KTiOPO4 Thomas P A, Glazer A M, Watts B E Acta Crystallographica B46 (1990) 333-343 Crystal structure and nonlinear optical properties of KSnOPO4 and their comparison with KTiOPO4 Note: KTP structure _database_code_amcsd 0009839 CELL PARAMETERS: 12.8190 6.3990 10.5840 90.000 90.000 90.000 SPACE GROUP: Pna2_1 X-RAY WAVELENGTH: 1.541838 Cell Volume: 868.193 Density (g/cm3): 3.028 MAX. ABS. INTENSITY / VOLUME**2: 7.059895380 RIR: 0.759 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 13.82 25.15 6.4095 2 0 0 2 15.48 39.19 5.7253 1 1 0 4 16.17 91.47 5.4825 2 0 1 2 16.19 100.00 5.4760 0 1 1 2 17.61 1.46 5.0358 1 1 1 4 21.34 12.01 4.1634 2 1 1 4 21.78 1.96 4.0808 2 0 2 2 22.88 1.57 3.8862 1 1 2 4 25.06 15.00 3.5536 3 1 0 4 25.90 58.31 3.4407 2 1 2 4 26.46 33.10 3.3688 3 1 1 4 28.89 76.40 3.0907 2 0 3 2 28.90 72.99 3.0895 0 1 3 2 29.11 10.83 3.0672 4 0 1 2 29.75 1.86 3.0035 1 1 3 4 30.00 12.93 2.9788 1 2 1 4 30.30 3.94 2.9501 3 1 2 4 31.21 1.26 2.8655 4 1 0 4 31.25 5.42 2.8627 2 2 0 4 32.37 90.33 2.7659 4 1 1 4 32.40 68.90 2.7634 2 2 1 4 32.67 54.22 2.7413 4 0 2 2 32.71 66.96 2.7380 0 2 2 2 33.47 6.49 2.6776 1 2 2 4 33.88 26.53 2.6460 0 0 4 1 35.66 16.97 2.5179 2 2 2 4 35.87 3.80 2.5037 3 1 3 4 36.08 2.10 2.4893 3 2 1 4 36.75 1.42 2.4458 2 0 4 2 37.44 5.64 2.4019 1 1 4 4 37.80 5.88 2.3799 5 1 0 4 37.93 1.45 2.3722 4 0 3 2 38.63 2.31 2.3305 1 2 3 4 38.78 2.25 2.3219 5 1 1 4 39.81 8.69 2.2642 4 2 0 4 40.56 5.72 2.2243 4 1 3 4 40.58 4.75 2.2229 2 2 3 4 40.75 2.60 2.2141 4 2 1 4 41.61 15.06 2.1705 5 1 2 4 42.30 4.65 2.1365 6 0 0 2 42.60 1.19 2.1223 3 1 4 4 42.99 15.09 2.1041 1 3 0 4 43.20 1.11 2.0943 6 0 1 2 43.67 4.29 2.0726 3 2 3 4 44.40 24.59 2.0404 4 0 4 2 44.43 24.60 2.0390 0 2 4 2 45.11 4.40 2.0100 2 0 5 2 45.11 5.75 2.0097 0 1 5 2 45.58 3.59 1.9904 6 1 1 4 45.64 1.54 1.9879 2 3 1 4 45.80 2.05 1.9811 6 0 2 2 46.18 4.11 1.9659 5 2 1 4 46.44 5.92 1.9552 1 3 2 4 46.75 1.63 1.9431 2 2 4 4 47.65 4.63 1.9084 3 3 0 4 47.73 3.00 1.9056 4 2 3 4 48.08 4.10 1.8925 6 1 2 4 48.14 3.72 1.8903 2 3 2 4 48.47 3.14 1.8782 3 3 1 4 49.90 11.31 1.8275 6 0 3 2 49.97 10.18 1.8253 0 3 3 2 50.16 1.25 1.8186 3 1 5 4 50.50 1.31 1.8071 1 3 3 4 51.43 7.48 1.7768 6 2 0 4 51.66 7.50 1.7695 5 1 4 4 51.94 1.85 1.7606 7 1 0 4 52.04 6.15 1.7573 6 1 3 4 52.10 4.67 1.7555 2 3 3 4 52.20 2.90 1.7523 6 2 1 4 52.24 2.08 1.7512 4 3 1 4 52.31 1.76 1.7489 1 2 5 4 52.59 4.15 1.7403 5 2 3 4 52.70 2.40 1.7367 7 1 1 4 53.25 31.73 1.7203 4 2 4 4 53.85 11.46 1.7026 4 1 5 4 53.87 10.09 1.7020 2 2 5 4 54.68 7.64 1.6786 