Ni O3 Sm
      Lacorre P, Torrance J, Pannetier J, Nazzal A, Wang P, Huang T
      Journal of Solid State Chemistry 91 (1991) 225-237
      Synthesis, crystal structure and properties of metallic PrNiO3:
      comparison with metallic NdNiO3 and semiconducting SmNiO3
      _cod_database_code 1000304
      _database_code_amcsd 0013707

      CELL PARAMETERS:    5.3283   5.4374   7.5675   90.000   90.000   90.000
      SPACE GROUP: Pbnm      
      X-RAY WAVELENGTH:     1.541838
      Cell Volume:    219.246
      Density (g/cm3):      7.786
      MAX. ABS. INTENSITY / VOLUME**2:      229.2780074    
      RIR:      9.588
      RIR based on corundum from Acta Crystallographica A38 (1982) 733-739
               2-THETA      INTENSITY    D-SPACING   H   K   L   Multiplicity
                23.37         12.87        3.8057    1   1   0         4
                23.51          8.07        3.7838    0   0   2         2
                26.21         11.39        3.3999    1   1   1         8
                32.95         20.89        2.7187    0   2   0         2
                33.39        100.00        2.6832    1   1   2         8
                33.64         24.07        2.6641    2   0   0         2
                35.07          7.81        2.5586    0   2   1         4
                39.50          2.00        2.2811    2   1   1         8
                40.87          6.28        2.2079    0   2   2         4
                41.45          8.73        2.1783    2   0   2         4
                43.02          3.67        2.1026    1   1   3         8
                47.80         20.58        1.9028    2   2   0         4
                48.09         13.26        1.8919    0   0   4         2
                49.28          3.74        1.8492    0   2   3         4
                49.39          6.61        1.8454    2   2   1         8
                54.14          2.24        1.6941    1   1   4         8
                54.34          1.38        1.6883    3   1   0         4
                54.86          9.08        1.6734    1   3   1         8
                55.79          1.35        1.6478    3   1   1         8
                59.12          8.92        1.5627    1   3   2         8
                59.53          7.36        1.5529    0   2   4         4
                59.97          8.78        1.5425    2   0   4         4
                60.00         18.28        1.5418    3   1   2         8
                60.99          2.39        1.5191    2   2   3         8
                65.83          4.33        1.4188    1   3   3         8
                69.10          1.10        1.3593    0   4   0         2
                70.15          9.15        1.3416    2   2   4         8
                70.37          2.30        1.3379    0   4   1         4
                70.72          2.61        1.3321    4   0   0         2
                76.08          2.30        1.2511    3   3   1         8
                79.73          3.03        1.2028    3   3   2         8
                80.17          5.67        1.1972    1   1   6         8
                80.22          1.08        1.1967    0   4   3         4
                80.25          1.87        1.1962    4   2   0         4
                80.30          2.59        1.1956    2   4   1         8
                81.21          1.31        1.1845    2   2   5         8
                81.46          1.02        1.1815    4   2   1         8
                85.56          1.97        1.1351    1   3   5         8
                85.72          1.89        1.1333    3   3   3         8
                89.86          2.36        1.0916    2   4   3         8
================================================================================
       XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
  For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.