Cu2 Eu1.3 O5.65 Sr1.7
Nguyen N, Choisnet J, Raveau B
Materials Research Bulletin 17 (1982) 567-573
Intercroissances des structures de type Perovskite et Sr O deficitaires
en oxygene: les oxydes Ln2-x Sr1+x Cu2 O6-x/2 (Ln = Sm, Eu, Gd)
_cod_database_code 1001157
_database_code_amcsd 0014297
CELL PARAMETERS: 3.7440 11.3370 20.0470 90.000 90.000 90.000
SPACE GROUP: Immm
X-RAY WAVELENGTH: 1.541838
Cell Volume: 850.910
Density (g/cm3): 6.603
MAX. ABS. INTENSITY / VOLUME**2: 91.01179346
RIR: 4.488
RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
2-THETA INTENSITY D-SPACING H K L Multiplicity
8.82 31.26 10.0235 0 0 2 2
8.96 6.30 9.8683 0 1 1 4
17.98 7.10 4.9341 0 2 2 4
23.54 7.71 3.7800 0 1 5 4
23.96 8.14 3.7136 0 3 1 4
24.18 7.55 3.6804 1 0 1 4
25.05 1.17 3.5551 1 1 0 4
26.68 13.40 3.3412 0 0 6 2
27.30 1.04 3.2663 1 0 3 4
28.92 1.95 3.0868 1 2 1 8
30.84 6.51 2.8997 1 1 4 8
31.07 4.60 2.8784 0 2 6 4
31.57 5.68 2.8342 0 4 0 2
31.61 1.07 2.8301 1 2 3 8
32.56 68.73 2.7500 0 3 5 4
32.73 91.43 2.7364 1 0 5 4
33.70 100.00 2.6597 1 3 0 4
36.42 7.66 2.4671 0 4 4 4
39.31 1.00 2.2919 0 2 8 4
39.48 8.25 2.2825 0 3 7 4
39.62 12.07 2.2747 1 0 7 4
40.02 2.49 2.2530 0 5 1 4
40.16 10.37 2.2456 1 4 1 8
41.31 3.79 2.1857 0 1 9 4
41.79 3.03 2.1614 0 4 6 4
42.22 4.80 2.1407 1 4 3 8
42.84 8.65 2.1111 1 2 7 8
43.49 19.70 2.0809 1 3 6 8
45.23 16.70 2.0047 0 0 10 2
46.11 6.29 1.9686 1 4 5 8
47.38 1.48 1.9189 0 3 9 4
47.50 1.00 1.9143 1 0 9 4
48.16 16.25 1.8895 0 6 0 2
48.64 26.27 1.8720 2 0 0 2
51.40 1.36 1.7777 0 5 7 4
51.70 1.38 1.7680 0 6 4 4
52.40 2.75 1.7462 1 1 10 8
54.72 1.18 1.6775 2 1 5 8
54.72 2.74 1.6774 1 5 6 8
54.93 1.34 1.6716 2 3 1 8
54.96 4.09 1.6706 0 0 12 2
56.13 1.58 1.6386 1 0 11 4
56.20 2.80 1.6367 0 4 10 4
56.24 1.03 1.6355 1 6 3 8
56.33 2.70 1.6331 2 0 6 4
57.05 2.99 1.6143 0 7 1 4
57.51 1.71 1.6024 0 2 12 4
57.57 18.09 1.6009 1 3 10 8
58.15 5.09 1.5863 1 4 9 8
58.65 1.11 1.5740 0 7 3 4
58.85 1.17 1.5693 2 2 6 8
59.15 1.47 1.5620 2 4 0 4
59.45 16.31 1.5548 1 6 5 8
59.76 20.63 1.5475 2 3 5 8
61.78 2.16 1.5017 0 7 5 4
62.26 2.66 1.4913 2 4 4 8
62.48 2.17 1.4865 1 7 0 4
64.36 3.08 1.4474 2 3 7 8
65.46 1.12 1.4259 1 0 13 4
65.50 4.59 1.4251 1 7 4 8
65.67 1.44 1.4218 2 1 9 8
65.84 2.07 1.4186 1 4 11 8
66.02 1.25 1.4150 2 4 6 8
66.04 4.90 1.4147 1 3 12 8
67.77 1.25 1.3828 1 2 13 8
68.20 3.59 1.3750 0 6 10 4
68.59 7.36 1.3682 2 0 10 4
69.17 2.84 1.3581 1 7 6 8
69.96 2.46 1.3448 1 6 9 8
70.86 7.83 1.3298 2 6 0 4
72.10 2.01 1.3099 0 7 9 4
75.04 1.17 1.2658 1 5 12 8
75.45 1.44 1.2600 0 3 15 4
75.54 1.67 1.2587 1 0 15 4
76.41 2.47 1.2464 2 0 12 4
77.46 1.76 1.2322 2 4 10 8
78.19 1.94 1.2225 2 7 1 8
78.58 1.10 1.2173 2 2 12 8
79.81 1.38 1.2018 0 9 5 4
80.43 2.42 1.1940 1 7 10 8
80.44 2.01 1.1939 1 9 0 4
80.63 4.71 1.1916 3 0 5 4
81.16 5.28 1.1850 3 3 0 4
82.32 1.58 1.1714 2 7 5 8
84.16 1.60 1.1503 1 4 15 8
86.45 1.17 1.1257 0 3 17 4
86.53 1.55 1.1248 1 0 17 4
87.30 1.50 1.1169 3 3 6 8
88.16 2.98 1.1082 2 6 10 8
================================================================================
XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.