Clinoptilolite-Ca Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R061099 Smyth J R, Spaid A T, Bish D L American Mineralogist 75 (1990) 522-528 Crystal structures of a natural and a Cs-exchanged clinoptilolite natural sample CELL PARAMETERS: 17.63300 17.94100 7.400000 90.00000 116.3900 90.00000 SPACE GROUP: C2/m X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 7.46 5.26 11.8627 1 1 0 9.87 100.00 8.9677 0 2 0 11.20 70.32 7.9082 2 0 0 13.06 25.91 6.7829 -2 0 1 13.35 13.92 6.6357 0 0 1 14.94 6.83 5.9313 2 2 0 15.85 2.62 5.5923 1 3 0 16.62 7.16 5.3342 0 2 1 16.91 37.37 5.2451 -3 1 1 17.36 64.59 5.1098 1 1 1 17.54 37.51 5.0582 3 1 0 19.08 59.76 4.6522 -1 3 1 19.80 5.18 4.4838 0 4 0 20.40 19.54 4.3544 -4 0 1 22.34 90.06 3.9788 1 3 1 22.48 47.31 3.9542 3 3 0 22.49 31.02 3.9541 4 0 0 22.70 23.90 3.9171 -4 2 1 22.80 54.27 3.9005 2 4 0 23.21 15.25 3.8320 2 2 1 23.79 7.32 3.7404 -2 4 1 23.95 1.29 3.7152 0 4 1 24.03 12.76 3.7037 -2 0 2 24.60 2.31 3.6180 4 2 0 25.03 34.26 3.5571 -3 1 2 25.34 3.64 3.5140 -1 1 2 25.46 2.87 3.4982 1 5 0 25.72 13.64 3.4639 -5 1 1 26.03 58.30 3.4232 -2 2 2 26.27 33.31 3.3915 -4 0 2 26.32 1.89 3.3856 3 1 1 26.87 19.88 3.3179 0 0 2 28.13 54.23 3.1722 -4 2 2 28.57 49.83 3.1238 -4 4 1 28.77 2.25 3.1023 -3 3 2 28.98 1.07 3.0801 2 4 1 29.05 26.73 3.0736 -1 3 2 29.38 1.52 3.0399 -5 3 1 29.49 6.85 3.0280 -5 1 2 29.75 21.91 3.0021 -3 5 1 29.88 7.98 2.9892 0 6 0 29.91 6.38 2.9866 3 3 1 30.02 68.58 2.9760 1 5 1 30.13 58.14 2.9657 3 5 0 30.29 27.67 2.9500 1 1 2 30.40 5.27 2.9396 -6 0 1 31.05 6.44 2.8796 4 0 1 32.00 55.24 2.7960 5 3 0 32.03 19.77 2.7934 -6 2 1 32.65 3.09 2.7417 4 2 1 32.64 1.66 2.7424 -6 0 2 32.73 19.10 2.7354 -2 6 1 32.77 4.76 2.7325 -5 3 2 32.85 8.48 2.7255 0 6 1 33.49 5.44 2.6747 1 3 2 33.59 7.53 2.6671 0 4 2 34.18 1.63 2.6226 -6 2 2 35.11 11.35 2.5549 2 2 2 35.17 1.67 2.5512 -3 5 2 35.40 6.02 2.5352 -1 5 2 35.48 3.88 2.5292 1 7 0 35.48 5.45 2.5291 6 2 0 35.67 6.05 2.5162 -5 5 1 36.12 6.55 2.4857 3 5 1 36.18 5.16 2.4821 -7 1 1 36.45 6.66 2.4644 -4 6 1 36.54 6.22 2.4584 -6 4 1 36.66 2.69 2.4502 -4 0 3 36.78 14.02 2.4428 2 6 1 36.85 3.29 2.4385 5 1 1 37.00 3.15 2.4290 -2 0 3 37.09 10.13 2.4229 4 4 1 37.17 6.96 2.4178 -7 1 2 37.71 3.73 2.3845 4 6 0 38.06 10.61 2.3636 -4 2 3 38.19 4.16 2.3557 -5 1 3 38.26 2.73 2.3517 