Ba2 Ca0.24 Cu2.76 Fe0.24 O7.07 Y0.76
      Suard E, Caignaert V, Maignan A, Raveau B
      Physica C 182 (1991) 219-227
      The important role of pyramidal copper layers of the 123-structure in
      superconductivity. The oxides Ba2Y1-xCaxCu3-xFexO7 and
      Ba2Y1-xCaxCu3-xFexO6
      _cod_database_code 1001497
      _database_code_amcsd 0015036

      CELL PARAMETERS:    3.8263   3.8263  11.6643   90.000   90.000   90.000
      SPACE GROUP: Pmmm      
      X-RAY WAVELENGTH:     1.541838
      Cell Volume:    170.772
      Density (g/cm3):      6.356
      MAX. ABS. INTENSITY / VOLUME**2:      162.8794593    
      RIR:      8.344
      RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
               2-THETA      INTENSITY    D-SPACING   H   K   L   Multiplicity
                15.19          2.37        5.8321    0   0   2         2
                22.87          2.45        3.8881    0   0   3         2
                23.25          1.71        3.8263    0   1   0         2
                23.25          3.14        3.8263    1   0   0         2
                27.89          5.70        3.1992    0   1   2         4
                27.89          3.57        3.1992    1   0   2         4
                32.84         52.82        2.7272    0   1   3         4
                32.84         47.18        2.7272    1   0   3         4
                33.11         50.05        2.7056    1   1   0         4
                34.02          1.41        2.6356    1   1   1         8
                36.61          2.77        2.4544    1   1   2         8
                38.59          6.45        2.3329    0   0   5         2
                38.83          1.66        2.3193    0   1   4         4
                38.83          2.50        2.3193    1   0   4         4
                40.62         10.45        2.2208    1   1   3         8
                46.73          8.64        1.9440    0   0   6         2
                47.53         14.32        1.9131    0   2   0         2
                47.53         14.32        1.9131    2   0   0         2
                51.74          3.61        1.7668    1   1   5         8
                56.01          1.33        1.6420    2   1   2         8
                58.46         14.12        1.5788    1   1   6         8
                58.97         16.14        1.5662    2   1   3         8
                58.97         14.74        1.5662    1   2   3         8
                62.82          2.30        1.4793    0   2   5         4
                62.82          2.30        1.4793    2   0   5         4
                65.82          1.16        1.4188    1   1   7         8
                68.85          4.27        1.3636    0   2   6         4
                68.85          4.27        1.3636    2   0   6         4
                68.92          1.93        1.3625    0   1   8         4
                68.92          1.70        1.3625    1   0   8         4
                69.48          7.10        1.3528    2   2   0         4
                77.81          1.12        1.2275    1   0   9         4
                77.81          1.28        1.2275    0   1   9         4
                79.01          2.87        1.2119    0   3   3         4
                79.01          2.65        1.2119    3   0   3         4
                79.16          2.87        1.2100    1   3   0         4
                79.16          2.87        1.2100    3   1   0         4
                82.41          1.72        1.1703    2   2   5         8
                87.94          3.75        1.1104    2   2   6         8
                88.00          1.53        1.1098    1   2   8         8
                88.00          1.72        1.1098    2   1   8         8
================================================================================
       XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
  For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.