Reedmergnerite
Downs R T, Yang H, Hazen R M, Finger L W, Prewitt C T
American Mineralogist 84 (1999) 333-340
Compressibility mechanisms of alkali feldspars: New data from reedmergnerite
Sample from Joseph Smith #1 mine, Duchesne Co., Utah, NMNH 140
P = 0.00 GPa, in cell
_database_code_amcsd 0002215
CELL PARAMETERS: 7.8389 12.3715 6.8065 93.311 116.363 92.043
SPACE GROUP: C-1
X-RAY WAVELENGTH: 1.541838
Cell Volume: 589.062
Density (g/cm3): 2.774
MAX. ABS. INTENSITY / VOLUME**2: 5.739034665
RIR: 0.674
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
14.11 9.24 6.2788 -1 1 0 2
14.38 7.73 6.1609 0 2 0 2
14.57 4.45 6.0780 0 0 1 2
15.96 15.99 5.5541 -1 -1 1 2
16.26 1.22 5.4529 -1 1 1 2
22.94 100.00 3.8767 -2 0 1 2
23.75 11.95 3.7466 1 -1 1 2
24.36 34.96 3.6543 -1 3 0 2
25.00 38.74 3.5623 1 1 1 2
25.42 2.11 3.5036 2 0 0 2
25.81 11.87 3.4525 -1 -3 1 2
25.89 8.56 3.4420 1 3 0 2
26.81 5.35 3.3253 -1 -1 2 2
27.47 8.40 3.2471 -2 -2 1 2
27.64 37.89 3.2269 -1 1 2 2
28.43 39.24 3.1394 -2 2 0 2
28.99 37.63 3.0805 0 4 0 2
29.04 46.43 3.0751 -2 0 2 2
29.39 73.95 3.0390 0 0 2 2
30.20 21.36 2.9596 2 2 0 2
30.49 11.51 2.9315 1 -3 1 2
31.46 50.03 2.8435 0 -4 1 2
31.74 6.42 2.8189 0 -2 2 2
32.23 4.71 2.7770 -2 -2 2 2
32.85 2.46 2.7264 -2 2 2 2
33.22 3.54 2.6966 -1 -3 2 2
33.41 23.57 2.6816 1 3 1 2
35.26 4.65 2.5455 -1 3 2 2
35.52 2.28 2.5276 -3 -1 1 2
36.63 4.13 2.4534 2 -2 1 2
36.84 18.42 2.4397 -2 4 1 2
37.21 5.75 2.4165 1 -1 2 2
37.35 7.11 2.4074 -3 -1 2 2
37.53 3.25 2.3963 -2 4 0 2
37.72 22.27 2.3847 -2 -4 1 2
37.86 3.17 2.3763 -1 5 0 2
39.01 2.00 2.3087 2 2 1 2
39.06 6.40 2.3059 -1 -5 1 2
39.77 1.55 2.2666 3 1 0 2
40.22 5.22 2.2420 -3 3 1 2
40.29 7.89 2.2386 2 4 0 2
40.61 3.21 2.2217 -1 -1 3 2
41.64 2.38 2.1689 -1 1 3 2
41.82 5.99 2.1599 -3 -3 1 2
42.26 1.77 2.1387 -2 -2 3 2
42.77 2.81 2.1141 -3 3 2 2
43.83 13.97 2.0653 2 -4 1 2
44.10 7.02 2.0536 0 6 0 2
44.99 4.23 2.0148 -3 1 3 2
45.14 2.55 2.0087 1 3 2 2
45.54 8.72 1.9920 1 5 1 2
46.87 6.07 1.9383 -4 0 2 2
47.57 2.71 1.9113 2 0 2 2
47.91 6.43 1.8988 0 6 1 2
48.60 2.19 1.8733 2 -2 2 2
48.78 2.82 1.8669 3 1 1 2
48.93 7.27 1.8615 -4 2 2 2
49.22 1.53 1.8514 -3 -3 3 2
49.75 1.55 1.8326 -2 6 1 2
49.88 4.74 1.8282 -3 5 1 2
51.29 3.31 1.7811 2 2 2 2
51.49 8.21 1.7747 -4 0 3 2
51.55 1.36 1.7730 -2 4 3 2
51.63 1.03 1.7704 0 -6 2 2
51.94 7.53 1.7604 0 -4 3 2
52.18 1.67 1.7530 1 -1 3 2
52.22 7.40 1.7518 4 0 0 2
52.74 2.62 1.7355 -1 7 0 2
53.05 1.14 1.7263 -2 -6 2 2
53.57 7.26 1.7106 1 1 3 2
53.98 16.93 1.6986 -2 0 4 2
54.17 2.77 1.6931 2 -4 2 2
54.56 2.72 1.6821 -1 7 1 2
54.56 1.22 1.6819 3 3 1 2
