Molybdite
Diffraction data computed using the structure from the paper listed below,
along with the cell parameters refined from the powder pattern
      Sitepu H, O'Connor B H, Li D
      Journal of Applied Crystallography 38 (2005) 158-167
      Comparative evaluation of the March and generalized spherical harmonic
      preferred orientation models using X-ray diffraction data for molybdite
      and calcite powders
      Note: GSH model
      Locality: synthetic
      _database_code_amcsd 0012869

      CELL PARAMETERS:   3.960148   13.85917   3.695800   90.00000   90.00000   90.00000
      SPACE GROUP: Pbnm
      X-RAY WAVELENGTH:     1.541838
      MAX. ABS. INTENSITY / VOLUME**2:      63.13624291
               2-THETA      INTENSITY    D-SPACING   H   K   L   Multiplicity
                12.73         29.30        6.9296    0   2   0
                23.31         90.21        3.8077    1   1   0
                25.65         39.84        3.4648    0   4   0
                25.86         15.09        3.4383    1   2   0
                27.29        100.00        3.2610    0   2   1
                29.65          7.94        3.0066    1   3   0
                33.09          6.13        2.7019    1   0   1
                33.73         30.89        2.6520    1   1   1
                34.33          1.43        2.6076    1   4   0
                35.45          7.57        2.5277    0   4   1
                38.53         11.60        2.3323    1   3   1
                38.92         22.79        2.3099    0   6   0
                39.62         17.50        2.2708    1   5   0
                42.35          2.73        2.1307    1   4   1
                45.75          7.42        1.9801    2   0   0
                46.24          8.60        1.9602    2   1   0
                46.28          5.82        1.9588    0   6   1
                49.24         15.43        1.8479    0   0   2
                50.04         10.57        1.8199    2   3   0
                51.08          1.07        1.7855    0   2   2
                51.53          2.48        1.7709    1   7   0
                52.01          1.37        1.7557    1   6   1
                52.79         11.06        1.7317    2   1   1
                53.20          2.14        1.7191    2   4   0
                54.11          5.80        1.6925    2   2   1
                55.17         11.35        1.6625    1   1   2
                56.26          2.01        1.6327    2   3   1
                56.35          5.94        1.6305    0   4   2
                56.45          2.52        1.6277    1   2   2
                57.64         10.60        1.5970    1   7   1
                58.03          1.17        1.5872    1   8   0
                58.55          1.58        1.5743    1   3   2
                58.78          9.59        1.5686    0   8   1
                61.61          2.71        1.5033    2   6   0
                62.84          7.15        1.4769    2   5   1
                64.49          6.35        1.4430    0   6   2
                64.88          3.07        1.4352    1   9   0
                64.98          5.89        1.4333    1   5   2
                66.72          3.61        1.4001    2   7   0
                67.50          2.62        1.3859    0  10   0
                69.49          2.73        1.3510    2   0   2
                69.87          3.22        1.3446    2   1   2
                72.85          4.56        1.2967    2   3   2
                72.85          2.84        1.2967    3   2   0
                74.06          1.08        1.2786    1   7   2
                75.43          1.09        1.2587    2   4   2
                76.54          2.11        1.2431    3   0   1
                77.55          1.98        1.2295    2   8   1
                78.81          2.35        1.2129    0   2   3
                82.13          1.26        1.1721    1   1   3
                82.31          1.48        1.1701    3   4   1
                82.64          1.62        1.1662    2   6   2
                83.65          2.59        1.1547    2   9   1
                84.81          1.82        1.1419    1  11   1
                85.58          2.15        1.1335    1   9   2
                87.27          2.53        1.1159    2   7   2
                87.98          1.89        1.1087    0  10   2
                88.62          1.44        1.1024    0  12   1
                89.41          1.29        1.0947    3   6   1
                89.41          1.29        1.0947    3   6   1
       XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
  For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.