Wakabayashilite Bindi L, Bonazzi P, Zoppi M, Spry P G Mineralogical Magazine 78 (2014) 693-702 Chemical variability in wakabayashilite: a real feature or an analytical artifact Note: Sample JR1 Locality: Jas Roux, Hautes-Alpes, France _database_code_amcsd 0020479 CELL PARAMETERS: 25.2970 14.5420 6.4930 90.000 90.000 90.000 SPACE GROUP: Pna2_1 X-RAY WAVELENGTH: 1.541838 Cell Volume: 2388.573 Density (g/cm3): 3.351 MAX. ABS. INTENSITY / VOLUME**2: 8.235818904 RIR: 0.800 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 6.99 8.60 12.6485 2 0 0 2 7.01 2.96 12.6074 1 1 0 4 12.17 1.60 7.2710 0 2 0 2 12.67 9.68 6.9881 1 2 0 4 14.00 60.02 6.3243 4 0 0 2 14.05 98.97 6.3037 2 2 0 4 15.28 6.63 5.7995 4 1 0 4 15.34 21.71 5.7764 2 0 1 2 15.35 46.24 5.7724 1 1 1 4 16.10 16.13 5.5066 3 2 0 4 18.57 22.86 4.7785 5 1 0 4 18.59 20.63 4.7718 4 2 0 4 18.64 24.67 4.7607 1 3 0 4 19.59 7.82 4.5304 4 0 1 2 19.61 23.00 4.5263 2 3 0 4 19.63 14.73 4.5228 2 2 1 4 20.53 3.77 4.3254 4 1 1 4 21.07 1.50 4.2162 6 0 0 2 21.14 4.31 4.2025 3 3 0 4 21.16 3.00 4.1996 3 2 1 4 21.40 2.80 4.1529 5 2 0 4 21.95 24.72 4.0494 6 1 0 4 22.90 8.26 3.8843 0 3 1 2 23.11 23.17 3.8486 5 1 1 4 23.12 24.68 3.8472 4 3 0 4 23.13 22.17 3.8451 4 2 1 4 23.17 21.26 3.8393 1 3 1 4 23.97 8.10 3.7131 2 3 1 4 24.40 2.37 3.6473 6 2 0 4 24.74 12.32 3.5985 1 4 0 4 25.18 16.49 3.5361 6 0 1 2 25.24 25.10 3.5280 3 3 1 4 25.40 29.77 3.5072 7 1 0 4 25.45 20.43 3.5002 5 3 0 4 25.46 19.25 3.4985 5 2 1 4 25.49 22.06 3.4940 2 4 0 4 25.93 19.61 3.4360 6 1 1 4 26.70 20.95 3.3384 3 4 0 4 26.94 9.62 3.3099 4 3 1 4 27.47 100.00 3.2465 0 0 2 1 27.56 2.14 3.2362 7 2 0 4 28.05 28.16 3.1812 6 3 0 4 28.22 2.18 3.1621 8 0 0 2 28.32 2.21 3.1518 4 4 0 4 28.36 9.11 3.1475 1 4 1 4 28.38 10.93 3.1446 2 0 2 2 28.39 10.69 3.1439 1 1 2 4 28.90 31.31 3.0899 8 1 0 4 28.93 24.58 3.0858 7 1 1 4 28.98 29.21 3.0810 5 3 1 4 29.02 27.45 3.0768 2 4 1 4 30.10 4.12 2.9690 3 4 1 4 30.13 11.19 2.9660 3 1 2 4 30.15 11.19 2.9644 0 2 2 2 30.27 4.22 2.9523 5 4 0 4 30.36 7.45 2.9443 1 2 2 4 30.84 2.75 2.8998 8 2 0 4 30.95 1.95 2.8894 1 5 0 4 30.96 18.51 2.8882 4 0 2 2 30.98 