Meionite Sherriff B L, Sokolova E V, Kabalov Y K, Jenkins D M, Kunath-Fandrei G, Goetz S, Jager C, Schneider J The Canadian Mineralogist 38 (2000) 1201-1213 Meionite: Rietveld structure-refinement, Si MAS and Al SATRAS NMR spectroscopy, and comments on the marialite-meionite series Note: sample BOLT Locality: Bolton, Massachusetts, USA _database_code_amcsd 0005695 CELL PARAMETERS: 12.1476 12.1476 7.5636 90.000 90.000 90.000 SPACE GROUP: I4/m X-RAY WAVELENGTH: 1.541838 Cell Volume: 1116.117 Density (g/cm3): 2.636 MAX. ABS. INTENSITY / VOLUME**2: 9.155883312 RIR: 1.131 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 10.30 18.94 8.5897 1 1 0 4 13.79 12.68 6.4207 1 0 1 8 14.58 27.11 6.0738 2 0 0 4 20.12 10.24 4.4124 2 1 1 8 20.12 5.48 4.4124 1 2 1 8 20.68 5.17 4.2948 2 2 0 4 23.15 5.16 3.8414 1 3 0 4 23.15 25.67 3.8414 3 1 0 4 24.94 8.97 3.5698 3 0 1 8 25.74 100.00 3.4612 1 1 2 8 27.79 3.72 3.2104 2 0 2 8 29.01 88.24 3.0776 2 3 1 8 29.41 45.35 3.0369 4 0 0 4 31.24 4.32 2.8632 3 3 0 4 31.52 2.76 2.8383 2 2 2 8 32.62 13.29 2.7453 1 4 1 8 32.98 5.48 2.7163 2 4 0 4 33.24 52.73 2.6950 3 1 2 8 33.24 1.93 2.6950 1 3 2 8 37.76 1.83 2.3823 5 1 0 4 38.94 12.22 2.3131 4 3 1 8 38.94 2.35 2.3131 3 4 1 8 39.48 1.79 2.2828 3 3 2 8 40.91 2.67 2.2062 4 2 2 8 41.79 4.03 2.1617 5 2 1 8 41.79 6.04 2.1617 2 5 1 8 42.08 2.51 2.1474 4 4 0 4 42.23 15.94 2.1402 3 0 3 8 43.44 4.46 2.0833 3 5 0 4 44.90 4.12 2.0186 3 2 3 8 44.90 3.40 2.0186 2 3 3 8 44.97 2.76 2.0157 5 1 2 8 44.97 5.17 2.0157 1 5 2 8 47.06 8.06 1.9309 6 1 1 8 47.06 2.56 1.9309 1 6 1 8 47.33 7.67 1.9207 6 2 0 4 47.46 3.36 1.9156 4 1 3 8 47.46 12.48 1.9156 1 4 3 8 48.12 13.98 1.8909 0 0 4 2 49.54 2.55 1.8401 5 4 1 8 49.54 1.56 1.8401 4 5 1 8 49.98 3.00 1.8247 3 5 2 8 51.92 2.40 1.7611 6 3 1 8 51.92 2.53 1.7611 3 6 1 8 52.29 2.23 1.7494 5 0 3 8 53.33 2.03 1.7179 1 7 0 4 53.33 6.71 1.7179 7 1 0 4 53.51 2.98 1.7125 2 6 2 8 54.47 2.38 1.6846 4 6 0 4 56.47 4.06 1.6294 2 7 1 8 57.41 4.27 1.6052 4 0 4 8 59.00 7.45 1.5654 1 6 3 8 61.13 6.66 1.5159 5 4 3 8 62.73 1.80 1.4811 5 1 4 8 62.89 1.76 1.4777 4 7 1 8 63.28 2.66 1.4697 7 3 2 8 63.28 3.32 1.4697 3 7 2 8 63.88 2.07 1.4573 1 2 5 8 65.16 4.67 1.4316 6 6 0 4 65.27 2.46 1.4295 7 0 3 8 65.92 2.74 1.4171 3 0 5 8 66.18 2.60 1.4121 7 5 0 4 67.29 2.41 1.3915 2 7 3 8 67.92 8.24 1.3800 2 3 5 8 68.34 10.00 1.3727 8 2 2 8 68.34 6.68 1.3727 2 8 2 8 69.17 1.16 1.3581 8 4 0 4 69.80 2.62 1.3475 6 2 4 8 70.15 3.02 1.3415 1 9 0 4 70.93 1.14 1.3287 9 0 1 8 71.24 3.94 1.3237 5 6 3 8 73.79 2.92 1.2841 4 3 5 8 74.19 1.07 1.2782 8 4 2 8 74.64 1.22 1.2715 7 1 4 8 75.40 1.93 1.2606 0 0 6 2 79.48 2.55 1.2058 6 1 5 8 81.60 1.63 1.1799 5 9 0 4 82.67 2.34 1.1672 7 7 2 8 83.22 1.42 1.1609 6 3 5 8 83.60 1.31 1.1566 8 6 2 8 84.97 1.36 1.1414 6 6 4 8 85.07 1.25 1.1403 7 0 5 8 86.38 1.10 1.1263 5 9 2 8 86.92 1.07 1.1207 2 7 5 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.