Ca4Ge4O12 Vinograd V L, Winkler B, Wilson D J, Putnis A, Gale J D Physics and Chemistry of Minerals 33 (2006) 533-544 Monte Carlo simulation of mixing in Ca3Fe2Ge3O12-Ca4Ge4O12 garnets and implications for the thermodynamic stability of pyrope-majorite solid solution Sample: XRD _database_code_amcsd 0009044 CELL PARAMETERS: 12.5350 12.5350 12.3700 90.000 90.000 90.000 SPACE GROUP: I4_1/a X-RAY WAVELENGTH: 1.541838 Cell Volume: 1943.651 Density (g/cm3): 4.393 MAX. ABS. INTENSITY / VOLUME**2: 20.58710261 RIR: 1.526 RIR based on corundum from Acta Crystallographica A38 (1982) 733-739 2-THETA INTENSITY D-SPACING H K L Multiplicity 10.05 29.08 8.8047 1 0 1 8 17.37 1.73 5.1060 2 1 1 8 17.37 34.87 5.1060 1 2 1 8 17.48 13.48 5.0722 1 1 2 8 22.70 2.74 3.9169 1 0 3 8 24.71 5.51 3.6025 2 2 2 8 26.63 12.73 3.3469 2 3 1 8 26.71 8.34 3.3373 3 1 2 8 26.71 2.43 3.3373 1 3 2 8 26.84 2.08 3.3216 2 1 3 8 26.84 9.78 3.3216 1 2 3 8 28.48 72.47 3.1337 4 0 0 4 28.87 36.98 3.0925 0 0 4 2 30.27 1.09 2.9523 1 4 1 8 31.93 31.72 2.8029 2 4 0 4 31.93 57.60 2.8029 4 2 0 4 32.02 82.58 2.7954 4 0 2 8 32.28 85.41 2.7733 2 0 4 8 33.62 13.98 2.6660 3 3 2 8 33.72 20.45 2.6579 2 3 3 8 33.72 6.75 2.6579 3 2 3 8 35.15 40.67 2.5530 4 2 2 8 35.15 59.33 2.5530 2 4 2 8 35.39 45.36 2.5361 2 2 4 8 36.57 2.10 2.4570 5 0 1 8 36.57 4.92 2.4570 3 4 1 8 36.73 4.20 2.4470 4 1 3 8 36.73 2.01 2.4470 1 4 3 8 36.86 1.29 2.4383 3 1 4 8 36.86 2.81 2.4383 1 3 4 8 42.19 4.23 2.1421 5 0 3 8 43.58 1.80 2.0768 2 4 4 8 44.57 1.19 2.0327 1 6 1 8 45.78 1.74 1.9820 6 2 0 4 45.85 1.55 1.9793 6 0 2 8 46.99 1.25 1.9336 4 5 1 8 49.32 2.28 1.8476 3 6 1 8 49.44 1.38 1.8433 6 1 3 8 49.86 2.46 1.8291 1 3 6 8 50.68 25.11 1.8012 4 4 4 8 52.65 17.49 1.7383 6 4 0 4 52.65 8.35 1.7383 4 6 0 4 52.89 22.39 1.7312 6 0 4 8 53.18 24.66 1.7224 4 0 6 8 53.87 1.05 1.7020 3 6 3 8 54.44 1.17 1.6854 1 2 7 8 54.86 11.69 1.6735 6 4 2 8 54.86 27.12 1.6735 4 6 2 8 55.03 33.57 1.6687 6 2 4 8 55.03 13.65 1.6687 2 6 4 8 55.32 15.28 1.6608 4 2 6 8 55.32 25.32 1.6608 2 4 6 8 57.98 1.19 1.5906 7 3 2 8 58.05 1.30 1.5889 2 7 3 8 58.27 1.44 1.5834 6 1 5 8 58.42 1.60 1.5797 5 1 6 8 58.60 1.48 1.5753 2 3 7 8 58.95 20.60 1.5669 8 0 0 4 59.81 10.19 1.5462 0 0 8 2 59.97 2.22 1.5426 7 4 1 8 60.17 1.22 1.5380 7 1 4 8 62.05 1.40 1.4956 6 5 3 8 62.41 2.01 1.4880 3 5 6 8 62.97 1.81 1.4762 2 8 2 8 64.00 1.12 1.4548 4 7 3 8 64.52 1.77 1.4444 3 4 7 8 64.90 1.62 1.4368 6 6 2 8 65.85 1.10 1.4183 7 5 2 8 66.42 1.68 1.4075 5 2 7 8 66.75 4.53 1.4015 8 4 0 4 66.75 6.25 1.4015 4 8 0 4 66.95 7.54 1.3977 8 0 4 8 67.55 8.90 1.3866 4 0 8 8 68.67 5.32 1.3668 8 4 2 8 68.67 7.20 1.3668 4 8 2 8 68.82 3.63 1.3642 8 2 4 8 68.82 14.24 1.3642 2 8 4 8 69.42 8.47 1.3539 4 2 8 8 69.42 6.33 1.3539 2 4 8 8 69.56 1.73 1.3515 7 6 1 8 69.99 1.22 1.3441 7 1 6 8 69.99 1.31 1.3441 1 7 6 8 70.67 7.47 1.3330 6 6 4 8 70.91 7.88 1.3290 4 6 6 8 70.91 4.24 1.3290 6 4 6 8 71.40 1.22 1.3211 8 5 1 8 71.69 1.50 1.3164 7 4 5 8 78.87 1.29 1.2137 9 0 5 8 81.51 1.16 1.1808 3 1 10 8 82.96 1.52 1.1638 10 4 0 4 82.96 1.78 1.1638 4 10 0 4 83.15 2.22 1.1617 6 8 4 8 83.15 4.80 1.1617 8 6 4 8 83.15 3.36 1.1617 10 0 4 8 83.39 2.99 1.1590 8 4 6 8 83.39 2.99 1.1590 4 8 6 8 83.71 5.37 1.1553 6 4 8 8 83.71 1.59 1.1553 4 6 8 8 84.14 4.04 1.1506 4 0 10 8 84.76 6.35 1.1438 10 4 2 8 84.76 1.43 1.1438 4 10 2 8 84.90 6.82 1.1422 10 2 4 8 84.90 2.56 1.1422 2 10 4 8 85.88 5.77 1.1317 2 4 10 8 85.88 3.11 1.1317 4 2 10 8 88.18 6.82 1.1079 8 8 0 4 88.93 12.81 1.1006 8 0 8 8 ================================================================================ XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.