Bi0.775 O1.5 Sm0.225
      Drache M, Obbade S, Wignacourt J, Conflant P
      Journal of Solid State Chemistry 142 (1999) 349-359
      Structural and conductivity properties of Bi(0.775) Ln(0.225) O1.5
      oxide conductors (Ln = La, Pr, Nd, Sm, Eu, Gd, Tb, Dy) with
      rhombohedral Bi-Sr-O type
      _cod_database_code 1004138
      _database_code_amcsd 0013962

      CELL PARAMETERS:    3.9783   3.9783  27.3910   90.000   90.000  120.000
      SPACE GROUP: R-3m      
      X-RAY WAVELENGTH:     1.541838
      Cell Volume:    375.434
      Density (g/cm3):      8.748
      MAX. ABS. INTENSITY / VOLUME**2:      316.7022294    
      RIR:     11.788
      RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
               2-THETA      INTENSITY    D-SPACING   H   K   L   Multiplicity
                19.44          2.86        4.5652    0   0   6         2
                26.07         27.10        3.4184    1   0   1         6
                26.68         26.14        3.3412    0   1   2         6
                29.01        100.00        3.0777    1   0   4         6
                29.35         48.98        3.0434    0   0   9         2
                30.65         58.26        2.9165    0   1   5         6
                34.69          8.00        2.5858    1   0   7         6
                37.02         12.23        2.4286    0   1   8         6
                42.15          6.01        2.1441    1   0  10         6
                44.91          5.80        2.0182    0   1  11         6
                45.61         46.51        1.9892    1   1   0         6
                50.02          1.23        1.8236    1   1   6        12
                50.79         25.14        1.7975    1   0  13         6
                53.28          3.30        1.7193    0   2   1         6
                53.62          3.39        1.7092    2   0   2         6
                53.89         10.53        1.7013    0   1  14         6
                54.96         14.50        1.6706    0   2   4         6
                55.16         42.30        1.6651    1   1   9        12
                55.95          9.66        1.6433    2   0   5         6
                58.55          1.66        1.5766    0   2   7         6
                60.13          2.71        1.5389    2   0   8         6
                60.38          1.13        1.5331    1   0  16         6
                60.88          4.07        1.5217    0   0  18         2
                63.77          3.76        1.4595    0   1  17         6
                63.83          1.39        1.4582    0   2  10         6
                65.94          1.66        1.4167    2   0  11         6
                69.93          1.40        1.3452    1   1  15        12
                70.63          7.80        1.3336    0   2  13         6
                72.69          2.22        1.3007    2   1   1        12
                72.98          2.35        1.2964    1   2   2        12
                73.21          3.60        1.2929    2   0  14         6
                74.12         10.16        1.2793    2   1   4        12
                74.96          7.09        1.2669    1   2   5        12
                77.21          1.32        1.2356    2   1   7        12
                78.60          2.19        1.2171    1   2   8        12
                79.26          9.81        1.2086    1   1  18        12
                81.86          1.61        1.1767    2   0  17         6
                81.92          1.13        1.1761    2   1  10        12
                82.35          4.75        1.1709    1   0  22         6
                83.84          1.51        1.1539    1   2  11        12
                84.33          5.46        1.1484    3   0   0         6
                86.46          2.01        1.1256    0   1  23         6
                88.21          7.55        1.1077    2   1  13        12
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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.