Labyrinthite Rastsvetaeva R K, Khomyakov A P Crystallography Reports 46 (2001) 752-757 Modular structure of a sodium-rich analogue of eudialyte with the doubled c-parameter and the R3 symmetry Locality: Eveslogchorr mountain _database_code_amcsd 0012372 CELL PARAMETERS: 14.2390 14.2390 60.7330 90.000 90.000 120.000 SPACE GROUP: R3 X-RAY WAVELENGTH: 1.541838 Cell Volume: 10663.858 Density (g/cm3): 2.864 MAX. ABS. INTENSITY / VOLUME**2: 6.546734006 RIR: 0.744 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 4.36 15.56 20.2443 0 0 3 1 7.32 1.76 12.0847 1 0 1 3 7.74 14.24 11.4252 0 1 2 3 8.74 3.34 10.1222 0 0 6 1 12.43 47.16 7.1195 1 1 0 3 12.47 2.83 7.0958 1 0 7 3 13.70 21.09 6.4647 0 1 8 3 14.44 1.17 6.1341 0 2 1 3 14.66 16.37 6.0424 2 0 2 3 15.51 40.28 5.7126 0 2 4 3 16.12 1.42 5.4979 2 0 5 3 16.27 4.46 5.4484 1 0 10 3 17.52 5.22 5.0611 0 0 12 1 18.54 2.73 4.7860 2 0 8 3 19.27 1.81 4.6069 -1 3 2 3 19.27 1.69 4.6069 1 2 2 3 20.53 51.97 4.3268 0 2 10 3 21.54 9.11 4.1250 1 1 12 3 21.54 8.93 4.1250 2 -1 12 3 21.62 4.52 4.1104 3 0 0 3 21.72 6.35 4.0922 0 1 14 3 22.07 1.16 4.0282 0 3 3 3 22.38 7.11 3.9720 1 2 8 3 22.38 6.99 3.9720 -1 3 8 3 23.36 25.96 3.8084 0 3 6 3 23.36 1.39 3.8084 3 0 6 3 23.90 1.87 3.7236 0 2 13 3 24.07 3.44 3.6975 3 -1 10 3 24.07 3.25 3.6975 2 1 10 3 24.54 12.24 3.6278 1 0 16 3 25.01 26.18 3.5598 2 2 0 3 25.10 16.36 3.5479 2 0 14 3 26.22 16.14 3.3986 3 1 2 3 26.22 16.61 3.3986 4 -1 2 3 26.54 2.98 3.3581 4 -2 6 3 26.54 3.15 3.3581 2 2 6 3 26.72 7.57 3.3365 -1 4 4 3 26.72 7.50 3.3365 1 3 4 3 27.09 1.59 3.2921 3 1 5 3 27.09 1.48 3.2921 4 -1 5 3 27.60 27.83 3.2324 0 2 16 3 27.96 5.93 3.1907 0 3 12 3 27.96 10.06 3.1907 3 0 12 3 28.10 7.71 3.1755 -1 3 14 3 28.10 7.88 3.1755 1 2 14 3 29.00 1.36 3.0789 4 0 1 3 29.29 9.02 3.0490 1 1 18 3 29.29 8.99 3.0490 2 -1 18 3 29.57 4.70 3.0212 4 0 4 3 29.90 1.91 2.9881 0 4 5 3 29.98 46.25 2.9801 1 3 10 3 29.98 46.01 2.9801 -1 4 10 3 30.37 6.23 2.9432 2 1 16 3 30.37 6.35 2.9432 3 -1 16 3 30.71 5.46 2.9117 4 -2 12 3 30.71 5.49 2.9117 2 2 12 3 30.75 2.10 2.9075 3 1 11 3 30.75 2.10 2.9075 4 -1 11 3 30.78 1.00 2.9049 4 0 7 3 31.00 1.06 2.8845 0 3 15 3 31.32 100.00 2.8563 0 4 8 3 32.19 1.86 2.7811 5 -2 4 3 32.19 1.81 2.7811 3 2 4 3 32.44 1.20 2.7596 1 3 13 3 32.44 1.18 2.7596 -1 4 13 3 32.88 18.55 2.7242 2 0 20 3 33.30 3.04 2.6909 1 4 0 3 33.30 2.95 2.6909 