3 3 3 4 55.94 1.09 1.6437 2 1 6 4 56.09 10.39 1.6397 5 3 0 4 56.82 1.10 1.6204 5 3 1 4 57.52 13.93 1.6024 8 0 0 2 57.62 10.16 1.5998 0 4 0 2 58.13 1.43 1.5869 6 2 3 4 58.16 4.02 1.5861 4 3 3 4 58.60 4.29 1.5753 7 1 3 4 58.75 1.57 1.5717 7 2 1 4 58.97 1.42 1.5663 5 3 2 4 59.56 3.16 1.5521 2 4 0 4 59.74 4.36 1.5478 3 3 4 4 59.85 7.05 1.5454 4 0 6 2 59.87 9.17 1.5448 0 2 6 2 60.17 1.61 1.5379 8 1 1 4 60.26 3.49 1.5357 2 4 1 4 60.36 1.37 1.5336 8 0 2 2 60.86 1.18 1.5222 7 2 2 4 60.93 2.09 1.5205 1 4 2 4 61.74 1.79 1.5025 0 3 5 2 62.11 1.18 1.4944 6 3 1 4 62.21 1.83 1.4923 1 3 5 4 62.25 1.13 1.4914 8 1 2 4 62.46 2.14 1.4870 5 3 3 4 63.02 7.80 1.4751 6 2 4 4 63.18 9.17 1.4716 2 0 7 2 63.19 9.90 1.4715 0 1 7 2 63.46 2.78 1.4658 7 1 4 4 63.61 2.38 1.4628 2 3 5 4 64.16 1.57 1.4516 6 3 2 4 64.28 1.45 1.4491 7 2 3 4 65.11 1.09 1.4327 8 2 0 4 65.64 4.57 1.4224 8 1 3 4 65.73 5.04 1.4207 2 4 3 4 65.91 3.12 1.4172 5 1 6 4 67.16 17.49 1.3938 5 3 4 4 67.35 2.10 1.3903 9 1 0 4 67.49 4.03 1.3878 6 3 3 4 67.76 3.55 1.3829 8 2 2 4 67.83 2.46 1.3817 4 4 2 4 67.98 1.39 1.3790 3 4 3 4 68.01 1.44 1.3785 9 1 1 4 68.45 1.56 1.3706 8 0 4 2 68.54 1.19 1.3690 0 4 4 2 69.01 2.15 1.3609 6 2 5 4 69.04 3.88 1.3604 4 3 5 4 69.05 1.91 1.3603 6 0 6 2 69.44 3.77 1.3536 7 1 5 4 69.54 1.08 1.3518 1 3 6 4 70.01 2.96 1.3439 7 3 2 4 70.32 2.49 1.3388 2 4 4 4 71.28 3.67 1.3230 0 0 8 1 72.61 1.10 1.3020 3 2 7 4 73.17 1.35 1.2935 9 1 3 4 73.21 4.82 1.2928 7 3 3 4 73.30 1.09 1.2915 9 2 1 4 73.46 1.80 1.2890 1 1 8 4 74.75 1.84 1.2700 1 4 5 4 74.98 3.99 1.2667 5 4 3 4 75.45 6.37 1.2599 8 2 4 4 75.52 3.24 1.2589 4 4 4 4 75.63 1.38 1.2574 4 2 7 4 75.95 1.53 1.2529 8 1 5 4 76.42 3.03 1.2463 2 5 1 4 76.54 2.93 1.2446 6 4 2 4 77.78 1.01 1.2279 1 3 7 4 78.16 2.91 1.2229 4 0 8 2 78.18 2.16 1.2226 0 2 8 2 78.55 1.73 1.2178 3 5 1 4 79.01 1.19 1.2119 6 1 7 4 79.45 2.13 1.2063 5 2 7 4 79.61 1.63 1.2042 8 3 3 4 79.65 1.74 1.2037 6 4 3 4 80.18 1.18 1.1971 7 4 1 4 81.16 2.34 1.1851 3 3 7 4 81.21 2.82 1.1845 9 3 0 4 81.49 1.35 1.1811 4 5 1 4 81.82 1.26 1.1772 9 3 1 4 82.03 1.03 1.1747 7 4 2 4 83.12 1.58 1.1621 9 1 5 4 83.16 1.81 1.1616 7 3 5 4 83.59 1.13 1.1567 2 0 9 2 83.60 1.97 1.1566 0 1 9 2 83.66 2.54 1.1559 9 3 2 4 84.42 1.12 1.1475 1 5 4 4 84.89 3.84 1.1423 4 2 8 4 85.12 1.11 1.1398 11 1 1 4 85.84 1.31 1.1321 8 4 0 4 86.71 1.25 1.1229 9 3 3 4 86.95 2.15 1.1205 11 1 2 4 87.08 1.22 1.1192 5 5 2 4 87.83 1.68 1.1115 4 4 6 4 89.81 1.44 1.0920 6 5 1 4 89.87 2.14 1.0915 7 3 6 4 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.