3 1 2 38.38 7.36 2.3445 -2 2 3 38.46 2.19 2.3395 -6 4 2 38.78 1.67 2.3214 -3 7 1 39.07 2.54 2.3045 3 7 0 39.31 3.47 2.2911 2 4 2 39.58 1.03 2.2760 5 3 1 39.65 4.80 2.2725 6 4 0 39.86 1.32 2.2610 -6 0 3 39.89 1.46 2.2591 -7 3 2 40.21 1.31 2.2419 0 8 0 40.21 1.47 2.2418 7 1 0 40.91 2.44 2.2049 3 3 2 41.16 4.29 2.1924 -6 2 3 41.45 1.02 2.1774 -1 3 3 41.43 1.03 2.1786 -8 0 1 42.00 1.52 2.1501 -4 4 3 42.30 5.56 2.1358 -2 4 3 42.45 1.46 2.1287 -2 8 1 42.55 1.13 2.1240 0 8 1 42.65 2.72 2.1192 4 0 2 42.77 5.06 2.1136 7 3 0 42.91 2.31 2.1070 -7 1 3 43.20 3.47 2.0931 -3 7 2 43.37 11.07 2.0854 6 2 1 43.63 6.06 2.0738 4 6 1 44.01 1.37 2.0565 3 7 1 44.06 1.36 2.0544 -7 5 1 44.06 3.24 2.0544 1 1 3 44.63 2.11 2.0295 5 5 1 44.88 6.99 2.0188 -6 4 3 44.91 3.50 2.0175 -7 5 2 45.49 1.47 1.9932 -4 8 1 45.88 2.18 1.9772 1 9 0 45.88 2.72 1.9771 6 6 0 46.11 2.44 1.9677 -5 7 2 46.33 12.97 1.9587 -1 5 3 46.31 3.81 1.9596 -8 4 1 46.34 5.43 1.9585 -8 4 2 46.75 5.42 1.9424 -9 1 2 46.95 6.34 1.9344 6 4 1 47.21 2.07 1.9244 -1 9 1 47.12 2.21 1.9278 -8 2 3 47.38 2.09 1.9179 -2 8 2 48.46 1.20 1.8774 2 2 3 48.83 1.40 1.8641 3 9 0 49.02 1.03 1.8576 0 8 2 49.03 1.81 1.8572 -9 3 2 49.18 3.00 1.8518 -4 0 4 49.92 3.06 1.8262 -7 5 3 49.99 5.60 1.8237 -3 1 4 50.25 2.37 1.8149 5 3 2 50.26 2.75 1.8146 -6 0 4 50.89 5.38 1.7935 0 10 0 51.36 2.64 1.7781 0 6 3 51.37 2.35 1.7779 -3 7 3 51.46 2.07 1.7750 5 7 1 51.64 3.98 1.7690 4 8 1 51.71 12.86 1.7670 -7 7 2 51.76 3.04 1.7652 -10 0 2 52.16 5.53 1.7527 -3 3 4 52.35 3.60 1.7468 -3 9 2 52.50 2.33 1.7423 -5 7 3 52.85 6.56 1.7314 0 10 1 53.05 5.29 1.7253 3 9 1 53.37 2.08 1.7157 2 8 2 53.79 3.33 1.7033 3 3 3 54.09 3.79 1.6947 7 7 0 54.06 2.59 1.6955 -9 5 1 54.05 1.75 1.6957 -8 0 4 54.21 4.66 1.6911 -10 0 3 54.39 1.14 1.6861 5 9 0 55.09 6.95 1.6662 -8 2 4 55.19 2.16 1.6634 -1 3 4 55.37 1.16 1.6584 -4 10 1 55.71 4.10 1.6490 8 6 0 55.77 2.87 1.6475 -2 8 3 56.01 1.14 1.6409 -5 5 4 56.29 2.58 1.6334 4 10 0 56.33 1.26 1.6324 -3 5 4 56.98 8.99 1.6154 2 6 3 57.88 6.22 1.5923 3 5 3 57.89 3.62 1.5920 -6 8 3 58.02 2.29 1.5888 8 4 1 58.31 1.93 1.5816 10 0 0 58.45 1.21 1.5782 9 5 0 59.01 1.96 1.5645 7 1 2 59.10 2.59 1.5624 -8 8 1 59.30 1.78 1.5576 10 2 0 59.64 2.86 1.5496 6 8 1 60.04 1.34 1.5401 4 8 2 60.11 1.26 1.5385 -9 7 1 60.18 1.15 1.5368 -2 6 4 60.61 