4 1 0 3 33.36 14.21 2.6858 3 1 14 3 33.36 14.35 2.6858 4 -1 14 3 33.81 4.24 2.6509 -2 5 8 3 33.81 4.28 2.6509 2 3 8 3 34.39 4.08 2.6080 0 3 18 3 34.39 25.43 2.6080 3 0 18 3 35.28 1.16 2.5443 1 2 20 3 35.28 1.09 2.5443 -1 3 20 3 35.47 7.83 2.5305 0 0 24 1 36.37 1.25 2.4705 3 1 17 3 36.37 1.25 2.4705 4 -1 17 3 36.55 9.08 2.4582 5 0 2 3 36.70 2.85 2.4488 2 2 18 3 36.70 2.77 2.4488 4 -2 18 3 37.59 6.61 2.3930 4 0 16 3 37.87 1.90 2.3760 5 -1 12 3 37.87 1.74 2.3760 4 1 12 3 37.91 7.34 2.3732 3 3 0 3 38.75 7.57 2.3236 6 -2 2 3 38.75 7.78 2.3236 4 2 2 3 39.25 1.36 2.2951 0 1 26 3 39.74 2.64 2.2683 5 -2 16 3 39.74 2.36 2.2683 3 2 16 3 40.85 1.19 2.2089 1 5 2 3 40.85 1.29 2.2089 -1 6 2 3 41.19 3.51 2.1916 5 1 4 3 41.19 3.47 2.1916 6 -1 4 3 41.40 1.83 2.1810 0 5 13 3 41.50 4.49 2.1757 2 4 10 3 41.50 4.66 2.1757 -2 6 10 3 41.75 20.02 2.1634 0 4 20 3 42.06 3.11 2.1481 1 3 22 3 42.06 3.13 2.1481 -1 4 22 3 42.15 2.24 2.1440 5 0 14 3 42.31 5.37 2.1362 1 0 28 3 42.52 1.99 2.1261 1 5 8 3 42.52 1.99 2.1261 -1 6 8 3 42.99 1.35 2.1038 5 -1 18 3 42.99 1.34 2.1038 4 1 18 3 43.49 1.03 2.0807 5 1 10 3 43.49 1.06 2.0807 6 -1 10 3 43.73 2.79 2.0699 -2 5 20 3 43.73 2.95 2.0699 2 3 20 3 43.77 2.84 2.0681 0 5 16 3 43.90 1.04 2.0625 4 -2 24 3 44.11 1.71 2.0529 6 -2 14 3 44.11 1.75 2.0529 4 2 14 3 44.81 2.21 2.0228 -3 7 2 3 44.81 2.23 2.0228 3 4 2 3 45.01 4.49 2.0141 6 0 6 3 45.68 6.17 1.9860 2 4 16 3 45.68 6.08 1.9860 -2 6 16 3 46.36 1.45 1.9586 -3 7 8 3 46.36 1.47 1.9586 3 4 8 3 46.80 2.57 1.9411 6 -3 18 3 46.80 2.71 1.9411 3 3 18 3 47.11 1.39 1.9289 3 1 26 3 47.11 1.36 1.9289 4 -1 26 3 47.76 7.41 1.9042 0 6 12 3 47.76 3.02 1.9042 6 0 12 3 48.50 2.62 1.8769 6 1 2 3 48.50 2.63 1.8769 7 -1 2 3 48.53 2.12 1.8758 0 1 32 3 48.80 1.69 1.8663 -1 7 4 3 48.80 1.67 1.8663 1 6 4 3 49.29 1.66 1.8487 6 -2 20 3 49.29 1.65 1.8487 4 2 20 3 49.44 1.91 1.8435 -1 5 24 3 49.44 1.94 1.8435 1 4 24 3 49.55 2.63 1.8395 5 2 12 3 49.55 2.75 1.8395 7 -2 12 3 49.64 1.62 1.8366 -3 7 14 3 49.64 1.59 1.8366 3 4 14 3 49.97 1.14 1.8253 6 1 8 3 49.97 1.09 1.8253 7 -1 8 3 51.04 1.78 1.7894 -1 6 20 3 51.04 1.81 1.7894 1 5 20 3 51.31 5.18 1.7807 2 4 22 3 51.31 5.16 1.7807 -2 6 22 3 51.33 21.09 1.7799 4 4 0 3 51.52 10.27 1.7740 4 0 28 3 51.96 1.71 1.7598 2 2 30 3 51.96 1.69 1.7598 4 -2 30 3 52.00 1.95 1.7587 5 3 2 3 52.00 2.00 1.7587 8 -3 2 3 52.11 1.14 1.7552 0 6 18 