Azoproite
Biryukov Y P, Zinnatullin A L, Levashova I O, Shablinskii A P, Cherosov M A,
Bubnova R S, Vagizov F G, Krzhizhanovskaya M G, Filatov S K, Shilovskikh V V, Pekov I V
Acta Crystallographica B78 (2022) 809-816
X-ray diffraction and Mossbauer spectroscopy study of oxoborate azoproite
(Mg,Fe2+)2(Fe3+,Ti,Mg,Al)O2(BO3): an in situ temperature-dependent investigation
(5 <= T <= 1650 K)
Locality: Tazheran massif, Siberia, Russia
_database_code_amcsd 0021213
CELL PARAMETERS: 9.2460 12.2731 3.0092 90.000 90.000 90.000
SPACE GROUP: Pbam
X-RAY WAVELENGTH: 1.541838
Cell Volume: 341.475
Density (g/cm3): 3.603
MAX. ABS. INTENSITY / VOLUME**2: 10.19211649
RIR: 0.921
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
17.34 87.26 5.1129 1 2 0 4
19.20 1.49 4.6230 2 0 0 2
23.78 6.14 3.7412 1 3 0 4
29.10 3.79 3.0683 0 4 0 2
29.69 18.32 3.0092 0 0 1 2
29.89 7.51 2.9892 3 1 0 4
30.70 4.65 2.9121 1 4 0 4
32.12 3.78 2.7867 1 1 1 8
32.51 10.14 2.7542 3 2 0 4
33.16 3.73 2.7018 0 2 1 4
35.10 83.32 2.5565 2 4 0 4
35.60 100.00 2.5220 2 0 1 4
36.37 1.88 2.4704 2 1 1 8
36.50 2.19 2.4616 3 3 0 4
38.39 4.29 2.3448 1 3 1 8
38.60 7.66 2.3327 2 2 1 8
38.96 3.68 2.3115 4 0 0 2
41.66 34.34 2.1680 2 5 0 4
42.06 12.62 2.1484 0 4 1 4
42.09 7.94 2.1468 2 3 1 8
42.63 23.43 2.1207 3 1 1 8
44.60 61.48 2.0317 3 2 1 8
45.41 13.42 1.9972 1 6 0 4
46.62 6.85 1.9483 2 4 1 8
47.34 3.48 1.9201 3 5 0 4
47.73 27.30 1.9053 3 3 1 8
48.68 4.11 1.8706 2 6 0 4
49.87 1.57 1.8286 5 1 0 4
51.62 7.31 1.7706 5 2 0 4
51.88 1.74 1.7625 3 4 1 8
51.99 2.17 1.7590 2 5 1 8
52.07 9.04 1.7564 4 2 1 8
53.17 3.42 1.7226 1 7 0 4
53.79 2.80 1.7043 3 6 0 4
55.20 9.10 1.6641 1 6 1 8
58.06 2.75 1.5887 2 6 1 8
58.67 32.60 1.5737 4 4 1 8
60.33 6.84 1.5341 0 8 0 2
60.69 16.12 1.5260 5 2 1 8
60.78 1.29 1.5240 3 7 0 4
61.25 2.01 1.5134 1 8 0 4
61.64 27.01 1.5046 0 0 2 2
62.08 26.08 1.4950 1 7 1 8
62.64 6.70 1.4830 3 6 1 8
62.93 3.29 1.4770 5 5 0 4
63.25 19.22 1.4702 5 3 1 8
63.32 1.99 1.4687 4 5 1 8
64.57 4.17 1.4434 1 2 2 8
68.09 15.88 1.3771 6 4 0 4
68.40 1.96 1.3716 6 0 1 4
68.67 4.11 1.3668 0 8 1 4
69.09 1.56 1.3596 3 7 1 8
69.52 2.90 1.3521 1 8 1 8
71.44 1.90 1.3204 3 2 2 8
72.06 5.05 1.3107 2 8 1 8
72.41 1.73 1.3051 6 5 0 4
72.96 14.66 1.2967 2 4 2 8
73.31 2.51 1.2913 7 2 0 4
74.19 3.59 1.2782 4 8 0 4
75.38 1.70 1.2610 4 0 2 4
75.66 1.84 1.2570 7 3 0 4
76.00 1.65 1.2522 6 4 1 8
76.37 1.05 1.2471 3 9 0 4
77.17 5.16 1.2361 2 5 2 8
79.66 1.47 1.2036 7 1 1 8
79.81 3.34 1.2017 1 6 2 8
79.98 1.11 1.1995 2 9 1 8
81.88 1.00 1.1765 4 8 1 8
82.23 1.31 1.1724 2 6 2 8
83.68 5.30 1.1558 8 0 0 2
84.50 2.40 1.1465 5 2 2 8
85.08 1.32 1.1402 3 10 0 4
85.73 1.20 1.1332 1 7 2 8
86.23 1.11 1.1279 3 6 2 8
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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.