Na2.4K21.6Al24Ge24O96*40H2O
Celestian A J, Parise J B, Goodell C, Tripathi A, Hanson J
Chemistry of Materials 16 (2004) 2244-2254
Time-resolved diffraction studies of ion exchange: K(+) and Na(+) exchange into
(Al,Ge) gismondine (GIS)Na24Al24Ge24O96*40(H2O) and K8Al8Ge8O32*8(H2O)
_database_code_amcsd 0012221
CELL PARAMETERS: 14.4200 9.8700 23.3300 90.000 105.920 90.000
SPACE GROUP: C2/c
X-RAY WAVELENGTH: 1.541838
Cell Volume: 3193.098
Density (g/cm3): 2.929
MAX. ABS. INTENSITY / VOLUME**2: 11.16025555
RIR: 1.241
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
12.27 30.29 7.2139 1 1 1 4
12.48 24.63 7.0913 -1 1 2 4
16.78 1.38 5.2850 2 0 2 2
17.40 15.32 5.0976 -2 0 4 2
17.97 6.11 4.9350 0 2 0 2
20.70 45.44 4.2911 1 1 4 4
21.08 8.76 4.2139 -1 1 5 4
21.23 30.63 4.1860 3 1 0 4
21.60 2.96 4.1142 -3 1 3 4
21.83 37.91 4.0716 -2 2 1 4
23.80 8.06 3.7392 0 0 6 2
24.71 4.51 3.6026 -4 0 2 2
25.12 2.09 3.5457 -2 2 4 4
26.87 65.37 3.3183 3 1 3 4
27.76 100.00 3.2133 -3 1 6 4
28.41 76.63 3.1413 1 3 1 4
28.51 29.33 3.1310 -1 3 2 4
29.98 41.37 2.9803 0 2 6 4
30.73 34.28 2.9098 -4 2 2 4
31.65 13.28 2.8266 1 1 7 4
32.09 9.23 2.7895 -1 1 8 4
32.17 28.04 2.7825 2 2 5 4
32.71 15.68 2.7375 -5 1 1 4
32.85 3.56 2.7264 -2 2 7 4
33.09 3.00 2.7074 1 3 4 4
33.13 14.94 2.7037 -5 1 4 4
33.34 11.72 2.6876 -1 3 5 4
33.37 23.19 2.6854 -4 2 5 4
33.92 24.06 2.6425 4 0 4 2
35.21 5.97 2.5488 -4 0 8 2
35.96 1.39 2.4974 3 1 6 4
36.60 3.61 2.4555 5 1 2 4
37.40 1.26 2.4046 3 3 3 4
37.73 1.09 2.3843 -5 1 7 4
37.76 3.65 2.3825 2 0 8 2
38.07 1.13 2.3638 -3 3 6 4
38.57 1.59 2.3344 -2 4 1 4
38.65 6.85 2.3296 4 2 4 4
39.81 2.14 2.2646 -4 2 8 4
39.83 1.29 2.2631 -6 0 6 2
40.34 4.43 2.2358 2 4 2 4
40.54 3.35 2.2250 0 2 9 4
40.62 8.31 2.2210 -2 4 4 4
41.95 2.01 2.1538 -5 3 1 4
42.93 1.79 2.1069 -2 2 10 4
43.57 6.12 2.0772 1 1 10 4
44.03 6.73 2.0564 -1 1 11 4
44.50 1.01 2.0358 -4 4 2 4
44.62 1.06 2.0309 3 3 6 4
45.15 1.47 2.0081 5 3 2 4
45.19 12.67 2.0066 -7 1 2 4
45.42 6.87 1.9969 -5 1 10 4
45.96 5.16 1.9745 4 4 1 4
46.08 5.85 1.9699 -2 4 7 4
46.11 6.17 1.9686 -5 3 7 4
46.47 10.02 1.9542 -4 4 5 4
46.88 2.10 1.9380 -1 5 2 4
47.32 1.66 1.9210 4 2 7 4
47.96 2.71 1.8970 6 2 3 4
48.10 2.68 1.8918 7 1 1 4
48.12 6.13 1.8909 -3 1 12 4
48.79 2.33 1.8664 -4 2 11 4
49.37 2.78 1.8459 -7 1 8 4
50.01 7.08 1.8237 1 5 4 4
50.19 4.99 1.8176 -1 5 5 4
50.26 7.36 1.8154 3 5 0 4
50.44 1.85 1.8094 -3 5 3 4
50.61 1.68 1.8035 4 4 4 4
51.38 6.30 1.7785 5 3 5 4
51.59 2.79 1.7717 -1 3 11 4
51.90 1.18 1.7617 6 0 6 2
