Chondrodite
Ottolini L, Camara F, Bigi S
American Mineralogist 85 (2000) 89-102
An investigation of matrix effects in the analysis of fluorine in humite-group
minerals by EMPA, SIMS, and SREF
Sample: Chum HV-41 n.2
_database_code_amcsd 0002337
CELL PARAMETERS: 4.7405 10.2377 13.6496 100.843 90.000 90.000
SPACE GROUP: P2_1/b
X-RAY WAVELENGTH: 1.541838
Cell Volume: 650.613
Density (g/cm3): 3.183
MAX. ABS. INTENSITY / VOLUME**2: 4.867162616
RIR: 0.498
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
6.59 4.22 13.4059 0 0 1 2
13.21 2.23 6.7030 0 0 2 2
17.64 27.64 5.0286 0 -2 1 2
17.64 2.66 5.0275 0 2 0 2
19.87 3.03 4.4686 0 0 3 2
19.98 14.57 4.4431 0 -2 2 2
19.99 5.52 4.4407 0 2 1 2
21.24 3.23 4.1826 1 -1 1 4
22.27 1.09 3.9922 1 1 1 4
22.98 21.48 3.8704 1 0 2 4
24.03 26.46 3.7038 0 -2 3 2
24.04 34.53 3.7015 0 2 2 2
25.54 20.56 3.4873 1 1 2 4
25.83 6.60 3.4494 1 -2 1 4
25.83 14.77 3.4490 1 2 0 4
26.60 14.18 3.3515 0 0 4 2
27.43 4.80 3.2517 1 0 3 4
27.52 4.85 3.2408 1 2 1 4
27.65 21.78 3.2259 1 -1 3 4
30.02 2.78 2.9769 1 1 3 4
30.63 7.44 2.9186 1 -2 3 4
32.37 57.20 2.7660 1 -3 1 4
32.56 22.19 2.7498 1 -1 4 4
32.72 21.24 2.7367 1 3 0 4
32.72 1.39 2.7366 1 0 4 4
33.42 8.81 2.6812 0 0 5 2
34.44 31.38 2.6042 1 3 1 4
35.29 65.81 2.5434 1 1 4 4
35.74 61.05 2.5120 1 -3 3 4
37.35 26.21 2.4076 1 3 2 4
37.61 7.05 2.3915 0 -4 3 2
37.63 9.21 2.3906 0 4 1 2
38.13 44.89 2.3600 1 -1 5 4
39.04 15.64 2.3070 2 1 0 4
39.83 40.50 2.2631 1 -2 5 4
39.85 38.19 2.2621 1 2 4 4
40.03 48.08 2.2521 1 -4 1 4
40.61 2.17 2.2215 0 -4 4 2
40.81 5.25 2.2110 2 -1 2 4
41.11 3.95 2.1955 1 1 5 4
41.24 5.76 2.1889 1 3 3 4
41.96 12.89 2.1530 2 1 2 4
43.36 6.05 2.0870 2 -1 3 4
43.47 2.00 2.0817 1 -3 5 4
44.18 1.20 2.0500 1 -1 6 4
44.53 3.80 2.0347 0 -4 5 2
44.56 1.05 2.0335 0 4 3 2
46.69 4.11 1.9455 2 -3 1 4
47.36 1.74 1.9194 1 1 6 4
48.46 6.44 1.8785 1 -5 1 4
48.71 1.65 1.8695 1 -5 2 4
49.95 2.38 1.8258 1 -5 3 4
50.62 4.01 1.8033 1 -1 7 4
50.95 4.03 1.7923 1 5 1 4
51.46 3.98 1.7758 2 0 5 4
51.50 2.09 1.7743 1 -2 7 4
51.53 3.44 1.7737 1 2 6 4
52.47 48.99 1.7441 2 -2 5 4
52.48 51.01 1.7436 2 2 4 4
52.63 35.30 1.7391 2 -4 1 4
54.06 4.61 1.6962 1 -3 7 4
54.50 1.04 1.6837 0 -4 7 2
54.51 6.02 1.6835 2 -4 3 4
54.52 10.57 1.6832 2 4 1 4
54.76 1.03 1.6762 0 -6 3 2
55.46 2.19 1.6569 2 -3 5 4
56.59 8.00 1.6262 0 -6 4 2
56.62 9.16 1.6257 0 6 1 2
56.80 2.54 1.6209 2 -4 4 4
57.05 3.09 1.6143 1 5 3 4
