Heulandite-Sr
Dobelin N, Armbruster T
American Mineralogist 88 (2003) 527-533
Stepwise dehydration of Sr-exchanged heulandite:
A single-crystal X-ray study
Note: dehydrated at 150 deg C, measured at -170 deg C
_database_code_amcsd 0002993
CELL PARAMETERS: 17.6430 17.8420 7.4180 90.000 116.851 90.000
SPACE GROUP: Cm
X-RAY WAVELENGTH: 1.541838
Cell Volume: 2083.326
Density (g/cm3): 2.305
MAX. ABS. INTENSITY / VOLUME**2: 3.107180000
RIR: 0.439
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
7.49 36.61 11.8038 1 1 0 2
9.91 73.87 8.9210 0 2 0 2
11.24 57.91 7.8704 2 0 0 1
12.93 11.24 6.8460 -1 1 1 2
13.02 9.36 6.7991 -2 0 1 1
13.38 20.21 6.6182 0 0 1 1
15.01 5.58 5.9019 2 2 0 2
15.93 13.97 5.5635 1 3 0 2
16.68 20.59 5.3152 0 2 1 2
16.89 52.04 5.2500 -3 1 1 2
17.44 100.00 5.0847 1 1 1 2
17.62 48.50 5.0338 3 1 0 2
19.13 63.72 4.6390 -1 3 1 2
19.91 4.14 4.4605 0 4 0 2
20.39 21.28 4.3552 -4 0 1 1
21.08 1.88 4.2139 2 0 1 1
22.03 4.28 4.0353 -3 3 1 2
22.46 57.78 3.9587 1 3 1 2
22.59 32.32 3.9352 4 0 0 1
22.60 16.69 3.9346 3 3 0 2
22.72 16.43 3.9137 -4 2 1 2
22.92 52.49 3.8806 2 4 0 2
23.35 31.73 3.8102 2 2 1 2
23.86 10.47 3.7296 -2 4 1 2
24.01 10.37 3.7067 -2 0 2 1
24.06 3.82 3.6988 0 4 1 2
24.73 2.64 3.6005 4 2 0 2
24.99 54.11 3.5633 -3 1 2 2
25.37 15.30 3.5102 -1 1 2 2
25.60 1.48 3.4801 1 5 0 2
25.75 11.73 3.4603 -5 1 1 2
26.03 41.64 3.4230 -2 2 2 2
26.21 38.09 3.3996 -4 0 2 1
26.49 3.87 3.3651 3 1 1 2
26.94 10.97 3.3091 0 0 2 1
28.09 41.53 3.1767 -4 2 2 2
28.65 45.93 3.1162 -4 4 1 2
29.11 16.33 3.0673 -1 3 2 2
29.15 1.76 3.0631 2 4 1 2
29.44 7.29 3.0338 -5 1 2 2
29.86 22.37 2.9924 -3 5 1 2
30.05 9.10 2.9737 0 6 0 2
30.10 9.68 2.9690 3 3 1 2
30.18 70.91 2.9608 1 5 1 2
30.29 65.88 2.9507 3 5 0 2
30.42 15.46 2.9381 1 1 2 2
30.46 4.67 2.9349 -6 0 1 1
31.25 7.83 2.8619 4 0 1 1
32.11 16.54 2.7879 -6 2 1 2
32.17 49.89 2.7824 5 3 0 2
32.76 6.22 2.7340 -5 3 2 2
32.87 4.05 2.7251 4 2 1 2
32.87 14.66 2.7245 -2 6 1 2
33.02 11.95 2.7124 0 6 1 2
33.13 4.79 2.7038 -4 4 2 2
33.65 4.62 2.6634 1 3 2 2
33.73 8.78 2.6576 0 4 2 2
33.79 2.04 2.6523 2 0 2 1
34.16 7.12 2.6250 -6 2 2 2
35.24 3.02 2.5470 -3 5 2 2
35.30 6.04 2.5423 2 2 2 2
35.52 4.56 2.5274 -1 5 2 2
35.67 1.17 2.5169 6 2 0 2
35.68 3.89 2.5161 1 7 0 2
35.79 5.34 2.5086 -5 5 1 2
36.27 11.89 2.4766 -7 1 1 2
36.35 10.76 2.4716 3 5 1 2
36.59 6.90 2.4558 -4 6 1 2
36.61 6.12 2.4544 -4 0 3 1
36.65 5.39 2.4518 -6 4 1 2
36.72 1.29 2.4478 -3 1 3 2
37.00 3.91 2.4296 2 6 1 2
37.02 4.15 2.4283 -2 0 3 1
37.09 2.15 2.4237 5 1 1 2
37.16 4.99 2.4195 -7 1 2 2
