Gysinite-(Nd) Feng W J, Zhou G P, Liu Z B, Xu Y Acta Crystallographica E63 (2007) i174-i174 Nd(CO3)(OH) from single-crystal data Locality: synthetic _database_code_amcsd 0010477 CELL PARAMETERS: 7.2310 4.9640 8.4890 90.000 90.000 90.000 SPACE GROUP: Pnma X-RAY WAVELENGTH: 1.541838 Cell Volume: 304.710 Density (g/cm3): 4.822 MAX. ABS. INTENSITY / VOLUME**2: 60.48203883 RIR: 4.084 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 16.10 38.95 5.5047 1 0 1 4 20.73 100.00 4.2851 0 1 1 4 20.93 30.90 4.2445 0 0 2 2 24.14 51.34 3.6864 1 1 1 8 24.32 35.42 3.6605 1 0 2 4 24.62 8.88 3.6155 2 0 0 2 26.80 46.11 3.3264 2 0 1 4 30.34 18.93 2.9461 1 1 2 8 30.59 64.40 2.9225 2 1 0 4 32.53 4.10 2.7523 2 0 2 4 34.02 26.93 2.6351 1 0 3 4 36.19 27.12 2.4820 0 2 0 2 36.55 1.05 2.4583 0 1 3 4 37.36 19.03 2.4071 2 1 2 8 38.69 47.30 2.3275 1 1 3 8 38.84 20.94 2.3187 3 0 1 4 39.84 1.57 2.2626 1 2 1 8 40.48 1.99 2.2283 2 0 3 4 42.18 11.72 2.1426 0 2 2 4 42.60 8.72 2.1223 0 0 4 2 43.06 4.23 2.1008 3 1 1 8 43.16 3.40 2.0960 3 0 2 4 44.08 40.17 2.0543 1 2 2 8 44.26 1.18 2.0462 2 2 0 4 44.49 14.54 2.0364 1 0 4 4 45.60 41.71 1.9893 2 2 1 8 47.06 23.34 1.9309 3 1 2 8 48.31 11.48 1.8840 1 1 4 8 49.45 2.25 1.8432 2 2 2 8 49.69 23.41 1.8349 3 0 3 4 50.49 7.19 1.8077 4 0 0 2 50.52 10.86 1.8067 1 2 3 8 51.70 2.45 1.7681 4 0 1 4 53.22 6.13 1.7211 3 1 3 8 53.35 6.90 1.7172 2 1 4 8 53.98 3.89 1.6986 4 1 0 4 54.13 4.82 1.6944 3 2 1 8 55.14 15.04 1.6656 4 1 1 8 55.23 1.99 1.6632 4 0 2 4 55.60 1.37 1.6529 1 0 5 4 56.68 8.19 1.6241 0 3 1 4 57.10 1.81 1.6130 0 2 4 4 57.36 7.53 1.6064 0 1 5 4 57.56 4.40 1.6014 3 2 2 8 57.89 1.07 1.5928 3 0 4 4 58.22 2.62 1.5846 1 3 1 8 58.64 8.93 1.5743 1 2 4 8 58.89 1.94 1.5682 1 1 5 8 60.22 5.40 1.5368 2 0 5 4 61.10 7.78 1.5167 3 1 4 8 61.50 3.95 1.5078 1 3 2 8 61.65 6.24 1.5046 2 3 0 4 63.00 14.83 1.4755 3 2 3 8 63.68 3.43 1.4612 4 2 0 4 64.73 4.28 1.4401 4 2 1 8 65.86 3.48 1.4181 2 3 2 8 66.03 3.16 1.4148 0 0 6 2 66.75 7.52 1.4013 1 3 3 8 67.83 2.50 1.3817 4 2 2 8 68.14 1.82 1.3762 4 0 4 4 68.16 3.27 1.3757 1 2 5 8 68.47 2.65 1.3703 5 1 1 8 68.55 2.22 1.3689 5 0 2 4 71.09 1.22 1.3261 4 1 4 8 72.32 8.02 1.3066 2 2 5 8 72.82 7.38 1.2987 3 3 2 8 73.79 2.65 1.2842 1 3 4 8 74.51 9.53 1.2735 2 1 6 8 76.41 8.66 1.2465 5 1 3 8 76.81 3.85 1.2410 0 4 0 2 77.69 5.11 1.2292 0 2 6 4 77.71 1.61 1.2288 3 3 3 8 77.82 1.38 1.2274 2 3 4 8 79.04 3.15 1.2115 3 2 5 8 79.30 5.37 1.2081 4 3 1 8 79.54 1.39 1.2052 6 0 0 2 79.88 4.59 1.2008 4 1 5 8 80.05 6.54 1.1987 5 2 2 8 80.34 3.22 1.1951 5 0 4 4 80.50 1.46 1.1932 6 0 1 4 80.66 1.17 1.1911 0 4 2 4 81.17 2.81 1.1850 0 3 5 4 81.75 1.90 1.1781 0 1 7 4 81.98 2.66 1.1753 1 4 2 8 82.33 2.65 1.1711 6 1 0 4 82.49 1.16 1.1694 1 3 5 8 83.06 1.39 1.1627 1 1 7 8 83.06 3.99 1.1627 2 4 1 8 83.29 2.02 1.1602 6 1 1 8 84.21 3.44 1.1498 2 0 7 4 84.41 2.85 1.1475 3 3 4 8 86.73 2.73 1.1227 1 4 3 8 87.57 2.16 1.1142 4 0 6 4 88.23 1.07 1.1075 4 2 5 8 89.59 2.23 1.0941 3 4 1 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.