Holtite Kazantsev S S, Pushcharovsky D Y, Pasero M, Merlino S, Zubkova N V, Kabalov Y K ,Voloshin A V Crystallography Reports 50 (2005) 42-47 Crystal structure of holtite I Locality: Voroni Tundry deposit, Kola Peninsula, Russia _database_code_amcsd 0019739 CELL PARAMETERS: 4.6950 11.9060 20.3800 90.000 90.000 90.000 SPACE GROUP: Pnma X-RAY WAVELENGTH: 1.541838 Cell Volume: 1139.215 Density (g/cm3): 3.741 MAX. ABS. INTENSITY / VOLUME**2: 10.58790960 RIR: 0.922 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 8.60 100.00 10.2803 0 1 1 4 8.68 13.40 10.1900 0 0 2 2 14.88 8.05 5.9530 0 2 0 2 15.01 9.45 5.9004 0 1 3 4 17.25 23.10 5.1401 0 2 2 4 17.41 39.75 5.0950 0 0 4 2 20.80 9.40 4.2707 1 1 1 8 20.83 3.99 4.2642 1 0 2 4 22.14 4.15 4.0144 1 1 2 8 22.83 13.14 3.8955 0 3 1 4 22.98 18.50 3.8708 0 2 4 4 23.06 14.41 3.8563 0 1 5 4 24.23 1.18 3.6739 1 1 3 8 24.54 6.09 3.6276 1 2 1 8 25.70 29.41 3.4666 1 2 2 8 25.80 20.34 3.4526 1 0 4 4 26.00 7.37 3.4268 0 3 3 4 26.89 10.73 3.3160 1 1 4 8 27.53 42.36 3.2401 1 2 3 8 29.01 18.20 3.0779 1 0 5 4 29.80 5.92 2.9979 1 3 1 8 29.92 3.20 2.9867 1 2 4 8 29.99 11.92 2.9799 1 1 5 8 30.02 12.68 2.9765 0 4 0 2 30.30 26.16 2.9502 0 2 6 4 30.78 40.05 2.9051 1 3 2 8 31.31 4.49 2.8571 0 4 2 4 31.46 6.07 2.8435 0 3 5 4 31.64 2.02 2.8281 0 1 7 4 32.34 2.43 2.7679 1 3 3 8 32.76 5.71 2.7341 1 2 5 8 33.42 10.34 2.6813 1 1 6 8 34.91 8.17 2.5701 0 4 4 4 35.23 2.58 2.5475 0 0 8 2 36.00 8.32 2.4950 1 4 1 8 36.31 3.62 2.4743 1 0 7 4 36.83 3.06 2.4407 1 4 2 8 36.96 7.33 2.4322 1 3 5 8 37.11 2.26 2.4225 1 1 7 8 38.05 9.75 2.3651 0 5 1 4 38.17 5.40 2.3576 1 4 3 8 38.34 4.15 2.3475 2 0 0 2 38.34 14.47 2.3475 0 3 7 4 38.44 9.10 2.3421 0 2 8 4 38.61 1.48 2.3321 2 0 1 4 39.37 1.16 2.2886 2 1 1 8 39.99 4.96 2.2544 1 4 4 8 40.14 1.40 2.2465 2 1 2 8 40.28 4.07 2.2391 1 0 8 4 40.29 2.78 2.2386 0 4 6 4 40.55 2.52 2.2246 0 1 9 4 40.66 1.35 2.2188 2 0 3 4 41.02 1.23 2.2005 1 1 8 8 41.34 3.03 2.1838 2 2 0 4 41.40 3.70 2.1812 2 1 3 8 41.59 1.47 2.1714 2 2 1 8 42.24 5.60 2.1397 1 4 5 8 42.81 12.72 2.1122 1 5 1 8 43.08 11.90 2.0997 1 3 7 8 43.10 7.41 2.0987 2 1 4 8 43.17 14.73 2.0958 1 2 8 8 43.53 4.57 2.0791 2 2 3 8 43.53 2.14 2.0790 1 5 2 8 44.54 3.55 2.0342 2 0 5 4 44.71 1.20 2.0269 1 5 3 8 44.86 7.13 2.0205 2 3 0 4 45.09 2.95 2.0106 2 3 1 8 45.10 1.76 2.0103 1 1 9 8 45.17 1.17 2.0072 2 2 4 8 45.22 4.25 2.0052 2 1 5 8 45.72 2.15 1.9843 0 6 0 2 45.78 10.06 1.9819 2 3 2 8 46.63 3.37 1.9477 0 6 2 4 46.91 3.43 1.9367 2 3 3 8 46.95 1.77 1.9354 0 4 8 4 47.10 2.24 1.9295 1 2 9 8 47.13 1.96 1.9281 0 