23.87 2.8862 2 2 2 4 31.31 1.05 2.8567 6 3 1 4 31.47 12.16 2.8429 8 0 1 2 31.55 31.02 2.8354 4 4 1 4 31.56 20.15 2.8344 2 5 0 4 31.58 4.31 2.8328 4 1 2 4 32.00 8.07 2.7966 3 2 2 4 32.08 3.49 2.7901 8 1 1 4 32.44 5.81 2.7597 9 1 0 4 32.52 9.77 2.7533 6 4 0 4 32.57 8.41 2.7495 3 5 0 4 33.34 1.76 2.6876 5 4 1 4 33.37 3.32 2.6854 5 1 2 4 33.38 4.86 2.6842 4 2 2 4 33.41 5.78 2.6822 1 3 2 4 33.77 5.23 2.6543 0 5 1 2 33.86 8.64 2.6477 8 2 1 4 33.88 10.07 2.6458 7 3 1 4 33.96 11.85 2.6398 1 5 1 4 33.98 5.48 2.6381 2 3 2 4 34.20 3.47 2.6217 9 2 0 4 34.88 22.69 2.5723 6 0 2 2 34.92 34.47 2.5692 3 3 2 4 35.01 4.16 2.5630 7 4 0 4 35.08 1.53 2.5577 5 2 2 4 35.34 20.46 2.5398 9 1 1 4 35.41 18.70 2.5348 6 4 1 4 35.44 7.04 2.5330 6 1 2 4 35.46 17.90 2.5318 3 5 1 4 35.61 1.12 2.5215 5 5 0 4 36.20 6.09 2.4811 4 3 2 4 36.65 25.02 2.4523 8 3 1 4 36.97 16.28 2.4316 9 3 0 4 36.98 8.02 2.4310 9 2 1 4 37.07 15.55 2.4250 6 2 2 4 37.09 7.65 2.4237 0 6 0 2 37.13 14.58 2.4215 0 4 2 2 37.30 10.87 2.4105 1 4 2 4 37.57 1.25 2.3940 6 5 0 4 37.76 6.25 2.3825 7 1 2 4 37.80 4.20 2.3802 5 3 2 4 37.83 4.96 2.3783 2 4 2 4 38.69 9.37 2.3274 3 4 2 4 39.31 3.60 2.2920 7 2 2 4 39.67 27.28 2.2722 6 3 2 4 39.79 1.59 2.2652 8 0 2 2 39.86 14.81 2.2615 1 6 1 4 39.86 1.55 2.2614 4 4 2 4 40.22 10.33 2.2422 10 2 1 4 40.27 11.20 2.2395 8 4 1 4 40.29 22.86 2.2382 8 1 2 4 40.36 10.29 2.2349 2 6 1 4 41.34 2.64 2.1842 5 4 2 4 41.79 1.43 2.1616 7 3 2 4 42.15 7.94 2.1441 11 1 1 4 42.25 8.87 2.1393 7 5 1 4 42.29 10.69 2.1371 4 6 1 4 42.33 16.20 2.1352 2 5 2 4 42.37 3.36 2.1333 2 0 3 2 42.37 6.02 2.1331 1 1 3 4 42.65 2.62 2.1198 10 3 1 4 42.84 1.40 2.1107 2 1 3 4 42.99 3.78 2.1037 9 4 1 4 43.02 2.78 2.1027 9 1 2 4 43.08 1.54 2.0998 6 4 2 4 43.11 2.95 2.0981 3 5 2 4 43.56 2.26 2.0777 11 3 0 4 43.59 1.46 2.0765 10 4 0 4 43.72 2.22 2.0705 1 7 0 4 44.41 1.63 2.0397 9 2 2 4 44.76 4.22 2.0247 12 2 0 4 44.84 4.00 2.0212 9 5 0 4 44.94 3.12 2.0171 3 7 0 4 45.07 3.43 2.0117 7 4 2 4 45.36 1.84 1.9992 6 6 1 4 45.55 1.62 1.9914 5 5 2 4 45.86 1.52 1.9789 11 3 1 4 45.86 1.85 1.9786 0 7 1 2 45.92 2.71 1.9763 0 3 3 2 45.98 1.17 1.9737 4 7 0 4 