1.38 1.5269 -5 9 3 60.66 1.45 1.5258 3 9 2 60.81 2.31 1.5224 4 10 1 60.92 1.06 1.5200 -10 6 2 61.06 1.81 1.5168 5 1 3 61.93 1.20 1.4974 -5 7 4 62.06 1.67 1.4946 0 12 0 62.07 1.87 1.4946 7 9 0 62.31 2.37 1.4894 9 3 1 62.36 1.29 1.4883 -9 7 3 62.61 4.78 1.4828 8 8 0 62.88 1.57 1.4771 8 6 1 62.97 1.62 1.4752 5 3 3 63.29 1.46 1.4686 2 12 0 63.70 1.06 1.4601 3 7 3 64.11 1.43 1.4517 -4 2 5 64.17 1.52 1.4505 0 6 4 64.17 3.95 1.4505 -12 2 2 64.23 1.39 1.4492 9 7 0 64.68 3.07 1.4402 -5 11 2 64.95 4.85 1.4350 1 9 3 64.97 3.63 1.4346 -11 5 3 65.12 2.47 1.4316 1 11 2 65.34 1.53 1.4274 -11 5 1 65.63 1.19 1.4217 -7 3 5 65.77 2.23 1.4191 -12 0 1 65.94 3.38 1.4157 -2 0 5 66.05 2.06 1.4137 -4 12 1 66.06 1.28 1.4134 9 5 1 66.16 4.41 1.4117 -11 3 4 66.36 1.10 1.4079 -3 3 5 66.51 1.09 1.4051 -6 10 3 66.90 1.31 1.3978 -4 4 5 67.02 1.13 1.3956 6 2 3 66.98 1.01 1.3962 -9 1 5 67.48 2.31 1.3871 10 2 1 67.62 3.56 1.3847 -8 10 1 68.50 1.73 1.3691 4 10 2 68.48 3.69 1.3693 -5 5 5 68.98 1.08 1.3606 -3 11 3 69.06 1.09 1.3593 5 11 1 69.27 2.79 1.3557 -7 11 2 69.21 1.40 1.3566 -10 0 5 69.29 4.78 1.3552 -7 5 5 69.46 1.48 1.3524 -8 8 4 70.00 2.27 1.3433 -3 5 5 70.26 1.93 1.3389 7 7 2 70.35 1.02 1.3374 -1 11 3 70.45 1.46 1.3357 -11 7 3 70.64 1.25 1.3327 4 0 4 71.07 1.19 1.3256 -6 6 5 71.48 2.02 1.3190 -12 6 2 71.65 1.17 1.3163 -13 3 3 72.13 2.09 1.3087 5 7 3 72.32 1.12 1.3057 -12 6 3 72.46 4.04 1.3036 2 12 2 73.68 1.66 1.2850 -5 13 1 73.78 1.71 1.2835 -1 5 5 74.29 3.69 1.2760 -4 12 3 74.41 1.16 1.2741 -13 3 1 74.52 1.00 1.2726 0 4 5 74.86 3.08 1.2676 -2 10 4 75.07 1.48 1.2646 2 14 0 75.07 1.99 1.2646 5 13 0 75.24 1.53 1.2622 11 3 1 75.90 1.19 1.2528 1 13 2 75.97 3.74 1.2519 -9 11 2 76.45 1.27 1.2451 9 5 2 76.94 1.40 1.2384 0 12 3 77.31 1.63 1.2335 7 9 2 77.38 1.27 1.2325 -8 12 1 77.63 2.71 1.2292 -12 8 2 77.86 1.39 1.2261 6 12 1 77.90 1.92 1.2256 -13 5 1 78.32 1.64 1.2200 -14 0 4 78.49 1.07 1.2178 0 10 4 78.71 1.36 1.2150 11 5 1 79.54 1.06 1.2044 -3 13 3 80.27 1.06 1.1953 6 8 3 81.64 1.11 1.1786 -13 3 5 82.03 1.72 1.1739 -11 9 4 82.22 1.19 1.1718 -3 9 5 82.65 1.55 1.1667 -10 10 4 83.18 1.11 1.1606 -10 8 5 84.43 1.11 1.1466 6 4 4 85.06 1.18 1.1397 -14 2 5 86.11 1.50 1.1285 9 3 3 87.78 1.02 1.1112 -2 10 5 87.78 1.02 1.1112 -2 10 5 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.