Thomsenolite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R050282 Cocco G, Castiglione P C, Vagliasindi G Acta Crystallographica 23 (1967) 162-166 The crystal structure of thomsenolite Locality: Ivigtut, Greenland CELL PARAMETERS: 5.583000 5.508000 16.12700 90.00000 96.43000 90.00000 SPACE GROUP: P2_1/c X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 11.08 12.34 8.0142 0 0 2 16.02 1.65 5.5448 1 0 0 16.93 4.89 5.2473 0 1 1 19.48 1.29 4.5646 0 1 2 20.48 5.95 4.3432 1 0 2 22.22 40.34 4.0071 0 0 4 22.69 100.00 3.9238 1 1 0 22.95 15.99 3.8812 -1 1 1 23.13 6.14 3.8502 0 1 3 24.51 3.48 3.6369 -1 1 2 26.00 8.64 3.4306 -1 0 4 26.07 16.92 3.4211 1 1 2 27.16 18.25 3.2861 -1 1 3 27.48 15.06 3.2495 0 1 4 28.91 4.24 3.0914 1 0 4 29.29 12.03 3.0519 1 1 3 30.66 69.89 2.9186 -1 1 4 32.31 35.65 2.7724 2 0 0 32.27 1.63 2.7763 0 1 5 32.26 9.38 2.7767 0 2 0 32.76 20.17 2.7359 0 2 1 33.19 21.37 2.7011 1 1 4 34.76 2.61 2.5823 -1 1 5 35.42 5.18 2.5358 2 0 2 36.12 7.43 2.4883 -2 1 1 36.23 3.16 2.4805 2 1 0 36.20 8.05 2.4828 1 2 0 36.89 4.73 2.4378 -2 1 2 36.93 12.44 2.4355 1 2 1 37.24 7.03 2.4159 2 1 1 37.39 6.27 2.4063 -2 0 4 37.41 2.34 2.4051 -1 2 2 38.51 1.94 2.3389 -2 1 3 39.01 6.93 2.3100 1 0 6 39.32 2.05 2.2922 -1 1 6 39.28 17.65 2.2949 -1 2 3 39.50 11.54 2.2823 0 2 4 40.89 2.86 2.2079 -2 1 4 40.84 3.72 2.2106 1 2 3 41.60 25.36 2.1716 2 0 4 41.63 11.17 2.1702 2 1 3 41.87 4.46 2.1583 -1 2 4 42.39 8.76 2.1328 1 1 6 43.11 23.55 2.0988 0 2 5 43.93 2.96 2.0617 -2 1 5 43.84 9.26 2.0657 1 2 4 44.46 2.26 2.0382 -2 0 6 44.83 6.65 2.0224 2 1 4 45.09 25.71 2.0111 -1 2 5 45.27 36.23 2.0035 0 0 8 46.19 43.19 1.9658 -2 2 1 46.49 31.35 1.9538 -1 0 8 46.29 33.27 1.9619 2 2 0 46.82 3.80 1.9406 -2 2 2 47.11 15.45 1.9294 2 2 1 47.22 3.00 1.9251 0 2 6 47.53 8.35 1.9134 -2 1 6 47.41 2.30 1.9180 1 2 5 48.30 14.22 1.8846 0 1 8 48.56 4.54 1.8750 2 1 5 48.63 3.65 1.8725 2 2 2 49.38 4.89 1.8457 -3 0 2 49.46 1.72 1.8430 -1 1 8 49.94 6.48 1.8265 2 0 6 49.58 2.74 1.8389 0 3 1 50.08 4.65 1.8218 1 0 8 50.17 2.18 1.8184 -2 2 4 50.81 8.64 1.7972 2 2 3 51.86 3.38 1.7632 -3 1 1 51.75 10.19 1.7666 0 2 7 51.98 2.72 1.7594 3 0 