57.08 13.59 1.6136 1 3 6 4
57.51 1.12 1.6025 1 -6 1 4
57.52 1.80 1.6022 2 3 4 4
58.76 1.82 1.5714 2 1 6 4
59.03 2.29 1.5649 1 -5 6 4
59.19 2.78 1.5610 3 1 0 4
59.41 1.13 1.5558 3 -1 1 4
59.91 4.82 1.5439 2 -4 5 4
59.94 1.17 1.5434 2 4 3 4
60.16 8.14 1.5382 1 -3 8 4
60.16 2.03 1.5380 3 0 2 4
60.35 5.04 1.5338 0 -4 8 2
60.39 5.93 1.5329 0 4 6 2
60.50 1.60 1.5302 3 -1 2 4
61.00 1.49 1.5188 2 -5 3 4
61.37 2.94 1.5106 3 1 2 4
61.51 1.94 1.5075 0 -2 9 2
61.51 1.33 1.5075 3 -2 1 4
61.51 1.69 1.5075 3 2 0 4
61.54 2.02 1.5070 0 2 8 2
61.59 2.85 1.5058 2 -1 7 4
61.88 3.90 1.4994 2 5 1 4
62.34 40.45 1.4895 0 0 9 2
62.44 1.02 1.4873 3 -1 3 4
62.74 31.32 1.4810 0 -6 6 2
62.77 30.68 1.4802 0 6 3 2
62.93 1.75 1.4769 2 -5 4 4
63.81 1.43 1.4587 2 4 4 4
64.07 1.13 1.4534 3 -2 3 4
65.07 3.46 1.4334 3 -3 1 4
65.19 1.22 1.4311 3 -1 4 4
66.32 2.42 1.4094 3 3 1 4
66.72 3.88 1.4018 1 -3 9 4
66.85 4.73 1.3995 3 1 4 4
66.98 14.86 1.3971 1 -7 2 4
67.14 6.46 1.3942 3 -3 3 4
67.19 1.05 1.3932 1 -7 1 4
68.17 2.38 1.3755 3 3 2 4
68.69 3.90 1.3665 3 -1 5 4
69.83 15.08 1.3469 3 -2 5 4
69.84 15.59 1.3467 3 2 4 4
69.97 11.14 1.3446 3 -4 1 4
70.20 1.00 1.3406 2 6 1 4
70.22 4.51 1.3404 1 3 8 4
71.57 3.44 1.3184 3 -4 3 4
71.58 2.42 1.3182 3 4 1 4
71.61 1.60 1.3178 1 5 6 4
71.78 2.93 1.3151 0 -6 8 2
71.83 2.90 1.3143 0 6 5 2
73.55 1.45 1.2877 2 -4 8 4
73.77 2.57 1.2844 1 -3 10 4
74.29 1.11 1.2767 2 -1 9 4
75.36 1.40 1.2612 2 0 9 4
75.75 1.06 1.2557 2 5 5 4
76.32 1.18 1.2477 3 4 3 4
76.68 1.94 1.2427 1 -4 10 4
76.73 2.07 1.2421 1 4 8 4
77.70 1.57 1.2289 1 5 7 4
77.81 1.55 1.2275 2 1 9 4
78.23 2.07 1.2219 2 -5 8 4
78.47 2.67 1.2188 3 0 7 4
80.93 2.10 1.1879 1 -5 10 4
81.16 7.93 1.1851 4 0 0 2
81.56 1.43 1.1803 1 0 11 4
82.33 1.05 1.1712 1 -7 8 4
83.06 2.64 1.1627 3 5 3 4
83.09 2.88 1.1624 3 3 6 4
83.48 1.81 1.1580 2 -7 6 4
84.75 2.27 1.1438 3 -5 6 4
85.23 1.95 1.1386 2 7 3 4
85.39 1.49 1.1369 1 3 10 4
85.40 1.30 1.1368 0 -2 12 2
85.73 1.76 1.1333 3 -6 4 4
85.73 1.87 1.1333 3 -3 8 4
85.74 1.84 1.1331 3 6 1 4
85.89 4.43 1.1315 2 -4 10 4
85.94 4.21 1.1311 2 4 8 4
86.41 4.31 1.1261 2 -8 2 4
88.69 1.02 1.1029 4 1 4 4
88.70 1.00 1.1029 1 -1 12 4
88.93 2.05 1.1006 3 -4 8 4
88.96 2.78 1.1003 3 4 6 4
89.52 3.17 1.0948 1 -3 12 4
89.95 1.24 1.0908 3 -2 9 4
89.97 1.15 1.0906 3 2 8 4
================================================================================
XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.