46 1.6251 2 5 6 8 56.67 9.04 1.6242 8 0 4 8 56.70 18.19 1.6236 9 2 2 8 56.70 15.86 1.6236 2 9 2 8 58.30 1.10 1.5826 5 3 6 8 58.70 8.20 1.5729 7 7 0 4 58.96 1.28 1.5665 6 0 6 8 59.29 4.33 1.5586 6 1 6 8 59.29 5.74 1.5586 1 6 6 8 59.32 10.06 1.5578 6 6 4 8 59.98 1.36 1.5424 7 5 4 8 59.98 2.10 1.5424 5 7 4 8 60.24 1.01 1.5362 1 10 1 8 60.26 1.30 1.5357 6 2 6 8 60.26 1.11 1.5357 2 6 6 8 60.65 3.70 1.5269 10 2 0 4 60.65 3.09 1.5269 2 10 0 4 61.29 1.64 1.5124 5 9 0 4 61.29 2.05 1.5124 9 5 0 4 61.61 1.10 1.5055 10 0 2 8 61.87 1.02 1.4997 6 3 6 8 61.87 1.90 1.4997 3 6 6 8 61.90 5.01 1.4989 4 8 4 8 61.90 4.40 1.4989 8 4 4 8 61.92 1.91 1.4985 10 1 2 8 61.92 1.30 1.4985 1 10 2 8 63.09 5.50 1.4736 0 0 8 2 65.60 1.26 1.4232 10 2 3 8 67.50 10.90 1.3877 7 7 4 8 68.13 2.52 1.3763 8 8 0 4 68.74 2.07 1.3657 11 3 0 4 68.74 1.66 1.3657 3 11 0 4 69.33 1.01 1.3554 11 2 2 8 69.91 5.75 1.3456 9 5 4 8 69.91 4.95 1.3456 5 9 4 8 71.02 1.32 1.3272 1 5 8 8 71.02 1.10 1.3272 5 1 8 8 72.80 5.98 1.2992 4 4 8 8 72.89 3.49 1.2977 11 4 2 8 72.89 3.97 1.2977 4 11 2 8 74.01 4.07 1.2808 9 2 6 8 74.01 4.82 1.2808 2 9 6 8 74.63 1.84 1.2717 1 11 4 8 74.63 1.65 1.2717 11 1 4 8 75.14 3.02 1.2644 6 2 8 8 75.14 3.02 1.2644 2 6 8 8 75.23 1.07 1.2631 12 1 2 8 78.05 1.56 1.2243 12 4 1 8 78.05 1.40 1.2243 4 12 1 8 87.76 1.66 1.1122 14 0 0 4 88.30 1.38 1.1068 7 11 4 8 88.30 1.20 1.1068 11 7 4 8 88.30 1.04 1.1068 1 13 4 8 88.73 2.39 1.1025 4 3 10 8 88.73 2.03 1.1025 3 4 10 8 88.83 2.26 1.1016 4 11 6 8 88.83 2.40 1.1016 11 4 6 8 89.85 2.22 1.0917 5 2 10 8 89.85 1.98 1.0917 2 5 10 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.