Barytocalcite Diffraction data computed using the structure from the paper listed below, along with the cell parameters refined from the powder pattern for R050288 Alm K F Arkiv for Mineralogi och Geologi 2 (1960) 399-410 The crystal structure of barytocalcite BaCa(CO3)2 CELL PARAMETERS: 8.150000 5.220000 6.580000 90.00000 106.1300 90.00000 SPACE GROUP: P2_1 X-RAY WAVELENGTH: 1.541838 2-THETA INTENSITY D-SPACING H K L 11.36 40.16 7.7938 1 0 0 14.08 3.31 6.2950 0 0 1 15.46 14.72 5.7358 -1 0 1 20.45 30.25 4.3437 1 0 1 20.43 14.42 4.3478 1 1 0 22.08 52.02 4.0267 0 1 1 22.99 11.46 3.8681 -1 1 1 23.28 24.28 3.8213 -2 0 1 26.66 1.77 3.3438 1 1 1 27.46 10.33 3.2479 -1 0 2 28.35 45.55 3.1475 0 0 2 28.54 100.00 3.1267 2 1 0 30.13 1.43 2.9658 2 0 1 33.46 2.56 2.6775 -3 0 1 34.22 15.12 2.6193 0 2 0 34.51 2.29 2.5979 3 0 0 34.75 3.28 2.5809 2 1 1 35.68 30.20 2.5156 -2 1 2 36.17 3.47 2.4828 1 2 0 37.72 6.22 2.3841 -3 1 1 37.78 18.94 2.3806 1 1 2 37.74 6.31 2.3826 -1 2 1 38.31 2.84 2.3486 -3 0 2 38.67 1.73 2.3274 3 1 0 40.19 5.10 2.2431 1 2 1 41.79 30.69 2.1605 -2 2 1 42.15 4.99 2.1431 -3 1 2 42.90 6.39 2.1075 -2 0 3 44.41 13.58 2.0389 -1 2 2 44.72 11.41 2.0255 3 1 1 44.95 10.08 2.0157 -1 1 3 45.01 9.03 2.0133 0 2 2 45.18 18.29 2.0063 2 1 2 46.22 15.22 1.9632 2 2 1 46.59 10.20 1.9484 4 0 0 46.61 9.95 1.9479 0 1 3 47.54 5.54 1.9119 -3 0 3 47.57 8.62 1.9107 -4 0 2 47.90 5.55 1.8984 1 0 3 48.12 13.29 1.8903 -4 1 1 49.39 2.15 1.8445 3 2 0 51.42 1.52 1.7763 3 0 2 52.88 1.17 1.7307 4 0 1 53.77 1.55 1.7040 1 3 0 54.51 9.41 1.6827 0 3 1 54.94 1.61 1.6705 -1 3 1 55.92 3.29 1.6433 4 1 1 55.97 6.05 1.6420 -2 2 3 56.31 1.32 1.6330 -1 0 4 57.63 4.55 1.5986 -4 1 3 58.11 1.18 1.5867 2 1 3 57.83 4.99 1.5935 2 3 0 59.06 2.88 1.5633 4 2 0 59.57 4.22 1.5511 -2 1 4 59.86 1.60 1.5443 -3 2 3 59.89 4.57 1.5436 -4 2 2 60.17 1.43 1.5371 1 2 3 61.16 1.22 1.5146 -5 1 2 62.09 1.68 1.4940 5 1 0 62.46 3.46 1.4862 -3 1 4 62.21 4.07 1.4915 -2 3 2 62.61 3.03 1.4829 4 0 2 63.21 4.09 1.4701 3 2 2 63.58 1.34 1.4626 -3 3 1 63.62 3.35 1.4618 1 3 2 65.00 1.90 1.4340 -4 0 4 65.53 2.03 1.4238 5 0 1 66.16 3.06 1.4116 1 1 4 66.44 1.13 1.4064 -5 1 3 66.51 1.67 1.4051 2 2 3 67.02 2.30 1.3956 3 1 3 66.71 1.69 1.4013 -3 3 2 67.56 4.08 1.3857 -1 2 4 67.95 1.63 1.3788 -5 2 1 68.62 1.59 1.3668 3 3 1 68.80 1.21 1.3638 -1 3 3 68.97 1.99 1.3609 2 3 2 69.66 1.39 1.3490 0 2 4 70.06 1.81 1.3422 0 3 3 71.24 3.44 1.3229 -4 3 1 72.07 2.01 1.3097 0 4 0 72.88 3.51 1.2971 -6 1 2 73.32 1.18 1.2904 4 2 2 75.21 2.23 1.2626 -1 1 5 75.34 1.78 1.2608 6 1 0 75.55 2.15 1.2578 -4 2 4 76.04 1.53 1.2509 5 2 1 75.82 1.29 1.2539 1 4 1 76.91 1.26 1.2389 -2 4 1 77.62 1.76 1.2292 4 3 1 79.08 1.96 1.2102 -4 3 3 79.16 2.36 1.2092 0 4 2 79.98 2.31 1.1988 -6 2 1 80.54 1.25 1.1919 1 0 5 80.04 1.14 1.1980 2 4 1 80.76 1.32 1.1892 -2 3 4 82.68 1.55 1.1664 -5 2 4 83.31 1.49 1.1592 -3 3 4 84.50 1.39 1.1459 -6 1 4 84.53 1.45 1.1455 -6 2 3 86.67 1.80 1.1227 1 3 4 89.26 1.18 1.0967 6 2 1 89.38 2.02 1.0955 3 2 4 89.38 2.02 1.0955 3 2 4 XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.