2 10 4 47.22 8.87 1.9250 2 2 5 8 47.71 4.27 1.9063 2 1 6 8 48.47 10.51 1.8782 2 3 4 8 49.34 1.37 1.8468 1 1 10 8 49.45 1.91 1.8432 0 5 7 4 49.90 7.70 1.8275 2 0 7 4 50.11 2.30 1.8205 1 6 1 8 50.70 1.41 1.8007 1 5 6 8 51.36 14.09 1.7789 2 4 3 8 51.80 2.30 1.7650 1 6 3 8 52.37 2.70 1.7470 2 2 7 8 52.71 1.90 1.7365 2 3 6 8 52.82 2.35 1.7333 2 4 4 8 53.65 1.04 1.7084 2 1 8 8 53.74 1.57 1.7056 1 1 11 8 54.11 1.08 1.6950 0 7 1 4 54.57 2.07 1.6816 0 4 10 4 54.65 4.95 1.6795 2 4 5 8 54.67 2.37 1.6788 0 3 11 4 55.06 1.23 1.6678 1 6 5 8 55.12 3.43 1.6661 2 5 1 8 55.35 3.59 1.6599 2 3 7 8 55.42 3.68 1.6580 2 2 8 8 55.51 3.08 1.6554 1 2 11 8 56.04 1.27 1.6409 0 5 9 4 56.41 7.86 1.6312 1 5 8 8 56.46 5.89 1.6298 2 0 9 4 56.71 2.57 1.6233 2 5 3 8 56.83 3.44 1.6201 2 4 6 8 57.04 2.90 1.6147 2 1 9 8 58.07 2.65 1.5884 2 5 4 8 58.42 3.20 1.5798 1 7 2 8 58.83 5.69 1.5697 0 7 5 4 59.00 5.38 1.5655 0 6 8 4 59.34 1.38 1.5574 2 4 7 8 59.47 7.30 1.5543 0 1 13 4 59.74 3.50 1.5480 1 6 7 8 60.68 4.35 1.5263 2 1 10 8 61.34 2.92 1.5113 2 6 1 8 61.86 4.50 1.4999 2 5 6 8 62.40 5.11 1.4883 0 8 0 2 62.46 1.26 1.4870 1 0 13 4 62.71 3.49 1.4816 1 3 12 8 62.83 2.96 1.4791 2 6 3 8 63.02 11.16 1.4751 0 4 12 4 63.24 3.12 1.4704 1 5 10 8 64.13 3.77 1.4522 3 3 1 8 64.19 3.95 1.4509 3 2 4 8 64.23 5.02 1.4501 3 1 5 8 64.39 1.76 1.4468 1 7 6 8 64.60 1.02 1.4427 1 2 13 8 65.00 4.43 1.4349 2 3 10 8 65.27 3.13 1.4295 2 4 9 8 65.32 1.81 1.4286 0 8 4 4 65.74 2.09 1.4205 2 6 5 8 66.07 1.03 1.4140 0 2 14 4 66.14 5.06 1.4128 2 2 11 8 66.95 3.58 1.3977 2 5 8 8 67.44 1.01 1.3887 1 8 3 8 68.01 1.46 1.3785 3 0 7 4 68.43 1.92 1.3711 3 3 5 8 68.78 4.42 1.3649 2 7 2 8 68.88 1.34 1.3631 0 8 6 4 69.06 1.72 1.3600 0 7 9 4 69.22 1.77 1.3573 3 4 3 8 69.65 1.79 1.3499 0 1 15 4 70.44 9.88 1.3367 3 4 4 8 70.64 7.64 1.3335 3 0 8 4 72.14 2.14 1.3094 0 5 13 4 72.31 1.07 1.3067 2 4 11 8 72.41 1.99 1.3051 1 0 15 4 72.43 1.26 1.3048 2 7 5 8 73.01 1.02 1.2960 2 1 13 8 73.23 1.20 1.2925 2 5 10 8 74.38 3.08 1.2753 1 8 7 8 74.42 3.09 1.2748 1 2 15 8 74.51 1.09 1.2735 2 2 13 8 75.58 2.65 1.2581 1 7 10 8 76.23 1.42 1.2490 2 4 12 8 77.18 1.77 1.2360 2 8 3 8 77.23 1.23 1.2353 1 9 4 8 80.71 1.93 1.1906 0 10 0 2 81.37 1.53 1.1826 0 10 2 4 81.58 2.37 1.1801 0 5 15 4 82.11 1.21 1.1738 4 0 0 2 82.11 1.67 1.1737 0 6 14 4 82.17 1.43 1.1730 2 6 11 8 82.34 1.11 1.1710 0 4 16 4 82.76 1.59 1.1662 4 1 1 8 83.26 1.33 1.1605 4 1 2 8 83.87 2.56 1.1536 2 2 15 8 84.99 2.40 1.1412 2 7 10 8 86.60 2.06 1.1241 2 9 4 8 86.72 1.13 1.1229 4 1 5 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.