Hennomartinite Libowitzky E, Armbruster T American Mineralogist 81 (1996) 9-18 Lawsonite-type phase transitions in hennomartinite, SrMn2[Si2O7](OH)2.H2O T = 22 C _database_code_amcsd 0001769 CELL PARAMETERS: 6.2470 9.0340 13.4010 90.000 90.000 90.000 SPACE GROUP: P2_1cn X-RAY WAVELENGTH: 1.541838 Cell Volume: 756.291 Density (g/cm3): 3.703 MAX. ABS. INTENSITY / VOLUME**2: 12.10758828 RIR: 1.065 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 13.21 23.47 6.7005 0 0 2 2 17.26 13.97 5.1382 1 1 0 2 18.49 62.94 4.7976 1 1 1 4 19.65 49.33 4.5170 0 2 0 2 20.75 37.06 4.2804 0 2 1 4 21.80 4.01 4.0774 1 1 2 4 23.76 33.75 3.7454 0 2 2 4 26.44 58.56 3.3711 1 1 3 4 26.61 30.29 3.3503 0 0 4 2 28.09 3.11 3.1762 0 2 3 4 28.58 10.33 3.1235 2 0 0 1 31.60 99.69 2.8310 2 0 2 2 31.89 70.51 2.8064 1 1 4 4 33.02 49.44 2.7126 1 3 0 2 33.30 96.19 2.6909 0 2 4 4 33.71 22.38 2.6587 1 3 1 4 34.92 32.28 2.5691 2 2 0 2 35.58 2.56 2.5231 2 2 1 4 35.71 40.17 2.5144 1 3 2 4 37.49 74.10 2.3988 2 2 2 4 37.86 20.27 2.3763 1 1 5 4 38.84 2.53 2.3186 1 3 3 4 39.08 5.71 2.3050 0 2 5 4 40.38 1.35 2.2335 0 0 6 2 40.50 7.26 2.2271 0 4 1 4 40.51 45.00 2.2270 2 2 3 4 42.23 3.66 2.1402 0 4 2 4 42.90 16.36 2.1082 1 3 4 4 44.98 14.89 2.0155 0 4 3 4 45.20 16.27 2.0063 3 1 1 4 45.29 2.25 2.0021 0 2 6 4 48.62 11.24 1.8727 0 4 4 4 49.33 4.22 1.8475 3 1 3 4 49.82 3.72 1.8302 2 4 0 2 50.22 31.12 1.8168 2 0 6 2 50.32 5.70 1.8134 2 4 1 4 50.90 10.79 1.7940 1 1 7 4 51.78 27.55 1.7655 2 4 2 4 51.87 9.96 1.7627 0 2 7 4 52.74 6.37 1.7356 3 1 4 4 53.02 8.50 1.7271 0 4 5 4 53.12 4.51 1.7242 1 3 6 4 53.21 2.74 1.7213 1 5 1 4 53.50 15.55 1.7127 3 3 0 2 53.97 2.00 1.6989 3 3 1 4 54.16 17.49 1.6936 2 4 3 4 54.43 30.14 1.6856 2 2 6 4 54.62 3.28 1.6802 1 5 2 4 54.80 20.85 1.6751 0 0 8 2 55.37 8.88 1.6594 3 3 2 4 56.92 5.36 1.6178 3 1 5 4 57.37 33.35 1.6062 2 4 4 4 57.64 1.51 1.5992 3 3 3 4 58.08 10.81 1.5881 0 4 6 4 58.79 4.48 1.5706 0 2 8 4 59.06 1.52 1.5641 1 3 7 4 59.16 24.50 1.5618 4 0 0 1 60.03 4.62 1.5411 1 5 4 4 60.73 1.01 1.5250 3 3 4 4 60.91 1.07 1.5210 4 0 2 2 61.34 11.99 1.5114 2 4 5 4 62.03 2.71 1.4963 0 6 1 4 62.97 3.56 1.4760 4 2 0 2 63.31 8.58 1.4690 0 6 2 4 63.40 3.00 1.4671 4 2 1 4 63.73 2.49 1.4604 0 4 7 4 64.66 3.92 1.4415 4 2 2 4 65.49 10.66 1.4253 1 3 8 4 65.99 4.41 1.4156 2 4 6 4 66.00 4.29 1.4155 4 0 4 2 66.07 1.97 1.4141 0 2 9 4 66.65 7.04 1.4032 2 2 8 4 66.74 1.80 1.4015 4 2 3 4 67.23 6.03 1.3925 3 1 7 4 68.30 1.26 1.3733 0 6 4 4 68.46 3.78 1.3705 1 5 6 4 69.11 2.31 1.3591 3 3 6 4 69.20 2.72 1.3577 3 5 1 4 69.28 8.63 1.3563 2 6 0 2 69.60 19.13 1.3507 4 2 4 4 69.68 10.03 1.3494 2 6 1 4 69.92 4.20 1.3454 0 4 8 4 70.41 2.45 1.3372 3 5 2 4 70.89 1.11 1.3293 2 6 2 4 71.29 2.54 1.3229 2 4 7 4 71.93 1.21 1.3127 0 6 5 4 72.40 3.72 1.3053 1 3 9 4 73.51 1.92 1.2883 2 2 9 4 73.67 1.31 1.2859 1 5 7 4 73.75 1.13 1.2848 0 2 10 4 73.76 1.12 1.2845 4 4 0 2 74.16 1.58 1.2787 4 4 1 4 75.17 3.48 1.2639 3 5 4 4 75.34 1.36 1.2616 4 4 2 4 75.57 1.08 1.2583 1 7 1 4 75.64 8.04 1.2572 2 6 4 4 76.27 4.53 1.2485 0 6 6 4 77.29 4.82 1.2345 4 4 3 4 77.45 1.31 1.2324 5 1 1 4 77.51 12.26 1.2315 2 0 10 2 77.52 1.12 1.2314 4 2 6 4 78.68 5.66 1.2161 1 7 3 4 79.83 5.50 1.2015 1 3 10 4 79.91 1.57 1.2005 3 1 9 4 79.99 2.49 1.1994 4 4 4 4 80.14 7.47 1.1976 3 3 8 4 80.54 3.08 1.1927 5 1 3 4 80.91 4.80 1.1882 2 2 10 4 81.13 3.51 1.1854 1 1 11 4 82.52 2.90 1.1689 4 2 7 4 82.91 2.47 1.1645 3 5 6 4 83.22 3.88 1.1609 5 1 4 4 83.44 3.80 1.1584 4 4 5 4 83.83 1.47 1.1540 5 3 0 2 84.21 1.24 1.1498 5 3 1 4 84.81 5.30 1.1432 1 7 5 4 84.89 7.89 1.1423 4 0 8 2 85.35 1.95 1.1373 5 3 2 4 86.64 1.93 1.1237 3 3 9 4 86.65 2.11 1.1236 5 1 5 4 87.63 5.33 1.1135 0 8 2 4 87.63 4.60 1.1135 4 4 6 4 87.85 1.78 1.1113 3 5 7 4 88.23 2.31 1.1074 4 2 8 4 88.31 2.45 1.1067 2 6 7 4 88.91 1.01 1.1008 2 2 11 4 89.91 1.60 1.0911 5 3 4 4 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.