52.16 2.63 1.7537 0 4 9 4
52.33 1.05 1.7483 0 2 12 4
52.82 1.05 1.7332 -5 3 10 4
53.01 1.95 1.7273 -7 3 5 4
53.25 5.85 1.7202 5 1 8 4
53.70 5.34 1.7069 -3 5 6 4
53.95 2.38 1.6994 7 1 4 4
53.96 3.71 1.6992 -6 0 12 2
54.08 11.38 1.6958 3 3 9 4
54.14 5.95 1.6941 -2 4 10 4
54.39 5.91 1.6868 6 4 0 4
54.42 1.47 1.6860 -2 2 13 4
54.47 4.06 1.6845 4 0 10 2
55.06 1.19 1.6678 -6 4 6 4
55.23 1.04 1.6631 7 3 1 4
55.25 6.65 1.6626 -8 2 1 4
55.85 4.45 1.6462 8 0 2 2
55.89 1.11 1.6450 0 6 0 2
55.91 3.86 1.6446 -7 1 11 4
56.06 1.30 1.6406 1 5 7 4
56.25 3.61 1.6355 -4 0 14 2
56.39 2.72 1.6317 -7 3 8 4
56.76 1.72 1.6218 -1 1 14 4
57.59 3.02 1.6004 -8 0 10 2
58.45 6.13 1.5790 6 4 3 4
58.79 1.64 1.5707 2 6 2 4
58.90 1.02 1.5681 3 5 6 4
58.98 1.29 1.5659 -9 1 6 4
59.00 4.23 1.5655 -2 6 4 4
59.18 6.64 1.5612 -4 4 11 4
59.33 1.18 1.5575 5 5 2 4
61.59 2.33 1.5057 0 6 6 4
62.02 2.63 1.4964 -4 6 2 4
62.19 1.54 1.4926 7 1 7 4
62.42 3.25 1.4877 -7 3 11 4
63.02 2.69 1.4751 2 0 14 2
64.43 1.37 1.4462 1 5 10 4
64.60 1.63 1.4428 5 5 5 4
64.86 1.97 1.4376 -9 3 3 4
64.90 3.81 1.4368 6 2 9 4
64.94 1.54 1.4360 -8 4 1 4
65.17 3.29 1.4314 0 2 15 4
65.52 1.05 1.4246 -10 0 2 2
65.67 2.24 1.4218 -7 5 2 4
65.74 1.87 1.4204 -8 4 7 4
65.84 1.57 1.4185 9 1 3 4
65.85 3.10 1.4183 -5 5 10 4
66.52 2.11 1.4056 -10 0 8 2
66.58 1.54 1.4046 -3 3 15 4
66.65 2.43 1.4033 -5 1 16 4
66.85 1.37 1.3995 -6 4 12 4
67.30 1.59 1.3913 -6 2 15 4
68.01 2.00 1.3785 -8 2 13 4
68.07 1.56 1.3773 -9 1 12 4
69.43 5.03 1.3537 2 6 8 4
69.67 1.82 1.3496 -1 7 5 4
69.73 2.24 1.3486 3 7 0 4
69.87 1.10 1.3463 4 2 13 4
69.91 1.28 1.3456 1 1 16 4
70.01 2.78 1.3438 -2 6 10 4
70.81 6.36 1.3306 -6 6 6 4
71.80 1.06 1.3147 -4 2 17 4
71.84 3.82 1.3141 9 3 3 4
72.15 2.10 1.3092 3 1 15 4
72.59 1.72 1.3024 -3 7 6 4
72.62 1.08 1.3020 -5 3 16 4
72.81 1.36 1.2990 7 5 4 4
73.41 1.28 1.2898 -11 1 7 4
73.87 1.65 1.2829 6 4 9 4
74.13 1.87 1.2791 0 4 15 4
74.32 1.27 1.2763 8 2 8 4
74.45 1.77 1.2744 -8 0 16 2
75.02 1.47 1.2661 2 4 14 4
75.18 1.13 1.2637 -5 7 1 4
75.21 1.30 1.2634 -1 5 14 4
77.46 1.06 1.2322 5 7 2 4
77.77 1.13 1.2280 -3 7 9 4
77.94 1.39 1.2258 3 3 15 4
78.28 1.10 1.2214 -10 4 8 4
78.68 1.11 1.2161 -2 8 1 4
79.17 1.57 1.2098 -11 3 7 4
80.62 1.18 1.1916 -11 3 1 4
81.13 1.34 1.1855 -7 3 17 4
81.16 1.58 1.1851 -2 2 19 4
81.43 1.29 1.1819 -6 6 12 4
83.32 1.30 1.1597 -5 7 10 4
83.38 1.62 1.1591 -12 2 3 4
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XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.