46.04 1.70 1.9715 5 1 3 4 46.05 2.11 1.9711 4 2 3 4 46.67 6.56 1.9462 9 3 2 4 46.77 2.25 1.9421 0 6 2 2 47.01 3.11 1.9329 12 2 1 4 47.17 1.41 1.9268 6 5 2 4 47.18 1.10 1.9263 3 7 1 4 47.20 2.77 1.9255 6 0 3 2 47.24 5.55 1.9241 3 3 3 4 47.25 1.05 1.9236 8 6 0 4 47.28 1.94 1.9225 8 4 2 4 47.36 6.96 1.9193 5 2 3 4 47.64 1.83 1.9088 6 1 3 4 48.92 7.81 1.8619 11 4 1 4 49.03 1.31 1.8580 7 5 2 4 49.12 1.13 1.8547 1 4 3 4 49.18 3.79 1.8528 12 3 1 4 49.29 15.68 1.8489 13 1 1 4 49.41 10.78 1.8444 8 6 1 4 49.46 12.10 1.8427 5 7 1 4 49.49 4.76 1.8418 7 1 3 4 49.52 3.49 1.8408 5 3 3 4 49.54 3.09 1.8399 2 4 3 4 49.79 2.67 1.8312 10 5 1 4 50.01 6.62 1.8237 12 4 0 4 50.19 3.07 1.8177 0 8 0 2 50.21 1.56 1.8171 11 2 2 4 50.24 1.56 1.8161 3 4 3 4 50.75 1.46 1.7991 7 2 3 4 51.14 1.69 1.7860 8 0 3 2 51.20 3.35 1.7842 4 4 3 4 51.56 1.34 1.7727 8 1 3 4 51.70 2.87 1.7680 12 0 2 2 51.76 3.23 1.7663 9 6 1 4 51.83 10.00 1.7640 6 6 2 4 52.11 2.24 1.7551 12 1 2 4 52.27 3.24 1.7500 11 3 2 4 52.30 1.90 1.7493 10 4 2 4 52.39 4.38 1.7463 1 8 1 4 52.41 2.72 1.7457 1 7 2 4 52.42 1.07 1.7455 5 4 3 4 52.57 4.36 1.7408 14 0 1 2 52.60 1.39 1.7398 13 3 1 4 52.66 2.82 1.7381 11 5 1 4 52.72 1.29 1.7363 0 5 3 2 52.74 9.09 1.7355 7 7 1 4 52.78 1.78 1.7345 8 2 3 4 52.80 1.85 1.7339 7 3 3 4 52.80 2.07 1.7339 2 8 1 4 52.82 1.83 1.7333 2 7 2 4 52.98 3.50 1.7284 14 1 1 4 53.33 11.47 1.7180 12 2 2 4 53.40 8.96 1.7158 9 5 2 4 53.46 3.54 1.7139 3 8 1 4 53.48 9.41 1.7133 3 7 2 4 53.83 10.35 1.7031 9 1 3 4 53.88 9.00 1.7015 6 4 3 4 53.91 9.77 1.7006 3 5 3 4 54.40 3.20 1.6865 4 7 2 4 54.77 3.90 1.6759 8 3 3 4 54.80 3.59 1.6752 15 1 0 4 54.96 2.98 1.6706 9 7 0 4 55.01 3.57 1.6692 6 8 0 4 55.02 2.06 1.6691 9 2 3 4 55.39 2.39 1.6587 13 4 1 4 55.41 1.69 1.6582 13 1 2 4 55.53 2.01 1.6549 8 6 2 4 55.55 4.02 1.6542 5 8 1 4 55.99 1.02 1.6423 5 5 3 4 56.14 1.74 1.6383 14 3 1 4 56.58 1.01 1.6268 13 2 2 4 56.71 11.69 1.6233 0 0 4 1 56.75 1.38 1.6221 15 1 1 4 56.91 1.76 1.6179 9 7 1 4 56.94 1.17 1.6173 13 5 0 4 56.96 1.75 1.6167 6 8 1 4 57.12 1.26 1.6125 1 9 0 4 57.18 3.10 1.6111 1 6 3 4 57.22 1.39 1.6100 2 0 4 2 57.22 3.60 1.6100 1 