3 53.21 2.23 1.7213 5 -2 28 3 53.21 2.20 1.7213 3 2 28 3 53.68 1.10 1.7073 -2 8 2 3 53.68 1.08 1.7073 2 6 2 3 53.96 2.64 1.6993 8 -2 4 3 53.96 2.59 1.6993 6 2 4 3 54.21 2.23 1.6919 7 0 10 3 54.38 1.82 1.6870 0 0 36 1 54.66 5.69 1.6791 8 -4 12 3 54.66 5.71 1.6791 4 4 12 3 55.72 3.22 1.6498 6 -2 26 3 55.72 3.33 1.6498 4 2 26 3 55.85 4.31 1.6460 8 -2 10 3 55.85 4.34 1.6460 6 2 10 3 56.02 2.04 1.6416 2 -1 36 3 56.02 2.05 1.6416 1 1 36 3 56.37 1.01 1.6322 0 7 14 3 56.98 11.28 1.6162 0 4 32 3 57.12 1.43 1.6125 8 -1 6 3 57.12 1.47 1.6125 7 1 6 3 57.66 1.65 1.5988 6 1 20 3 57.66 1.68 1.5988 7 -1 20 3 57.97 1.89 1.5909 -2 8 14 3 57.97 1.86 1.5909 2 6 14 3 58.10 1.11 1.5877 -2 6 28 3 58.10 1.10 1.5877 2 4 28 3 58.57 4.34 1.5761 -2 5 32 3 58.57 4.29 1.5761 2 3 32 3 59.50 1.62 1.5536 3 6 0 3 59.50 1.59 1.5536 6 3 0 3 59.67 2.68 1.5497 5 1 28 3 59.67 2.72 1.5497 6 -1 28 3 59.83 1.57 1.5458 -4 9 8 3 59.83 1.63 1.5458 4 5 8 3 60.36 2.72 1.5335 0 8 4 3 60.47 1.21 1.5311 3 4 26 3 60.47 1.14 1.5311 -3 7 26 3 61.37 1.83 1.5106 8 0 8 3 61.67 2.75 1.5041 5 0 32 3 62.31 1.23 1.4900 -2 8 20 3 62.31 1.19 1.4900 2 6 20 3 62.55 2.30 1.4850 -3 8 22 3 62.55 1.25 1.4850 7 0 22 3 62.55 2.28 1.4850 3 5 22 3 63.18 1.45 1.4716 6 -2 32 3 63.18 1.47 1.4716 4 2 32 3 63.95 1.57 1.4558 8 -4 24 3 63.95 1.52 1.4558 4 4 24 3 64.62 1.59 1.4423 0 6 30 3 65.34 3.21 1.4282 0 8 16 3 65.56 2.90 1.4239 5 5 0 3 66.10 1.22 1.4135 5 2 30 3 66.10 1.23 1.4135 7 -2 30 3 66.37 1.21 1.4084 -4 10 4 3 66.37 1.21 1.4084 4 6 4 3 66.60 1.90 1.4042 8 1 10 3 66.60 1.86 1.4042 9 -1 10 3 68.23 5.36 1.3745 8 0 20 3 68.45 5.52 1.3707 10 -5 12 3 68.45 5.57 1.3707 5 5 12 3 68.83 5.02 1.3641 3 0 42 3 68.94 4.23 1.3621 4 0 40 3 69.92 1.81 1.3455 2 8 0 3 69.92 1.77 1.3455 8 2 0 3 70.07 1.07 1.3429 8 -2 28 3 70.07 1.05 1.3429 6 2 28 3 70.17 1.13 1.3412 5 0 38 3 70.62 1.44 1.3337 -2 10 6 3 70.62 1.42 1.3337 2 8 6 3 72.49 2.08 1.3040 6 0 36 3 73.53 1.06 1.2880 1 9 4 3 73.53 1.07 1.2880 -1 10 4 3 74.84 1.18 1.2686 11 -4 6 3 74.84 1.13 1.2686 7 4 6 3 75.08 1.55 1.2653 0 0 48 1 79.25 1.14 1.2088 0 1 50 3 79.27 2.35 1.2085 10 0 10 3 80.61 1.56 1.1918 2 0 50 3 80.81 1.22 1.1894 9 1 20 3 80.81 1.23 1.1894 10 -1 20 3 81.36 1.46 1.1826 6 0 42 3 84.87 1.21 1.1425 0 10 20 3 86.94 1.56 1.1206 2 8 30 3 86.94 1.57 1.1206 -2 10 30 3 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.