Offretite Gualtieri A, Artioli G, Passaglia E, Bigi S, Viani A, Hanson J C American Mineralogist 83 (1998) 590-606 Crystal structure-crystal chemistry relationships in the zeolites erionite and offretite Sample #1 from Fitta _database_code_amcsd 0002006 CELL PARAMETERS: 13.3900 13.3900 7.5980 90.000 90.000 120.000 SPACE GROUP: P-6m2 X-RAY WAVELENGTH: 1.541838 Cell Volume: 1179.753 Density (g/cm3): 2.126 MAX. ABS. INTENSITY / VOLUME**2: 5.272710316 RIR: 0.808 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 7.62 86.02 11.5961 1 0 0 3 11.65 14.32 7.5980 0 0 1 2 13.22 9.43 6.6950 1 1 0 6 13.93 5.60 6.3553 1 0 1 6 15.28 38.22 5.7980 2 0 0 3 17.66 1.27 5.0232 1 1 1 12 19.26 31.28 4.6093 2 0 1 6 20.26 49.77 4.3829 2 1 0 6 23.01 31.04 3.8654 3 0 0 3 23.42 3.45 3.7990 0 0 2 2 23.43 100.00 3.7965 2 1 1 12 24.66 63.18 3.6102 1 0 2 6 25.86 11.67 3.4452 3 0 1 6 26.63 14.62 3.3475 2 2 0 6 26.99 3.45 3.3041 1 1 2 12 27.74 4.66 3.2162 3 1 0 6 28.08 11.19 3.1776 2 0 2 6 29.15 2.20 3.0634 2 2 1 12 30.17 15.59 2.9618 3 1 1 12 30.84 55.19 2.8990 4 0 0 3 31.16 92.60 2.8707 2 1 2 12 33.06 3.58 2.7095 3 0 2 6 33.07 13.94 2.7086 4 0 1 6 33.69 2.28 2.6603 3 2 0 6 35.44 2.47 2.5327 0 0 3 2 35.47 21.47 2.5305 4 1 0 6 35.76 12.98 2.5109 3 2 1 12 36.61 3.31 2.4547 3 1 2 12 38.80 4.33 2.3209 2 0 3 6 38.83 1.83 2.3192 5 0 0 3 40.42 21.68 2.2317 3 3 0 6 40.67 2.13 2.2182 5 0 1 6 41.19 4.07 2.1915 4 2 0 6 41.44 1.20 2.1791 3 2 2 12 42.21 3.38 2.1412 3 3 1 12 42.68 6.85 2.1184 3 0 3 6 42.94 1.88 2.1060 4 1 2 12 42.95 7.88 2.1056 4 2 1 12 45.14 4.40 2.0086 5 1 1 12 45.59 3.12 1.9898 3 1 3 12 45.84 5.04 1.9795 5 0 2 6 47.68 4.30 1.9073 4 0 3 6 47.89 11.44 1.8995 0 0 4 2 48.57 3.71 1.8745 1 0 4 6 51.02 9.83 1.7901 4 1 3 12 51.69 2.25 1.7684 6 1 0 6 53.18 7.06 1.7224 6 1 1 12 53.58 5.28 1.7104 5 0 3 6 53.77 1.00 1.7048 3 0 4 6 54.83 2.02 1.6744 3 3 3 12 54.85 18.72 1.6738 4 4 0 6 55.05 1.19 1.6682 5 2 2 12 55.45 1.96 1.6572 4 2 3 12 57.27 1.80 1.6086 5 1 3 12 57.29 3.21 1.6081 6 2 0 6 57.48 13.96 1.6032 6 1 2 12 58.05 5.34 1.5888 4 0 4 6 58.68 3.62 1.5732 6 2 1 12 60.23 3.34 1.5364 6 0 3 6 60.81 1.60 1.5231 4 3 3 12 60.99 4.15 1.5191 4 1 4 12 61.02 1.37 1.5185 5 3 2 12 62.56 1.81 1.4847 5 4 0 6 62.74 1.50 1.4809 6 2 2 12 63.26 1.24 1.4700 2 0 5 6 64.26 1.78 1.4495 8 0 0 3 64.95 4.65 1.4358 2 1 5 12 65.56 1.07 1.4240 7 1 2 12 65.56 1.89 1.4238 8 0 1 6 67.02 4.36 1.3964 4 4 3 12 67.76 3.30 1.3829 5 4 2 12 68.26 1.40 1.3740 3 1 5 12 69.40 1.31 1.3543 8 0 2 6 69.89 4.10 1.3459 4 0 5 6 71.50 2.32 1.3195 3 2 5 12 72.56 1.10 1.3027 4 1 5 12 73.50 4.79 1.2885 9 0 0 3 73.67 1.53 1.2858 7 3 1 12 74.20 2.06 1.2781 8 1 2 12 75.06 1.24 1.2655 6 3 3 12 75.58 1.48 1.2580 8 0 3 6 75.72 1.04 1.2561 3 3 5 12 75.74 4.97 1.2558 4 4 4 12 76.25 1.58 1.2488 4 2 5 12 77.33 6.75 1.2339 7 3 2 12 83.96 1.85 1.1525 6 1 5 12 83.98 1.12 1.1523 8 0 4 6 84.34 1.08 1.1484 9 0 3 6 88.53 1.24 1.1045 6 2 5 12 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.