Protoferro-anthophyllite
Diffraction data computed using the structure from the paper listed below,
along with the cell parameters refined from the powder pattern for R060053
      Sueno S, Matsuura S, Gibbs G V, Boisen M B
      Physics and Chemistry of Minerals 25 (1998) 366-377
      A crystal chemical study of protoanthophyllite:
      orthoamphiboles with the protoamphibole structure
      Sample: PFA Hiruka Village

      CELL PARAMETERS:   9.388000   18.38700   5.347000   90.00000   90.00000   90.00000
      SPACE GROUP: Pnmn
      X-RAY WAVELENGTH:     1.541838
               2-THETA      INTENSITY    D-SPACING   H   K   L
                 9.72         13.75        9.1422    0   2   0
                10.58        100.00        8.3933    1   1   0
                17.31          2.61        5.1324    0   1   1
                18.82         10.79        4.7238    2   0   0
                19.11          2.77        4.6536    1   0   1
                19.45          4.78        4.5711    0   4   0
                19.72          5.03        4.5099    1   1   1
                21.20          6.01        4.1967    2   2   0
                24.09         19.92        3.6987    1   3   1
                26.16          1.13        3.4103    1   5   0
                27.04          7.87        3.3014    2   2   1
                27.17         16.27        3.2849    2   4   0
                28.79         38.72        3.1035    3   1   0
                29.20          8.40        3.0613    2   3   1
                29.62          5.37        3.0185    0   5   1
                31.13         18.52        2.8753    1   5   1
                32.01          5.63        2.7978    3   3   0
                33.54          4.49        2.6737    0   0   2
                34.50          4.13        2.6014    3   2   1
                34.89         10.83        2.5726    1   0   2
                35.06          1.10        2.5608    2   6   0
                35.22         37.21        2.5494    1   6   1
                35.25          9.23        2.5476    1   1   2
                35.31         40.84        2.5436    2   5   1
                38.12          2.23        2.3619    4   0   0
                38.71         28.12        2.3268    2   0   2
                39.01          3.74        2.3096    2   6   1
                39.04          1.90        2.3082    2   1   2
                39.58          4.51        2.2778    1   7   1
                43.05          4.48        2.1019    2   7   1
                43.03          1.45        2.1026    4   2   1
                44.16          2.29        2.0515    1   8   1
                44.73         21.62        2.0266    3   6   1
                44.75          6.39        2.0256    3   1   2
                46.26          1.06        1.9631    2   5   2
                48.93          1.82        1.8619    1   9   1
                48.94          1.62        1.8615    3   4   2
                48.98         11.52        1.8601    4   5   1
                51.64          9.12        1.7701    4   0   2
                51.88          3.03        1.7625    4   6   1
                51.90          1.13        1.7619    4   1   2
                52.34          1.29        1.7481    3   8   1
                52.67          1.08        1.7378    4   2   2
                53.25          1.02        1.7203    1   2   3
                53.64          2.22        1.7086    1   8   2
                53.57          2.48        1.7108    0   3   3
                55.68          2.39        1.6507    4   4   2
                56.19          7.94        1.6371    1  11   0
                57.52         10.52        1.6023    0   5   3
                58.63          3.39        1.5746    6   0   0
                60.16         18.70        1.5380    5   6   1
                60.78          6.02        1.5237    0  12   0
                60.18          5.49        1.5376    5   1   2
                61.01         12.21        1.5186    1   6   3
                61.11          1.70        1.5163    3  10   1
                61.07          1.72        1.5173    2   5   3
                63.14          2.15        1.4723    0   7   3
                63.25          2.82        1.4700    3  11   0
                63.64          1.01        1.4620    5   4   2
                67.02          4.58        1.3961    1  11   2
                67.02          4.18        1.3961    6   5   1
                67.77          6.82        1.3824    3   6   3
                69.23          3.63        1.3568    6   0   2
                69.43          4.24        1.3533    6   6   1
                69.45          2.11        1.3531    6   1   2
                69.87          1.64        1.3460    7   1   0
                71.08          2.57        1.3259    4   5   3
                71.22          2.25        1.3237    1   0   4
                71.44          1.47        1.3202    1   1   4
                72.02          4.67        1.3110    1  12   2
                73.50          2.76        1.2881    3  11   2
                73.62          4.28        1.2863    2   0   4
                74.02          1.74        1.2804    4  12   0
                74.40          5.09        1.2747    2  12   2
                79.72          1.07        1.2024    7   6   1
                81.47          1.02        1.1809    8   0   0
                82.97          1.89        1.1634    4   0   4
                83.73          2.65        1.1548    4  12   2
                85.91          4.24        1.1309    5  11   2
                88.97          1.17        1.0998    8   5   1
                88.97          1.17        1.0998    8   5   1
       XPOW Copyright 1993 Bob Downs, Ranjini Swaminathan and Kurt Bartelmehs
  For reference, see Downs et al. (1993) American Mineralogist 78, 1104-1107.