54.62 1.14 1.6802 1 7 0 2
54.72 2.25 1.6774 2 -6 1 2
54.91 2.16 1.6720 -4 4 1 2
55.41 6.58 1.6582 -4 4 2 2
55.51 1.22 1.6554 4 2 0 2
55.53 1.36 1.6548 1 5 2 2
55.68 1.69 1.6507 -3 -1 4 2
56.37 1.58 1.6322 0 4 3 2
56.70 6.53 1.6235 -4 -4 2 2
57.01 4.22 1.6153 -1 1 4 2
57.09 1.51 1.6134 -2 2 4 2
57.54 2.38 1.6018 -1 -7 2 2
57.64 3.82 1.5993 -4 -4 1 2
57.84 2.50 1.5942 -3 -5 3 2
58.62 2.83 1.5748 3 -5 1 2
59.11 9.18 1.5629 2 4 2 2
59.20 3.18 1.5608 -5 1 2 2
59.29 1.35 1.5585 -3 5 3 2
59.76 1.04 1.5474 1 7 1 2
60.07 2.13 1.5402 0 8 0 2
60.81 2.91 1.5231 0 -8 1 2
60.90 2.84 1.5213 -5 1 1 2
61.75 1.48 1.5024 -5 1 3 2
62.34 2.05 1.4894 1 -5 3 2
62.37 1.68 1.4889 2 0 3 2
62.40 2.47 1.4882 1 -7 2 2
62.61 4.77 1.4838 -4 2 4 2
62.89 2.13 1.4778 2 -2 3 2
64.34 1.72 1.4479 0 2 4 2
64.39 5.35 1.4470 -2 8 0 2
64.65 5.14 1.4417 -4 6 1 2
65.23 1.66 1.4304 -1 -7 3 2
65.67 2.95 1.4218 0 -8 2 2
65.76 3.12 1.4200 -2 -8 1 2
66.15 4.98 1.4126 -5 -3 3 2
66.64 1.15 1.4034 -5 -3 1 2
67.36 4.85 1.3902 2 -4 3 2
67.57 4.26 1.3864 0 6 3 2
68.14 1.25 1.3761 -5 -1 4 2
68.17 1.92 1.3757 2 8 0 2
68.22 1.95 1.3748 2 -8 1 2
68.55 2.22 1.3688 1 -1 4 2
69.75 1.34 1.3483 -2 -6 4 2
69.98 1.16 1.3445 -4 -6 3 2
70.06 2.70 1.3431 -5 5 2 2
70.07 1.54 1.3429 -1 -9 1 2
70.18 3.99 1.3411 -4 6 3 2
70.31 2.15 1.3389 -3 1 5 2
70.86 1.47 1.3299 -1 9 1 2
70.87 3.10 1.3296 1 -3 4 2
71.05 2.59 1.3267 1 9 0 2
71.65 2.88 1.3171 4 4 1 2
71.84 2.66 1.3141 -5 -3 4 2
72.09 2.98 1.3101 -4 0 5 2
72.58 3.24 1.3024 -6 0 2 2
72.97 2.86 1.2965 -1 -9 2 2
73.01 2.13 1.2959 2 4 3 2
73.03 1.27 1.2956 -5 5 3 2
73.31 2.37 1.2913 -4 -2 5 2
73.41 1.24 1.2898 4 6 0 2
73.48 4.38 1.2887 4 0 2 2
73.91 1.17 1.2824 -1 1 5 2
74.22 1.60 1.2778 0 -8 3 2
74.40 2.88 1.2751 2 8 1 2
74.92 1.39 1.2675 -2 -4 5 2
74.98 2.67 1.2667 -1 -3 5 2
75.18 1.66 1.2638 -6 -2 2 2
75.75 1.44 1.2558 -5 5 0 2
77.36 2.81 1.2335 -4 8 1 2
77.87 1.02 1.2267 4 -4 2 2
78.22 1.25 1.2221 -4 -4 5 2
78.39 1.39 1.2199 -4 8 2 2
79.12 1.06 1.2104 2 0 4 2
80.04 1.81 1.1989 -3 9 2 2
80.56 2.93 1.1924 -4 -8 2 2
81.04 3.46 1.1865 -6 4 1 2
81.10 2.51 1.1858 -5 -3 5 2
81.43 2.14 1.1818 -6 -4 3 2
81.56 1.07 1.1803 0 8 3 2
82.62 2.01 1.1679 6 0 0 2
83.14 3.00 1.1619 -3 5 5 2
83.15 1.32 1.1618 -4 8 3 2
84.17 3.12 1.1503 2 8 2 2
85.73 1.88 1.1333 6 2 0 2
85.79 1.10 1.1327 -1 9 3 2
86.12 1.77 1.1291 0 -8 4 2
86.34 1.93 1.1268 1 -7 4 2
87.44 1.01 1.1155 -1 5 5 2
87.92 1.56 1.1106 0 10 2 2
89.73 1.14 1.0928 3 5 3 2
89.85 2.61 1.0916 -5 -7 4 2
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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.