Erionite-K Giacobbe C, Moliterni A, Di Giuseppe D, Malferrari D, Wright J P, Mattioli M, Raneri S, Giannini C, Fornasini L, Mugnaioli E, Ballirano P, Gualtieri A F IUCrJ 10 (2023) 397-410 The crystal structure of the killer fibre erionite from Tuzkoy (Cappadocia, Turkey) Locality: Tuzkoy, Cappadocia, Turkey _database_code_amcsd 0021233 CELL PARAMETERS: 13.2708 13.2708 15.0958 90.000 90.000 120.000 SPACE GROUP: P6_3/mmc X-RAY WAVELENGTH: 1.541838 Cell Volume: 2302.401 Density (g/cm3): 2.223 MAX. ABS. INTENSITY / VOLUME**2: 3.622639668 RIR: 0.531 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 7.69 95.96 11.4928 1 0 0 6 9.67 8.38 9.1443 1 0 1 12 11.72 14.54 7.5479 0 0 2 2 13.34 44.58 6.6354 1 1 0 6 14.04 6.91 6.3090 1 0 2 12 15.42 16.84 5.7464 2 0 0 6 16.51 31.09 5.3705 2 0 1 12 19.26 20.01 4.6095 1 0 3 12 19.41 13.80 4.5722 2 0 2 12 20.45 56.32 4.3439 2 1 0 12 21.28 32.88 4.1745 2 1 1 24 23.22 23.25 3.8309 3 0 0 6 23.50 6.30 3.7857 2 0 3 12 23.57 2.56 3.7740 0 0 4 2 23.63 100.00 3.7649 2 1 2 24 24.83 91.99 3.5856 1 0 4 12 26.08 5.39 3.4161 3 0 2 12 26.87 30.59 3.3177 2 2 0 6 27.12 27.98 3.2882 2 1 3 24 27.18 6.56 3.2805 1 1 4 12 27.99 9.96 3.1875 3 1 0 12 28.29 38.34 3.1545 2 0 4 12 28.62 10.75 3.1188 3 1 1 24 29.30 3.56 3.0481 3 0 3 12 30.44 11.01 2.9364 3 1 2 24 30.62 4.69 2.9201 1 0 5 12 31.13 54.48 2.8732 4 0 0 6 31.40 98.28 2.8489 2 1 4 24 31.70 48.97 2.8225 4 0 1 12 33.27 6.95 2.6927 3 1 3 24 33.37 15.45 2.6852 4 0 2 12 33.53 1.77 2.6727 2 0 5 12 35.69 3.04 2.5160 0 0 6 2 35.80 17.82 2.5079 4 1 0 12 36.04 4.08 2.4917 2 2 4 12 36.08 18.02 2.4891 3 2 2 24 36.23 3.93 2.4792 2 1 5 24 36.31 2.02 2.4740 4 1 1 24 38.26 2.25 2.3525 1 1 6 12 39.19 1.48 2.2986 5 0 0 6 39.66 1.07 2.2724 5 0 1 12 40.80 10.45 2.2118 3 3 0 6 41.05 2.14 2.1989 5 0 2 12 42.59 6.16 2.1225 3 3 2 12 42.66 1.55 2.1196 1 0 7 12 43.01 2.34 2.1030 3 0 6 12 43.27 2.92 2.0908 5 0 3 12 43.35 5.49 2.0872 4 2 2 24 44.29 1.45 2.0451 5 1 1 24 45.56 5.59 1.9911 5 1 2 24 46.25 6.36 1.9631 5 0 4 12 47.04 1.24 1.9316 2 1 7 24 48.07 4.43 1.8928 4 0 6 12 48.23 15.34 1.8870 0 0 8 2 48.91 3.60 1.8620 1 0 8 12 49.53 6.64 1.8403 5 2 0 12 49.75 1.50 1.8329 4 3 2 24 49.86 4.45 1.8289 5 0 5 12 50.39 2.91 1.8110 5 1 4 24 51.45 25.35 1.7762 4 1 6 24 52.19 1.43 1.7526 6 1 0 12 52.98 1.01 1.7284 5 2 3 24 53.10 2.89 1.7248 4 0 7 12 53.69 6.17 1.7072 6 1 2 24 54.04 2.80 1.6970 5 0 6 12 55.30 4.78 1.6612 3 3 6 12 55.39 20.99 1.6588 4 4 0 6 55.52 2.77 1.6551 6 1 3 24 55.56 1.96 1.6541 5 2 4 24 56.01 1.09 1.6418 5 3 0 12 57.86 1.98 1.5938 6 2 0 12 58.02 13.55 1.5896 6 1 4 24 58.21 5.66 1.5850 6 2 1 24 58.52 2.91 1.5772 4 0 8 12 59.26 1.82 1.5594 6 2 2 24 60.77 2.19 1.5241 6 0 6 12 61.14 3.36 1.5158 6 1 5 24 61.50 5.91 1.5078 4 1 8 24 62.00 1.42 1.4967 1 0 10 12 63.19 3.89 1.4715 5 4 0 12 63.35 3.58 1.4682 6 2 4 24 63.74 2.34 1.4600 2 0 10 12 64.31 2.79 1.4485 4 0 9 12 64.91 3.40 1.4366 8 0 0 6 65.24 1.29 1.4301 8 0 1 12 65.45 5.72 1.4259 2 1 10 24 66.22 1.55 1.4113 8 0 2 12 67.65 8.58 1.3849 4 4 6 12 67.84 1.25 1.3814 8 0 3 12 67.90 1.38 1.3804 7 2 2 24 68.43 7.02 1.3710 5 4 4 24 68.81 1.01 1.3643 3 1 10 24 69.94 1.84 1.3451 8 1 0 12 69.99 1.39 1.3443 6 0 8 12 70.09 3.28 1.3426 8 0 4 12 70.46 8.32 1.3364 4 0 10 12 71.63 1.14 1.3175 5 2 8 24 71.72 1.66 1.3160 7 2 4 24 72.10 3.02 1.3101 3 2 10 24 72.92 1.59 1.2972 8 0 5 12 74.27 6.56 1.2770 9 0 0 6 74.44 1.59 1.2745 7 3 2 24 74.73 1.43 1.2702 5 4 6 24 74.95 3.88 1.2671 8 1 4 24 75.32 2.41 1.2618 5 0 10 12 75.87 1.39 1.2540 8 2 0 12 75.99 1.26 1.2524 7 3 3 24 76.38 2.42 1.2469 3 3 10 12 76.45 6.52 1.2459 4 4 8 12 76.91 2.38 1.2396 4 2 10 24 78.13 7.49 1.2232 7 3 4 24 80.30 1.58 1.1956 8 0 7 12 80.33 1.23 1.1952 3 0 12 12 80.87 2.21 1.1886 7 3 5 24 84.75 2.91 1.1438 6 1 10 24 85.22 2.86 1.1387 9 0 6 12 89.40 1.47 1.0960 6 2 10 24 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.