37.33 10.60 2.4087 4 4 1 2
37.92 2.37 2.3725 4 6 0 2
38.02 10.97 2.3665 -4 2 3 2
38.12 2.16 2.3607 -5 1 3 2
38.42 7.18 2.3430 -2 2 3 2
38.49 7.31 2.3388 3 1 2 2
38.49 8.03 2.3388 -6 4 2 2
38.63 1.20 2.3310 -5 5 2 2
38.82 1.87 2.3195 -2 6 2 2
38.91 1.47 2.3147 -1 1 3 2
38.95 4.08 2.3121 -3 7 1 2
39.21 2.68 2.2974 1 7 1 2
39.30 7.85 2.2927 3 7 0 2
39.53 4.52 2.2797 2 4 2 2
39.77 1.37 2.2664 -6 0 3 1
39.84 3.08 2.2625 5 3 1 2
39.87 8.69 2.2613 6 4 0 2
39.91 3.17 2.2590 -7 3 2 2
40.29 1.94 2.2382 -4 6 2 2
40.43 1.40 2.2310 7 1 0 2
40.44 5.11 2.2302 0 8 0 2
40.80 2.36 2.2118 0 6 2 2
40.91 1.08 2.2061 0 0 3 1
41.09 5.70 2.1966 -6 2 3 2
41.16 5.87 2.1929 3 3 2 2
41.56 1.21 2.1730 -1 3 3 2
42.02 3.82 2.1504 -4 4 3 2
42.38 3.31 2.1327 -2 4 3 2
42.79 1.02 2.1135 0 8 1 2
42.83 3.37 2.1116 -7 1 3 2
42.93 2.30 2.1069 4 0 2 1
43.00 1.37 2.1034 7 3 0 2
43.32 1.08 2.0888 -6 6 1 2
43.35 1.50 2.0872 -3 7 2 2
43.67 10.71 2.0729 6 2 1 2
43.91 3.80 2.0621 4 6 1 2
44.25 1.55 2.0469 1 1 3 2
44.29 1.72 2.0451 3 7 1 2
44.60 2.08 2.0316 -3 5 3 2
44.86 5.51 2.0205 -6 4 3 2
44.92 1.77 2.0178 5 5 1 2
44.98 6.63 2.0153 -7 5 2 2
45.70 1.60 1.9851 -4 8 1 2
46.14 2.72 1.9673 6 6 0 2
46.15 2.59 1.9669 1 9 0 2
46.24 2.51 1.9633 -5 7 2 2
46.40 3.30 1.9569 -8 4 2 2
46.48 3.46 1.9536 -8 4 1 2
46.49 15.44 1.9535 -1 5 3 2
46.79 2.61 1.9415 -9 1 2 2
47.06 2.44 1.9308 -8 2 3 2
47.27 5.80 1.9230 6 4 1 2
47.47 2.87 1.9152 -1 9 1 2
47.57 1.70 1.9116 2 0 3 1
47.58 2.47 1.9110 -2 8 2 2
48.07 1.03 1.8929 -4 6 3 2
49.10 3.65 1.8556 -9 3 2 2
49.16 3.23 1.8534 -4 0 4 1
49.27 1.37 1.8494 0 8 2 2
49.92 5.10 1.8267 -7 5 3 2
50.02 2.18 1.8236 -3 1 4 2
50.48 1.26 1.8080 -8 4 3 2
50.59 2.84 1.8042 5 3 2 2
51.20 6.74 1.7842 0 10 0 2
51.28 1.20 1.7816 -6 2 4 2
51.51 2.36 1.7742 -3 7 3 2
51.59 4.09 1.7717 0 6 3 2
51.80 2.37 1.7650 5 7 1 2
51.84 2.95 1.7637 -10 0 2 1
51.85 9.22 1.7633 -7 7 2 2
51.97 1.55 1.7596 3 1 3 2
51.98 1.79 1.7592 4 8 1 2
52.11 1.37 1.7551 -2 2 4 2
52.21 6.62 1.7519 -3 3 4 2
52.58 1.07 1.7406 9 1 0 2
52.58 5.26 1.7406 -3 9 2 2
52.59 1.66 1.7402 -5 7 3 2
52.92 1.08 1.7302 -10 2 2 2
53.17 6.36 1.7227 0 10 1 2
53.39 5.02 1.7160 3 9 1 2
53.70 1.75 1.7070 2 8 2 2
53.94 1.60 1.6998 -8 0 4 1
54.11 2.72 1.6949 3 3 3 2
54.18 5.52 1.6929 -10 0 3 1
54.29 2.32 1.6897 -9 5 1 2
54.41 4.01 1.6863 7 7 0 2
54.72 1.18 1.6775 5 9 0 2
54.99 6.45 1.6697 -8 2 4 2
55.35 4.05 1.6600 -1 3 4 2
55.67 1.26 1.6510 -4 10 1 2
55.97 2.15 1.6430 2 10 1 2
55.98 2.04 1.6426 -2 8 3 2
56.04 1.74 1.6411 -5 5 4 2
56.04 2.09 1.6409 8 6 0 2
56.35 2.45 1.6329 -7 7 3 2