1 4 4 57.45 1.80 1.6040 10 2 3 4 57.56 2.31 1.6014 2 6 3 4 57.70 1.62 1.5978 9 6 2 4 57.89 7.95 1.5928 15 3 0 4 57.98 9.37 1.5906 12 6 0 4 58.01 7.85 1.5900 12 4 2 4 58.13 8.32 1.5869 3 9 0 4 58.16 3.60 1.5861 0 8 2 2 58.23 1.63 1.5845 3 1 4 4 58.45 3.55 1.5789 14 0 2 2 58.57 1.21 1.5759 8 8 0 4 58.61 5.37 1.5749 7 7 2 4 58.66 1.03 1.5737 2 8 2 4 58.72 2.38 1.5723 4 0 4 2 58.74 4.83 1.5720 2 2 4 4 58.94 1.25 1.5669 11 1 3 4 59.02 1.57 1.5650 7 5 3 4 59.06 1.69 1.5642 4 6 3 4 59.29 1.15 1.5585 10 7 1 4 59.34 1.70 1.5574 10 3 3 4 60.24 2.06 1.5362 16 0 1 2 60.45 2.54 1.5315 8 8 1 4 60.60 1.05 1.5280 2 3 4 4 61.18 1.00 1.5149 6 0 4 2 61.21 1.97 1.5142 3 3 4 4 61.55 2.72 1.5067 6 1 4 4 61.91 1.59 1.4989 11 3 3 4 61.93 1.75 1.4984 10 4 3 4 62.03 1.46 1.4961 1 7 3 4 62.06 1.54 1.4956 4 3 4 4 62.15 1.51 1.4937 14 5 1 4 62.36 1.76 1.4891 15 4 1 4 62.80 1.95 1.4797 1 4 4 4 63.75 1.04 1.4598 3 4 4 4 64.43 2.17 1.4461 11 4 3 4 64.44 2.70 1.4459 6 3 4 4 64.57 1.84 1.4433 17 1 1 4 64.65 2.08 1.4418 12 3 3 4 64.74 2.00 1.4399 13 1 3 4 64.76 1.21 1.4394 10 8 1 4 64.85 2.54 1.4378 8 6 3 4 64.89 2.06 1.4370 8 1 4 4 64.89 2.08 1.4370 5 7 3 4 65.93 3.65 1.4168 1 10 1 4 66.36 1.86 1.4086 2 5 4 4 66.83 1.14 1.3999 9 6 3 4 67.38 2.00 1.3898 1 8 3 4 67.39 1.32 1.3896 17 3 1 4 67.51 1.34 1.3874 13 7 1 4 67.53 2.11 1.3871 14 0 3 2 67.68 2.99 1.3844 7 7 3 4 67.88 1.21 1.3808 14 1 3 4 68.22 1.33 1.3746 13 6 2 4 68.78 1.23 1.3649 5 5 4 4 69.16 3.15 1.3583 16 5 1 4 69.42 1.13 1.3539 15 6 1 4 71.17 1.90 1.3248 15 1 3 4 71.31 2.00 1.3225 9 7 3 4 71.36 2.11 1.3218 6 8 3 4 74.48 1.02 1.2740 8 8 3 4 79.35 1.08 1.2075 14 0 4 2 79.49 2.01 1.2058 7 7 4 4 79.50 1.58 1.2057 1 10 3 4 82.01 1.24 1.1750 9 1 5 4 82.02 1.10 1.1749 20 4 1 4 82.07 1.18 1.1742 3 5 5 4 82.15 1.51 1.1733 16 8 1 4 82.37 1.28 1.1707 4 12 1 4 82.52 1.12 1.1690 16 5 3 4 85.23 1.21 1.1386 18 6 2 4 85.39 2.37 1.1369 15 3 4 4 85.46 2.06 1.1361 12 6 4 4 85.59 2.17 1.1347 3 9 4 4 86.16 1.05 1.1287 11 11 1 4 89.00 1.14 1.0999 21 3 2 4 89.20 1.02 1.0980 15 9 2 4 89.37 1.34 1.0963 6 12 2 4 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.