2 52.19 1.76 1.7528 -3 0 4 52.16 2.63 1.7537 3 1 0 52.23 5.21 1.7515 -3 1 2 52.09 4.01 1.7558 1 3 0 52.22 13.43 1.7520 -1 3 1 52.79 1.72 1.7341 -2 2 5 53.26 7.86 1.7199 -3 1 3 53.42 10.38 1.7153 -2 0 8 53.58 1.30 1.7106 2 2 4 54.08 1.92 1.6959 0 1 9 53.84 2.19 1.7029 1 3 2 54.73 11.30 1.6772 3 1 2 54.44 6.87 1.6855 -1 3 3 54.93 6.10 1.6715 -3 1 4 55.66 13.25 1.6512 1 3 3 56.12 7.24 1.6389 -2 1 8 55.94 8.97 1.6436 1 2 7 56.94 1.82 1.6173 3 1 3 56.89 1.55 1.6186 2 2 5 57.20 2.68 1.6104 -3 1 5 57.37 1.64 1.6061 2 1 7 57.50 1.42 1.6028 0 0 10 59.11 1.82 1.5629 -1 3 5 59.64 1.30 1.5502 -2 2 7 59.70 1.72 1.5487 3 1 4 60.03 2.08 1.5412 -3 1 6 59.86 2.84 1.5450 -3 2 1 60.08 1.35 1.5400 0 1 10 60.68 1.05 1.5260 2 2 6 60.81 5.75 1.5232 1 2 8 61.02 1.50 1.5185 3 2 1 62.00 1.44 1.4968 1 0 10 61.89 1.39 1.4991 0 2 9 62.49 2.03 1.4862 3 2 2 62.69 1.24 1.4819 -1 2 9 63.77 4.70 1.4593 -2 2 8 63.93 2.22 1.4560 2 3 3 64.53 2.22 1.4440 3 2 3 66.31 1.77 1.4094 0 1 11 67.26 2.93 1.3917 -4 0 2 67.57 2.23 1.3862 4 0 0 67.45 1.17 1.3883 0 4 0 67.73 6.30 1.3832 0 4 1 68.33 2.62 1.3725 -2 2 9 68.44 1.60 1.3706 1 3 7 69.60 2.34 1.3505 2 2 8 70.14 1.74 1.3415 4 0 2 69.82 1.91 1.3468 1 4 0 70.56 1.66 1.3345 -3 2 7 70.01 1.30 1.3437 0 4 3 70.70 3.71 1.3321 -1 0 12 71.46 1.66 1.3199 -3 1 9 71.61 1.35 1.3175 1 2 10 71.96 2.07 1.3118 -3 3 1 72.46 1.27 1.3040 4 1 2 72.81 2.41 1.2987 0 1 12 73.03 1.16 1.2954 -1 1 12 73.02 1.66 1.2955 3 3 1 73.38 2.57 1.2900 2 1 10 73.82 1.01 1.2834 0 3 9 74.20 1.83 1.2777 -3 2 8 74.68 2.73 1.2707 2 2 9 75.88 1.03 1.2536 -1 4 5 76.42 1.57 1.2459 -4 2 1 76.63 1.23 1.2431 2 3 7 77.14 1.61 1.2361 4 1 4 76.69 3.13 1.2424 -2 4 1 76.76 1.13 1.2414 2 4 0 77.55 2.74 1.2307 1 2 11 77.86 1.90 1.2265 3 2 7 77.60 1.05 1.2300 1 4 5 78.32 1.17 1.2205 -3 2 9 79.82 4.72 1.2013 -2 3 9 81.33 1.21 1.1826 -3 1 11 81.90 1.84 1.1758 -4 1 8 82.01 1.74 1.1746 -1 4 7 83.87 1.09 1.1532 4 1 6 84.13 2.96 1.1503 3 0 10 84.61 2.44 1.1450 0 3 11 84.37 1.45 1.1476 1 4 7 85.16 1.13 1.1390 2 4 5 86.92 2.00 1.1204 4 2 5 88.81 1.20 1.1013 -3 4 3 88.81 1.20 1.1013 -3 4 3 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.