56.57 1.18 1.6268 0 2 4 2
56.64 2.68 1.6250 4 10 0 2
57.29 6.34 1.6080 2 6 3 2
57.56 1.53 1.6013 -10 4 1 2
58.02 4.28 1.5896 -6 8 3 2
58.23 6.68 1.5844 3 5 3 2
58.42 1.21 1.5796 8 4 1 2
58.65 2.08 1.5741 10 0 0 1
58.80 1.00 1.5705 9 5 0 2
59.38 3.09 1.5564 -8 8 1 2
59.45 1.84 1.5549 7 1 2 2
59.50 1.75 1.5535 -7 9 1 2
60.04 2.80 1.5408 6 8 1 2
60.39 1.33 1.5328 -9 7 1 2
61.05 1.28 1.5177 3 9 2 2
61.09 1.01 1.5169 -10 6 2 2
61.22 1.89 1.5141 4 10 1 2
61.48 1.97 1.5083 5 1 3 2
62.45 1.00 1.4871 -9 7 3 2
62.45 1.87 1.4871 7 9 0 2
62.46 1.89 1.4868 0 12 0 2
62.75 1.88 1.4808 9 3 1 2
62.76 1.38 1.4804 2 10 2 2
63.00 2.56 1.4755 8 8 0 2
63.32 1.55 1.4687 8 6 1 2
63.70 1.24 1.4610 2 12 0 2
64.34 3.49 1.4480 -12 2 2 2
64.63 2.29 1.4421 9 7 0 2
64.73 1.81 1.4401 -8 0 5 1
64.99 2.69 1.4350 -5 11 2 2
65.03 3.14 1.4341 -11 5 3 2
65.11 1.01 1.4327 4 6 3 2
65.21 1.12 1.4307 -1 7 4 2
65.32 3.76 1.4286 1 9 3 2
65.53 1.84 1.4245 1 11 2 2
65.57 1.93 1.4238 -7 3 5 2
66.06 2.73 1.4143 -12 0 1 1
66.08 2.90 1.4139 -2 0 5 1
66.09 4.73 1.4137 -11 3 4 2
66.14 1.09 1.4129 8 2 2 2
66.44 1.38 1.4071 -4 12 1 2
66.58 1.39 1.4046 6 0 3 1
66.97 2.09 1.3973 -4 4 5 2
67.30 1.35 1.3913 -9 9 2 2
67.51 1.31 1.3875 6 2 3 2
67.97 2.88 1.3792 10 2 1 2
67.98 3.85 1.3790 -8 10 1 2
68.53 2.62 1.3692 -5 5 5 2
68.97 1.60 1.3616 4 10 2 2
69.07 1.39 1.3599 -10 8 1 2
69.07 1.04 1.3598 -10 0 5 1
69.27 3.19 1.3564 -7 5 5 2
69.30 1.22 1.3560 -3 11 3 2
69.53 1.08 1.3519 -8 8 4 2
69.58 2.85 1.3511 -7 11 2 2
69.99 1.37 1.3443 -10 2 5 2
70.14 1.99 1.3416 -3 5 5 2
70.45 1.67 1.3366 3 11 2 2
70.58 1.06 1.3344 -11 7 3 2
70.73 1.56 1.3320 -1 11 3 2
70.78 1.39 1.3311 7 7 2 2
71.09 1.11 1.3262 4 0 4 1
71.72 1.96 1.3159 -12 6 2 2
72.65 1.22 1.3015 5 7 3 2
72.94 4.26 1.2969 2 12 2 2
73.16 1.19 1.2935 6 12 0 2
74.04 1.57 1.2804 -1 5 5 2
74.63 4.95 1.2717 -4 12 3 2
74.78 1.15 1.2695 -13 3 1 2
75.19 3.38 1.2637 -2 10 4 2
75.58 1.68 1.2581 5 13 0 2
75.58 1.11 1.2580 2 14 0 2
75.79 1.21 1.2551 11 3 1 2
75.85 1.31 1.2543 -10 10 2 2
76.31 1.70 1.2478 -9 11 2 2
77.40 1.12 1.2329 0 12 3 2
77.46 1.13 1.2322 -7 1 6 2
77.90 1.15 1.2263 7 9 2 2
77.93 2.28 1.2259 -12 8 2 2
78.14 1.07 1.2231 -4 14 1 2
78.30 1.39 1.2210 -13 5 1 2
78.43 1.58 1.2194 6 12 1 2
78.91 1.69 1.2132 0 10 4 2
81.54 1.90 1.1806 -13 3 5 2
82.16 1.33 1.1732 -11 9 4 2
82.82 2.02 1.1655 -10 10 4 2
83.21 1.02 1.1610 -10 8 5 2
83.24 1.46 1.1606 1 15 1 2
86.83 1.31 1.1217 9 3 3 2
================================================================================
XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.