Institute of Experimental Mineralogy
                 Russian Academy of Sciences
     -------------------------------------------------
           142432, Chernogolovka, Moscow district
             A.V. Chichagov  +7(496)52-22320

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          ***      W W W - X R A Y P O L       ***
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ZENZENITE

1

Pb(3)(Fe''',Mn''')(4)Mn''''(3)O(15)


Hexagonal  P 6(3)/mcm  Z = 4

R =0.028

25 .3 .1992

Ref.Str.:

         Holtstam D., Lindqvist B. et al. (1991)

         * Canad. Mineral., 29, 347-354

                   Initial data from BDM-file 

   Lattice parameters (cub. angs.,degr.):

             a =  10.008    alpha =   90.0 
             b =  10.008    beta  =   90.0 
             c =  13.672    gamma =  120.0 

    Unit cell volume (cub. angs.) =  1185.93

    Molar volume ( cub.cm/mol.) =   178.58

  Co-ordinates, thermal parameters, occupation for atomic positions:

NoP   x/a     y/b     z/c    B(j)   atom  / occupation

   1 0.6136  0.6136  0.75     0.02   Pb    = 1.00
   2 0.2678  0.2678  0.75     0.01   Pb    = 1.00
   3 0.8318  0.1682  0.5      0.01   Mn    = 1.00
   4 0.3333  0.6667  0.1462   0.01   Mn    = 1.00
   5 0.5     0.5     0.5      0.01   Mn    = 1.00
   6 0.0     0.0     0.0      0.01   Mn    = 1.00
   7 0.4882  0.3271  0.0802   0.01   O     = 1.00
   8 0.5254  0.1727  0.25     0.01   O     = 1.00
   9 0.1645  0.1645  0.073    0.01   O     = 1.00
  10 0.6709  0.6709  0.0734   0.01   O     = 1.00


  Co-ordinates for all atomic positions :

   No       NoP      x/a        y/b       z/c 

     1       1     0.6136     0.6136     0.75  
     2       2     0.2678     0.2678     0.75  
     3       3     0.8318     0.1682     0.5   
     4       4     0.3333     0.6667     0.1462
     5       5     0.5        0.5        0.5   
     6       6     0.0        0.0        0.0   
     7       7     0.4882     0.3271     0.0802
     8       8     0.5254     0.1727     0.25  
     9       9     0.1645     0.1645     0.073 
    10      10     0.6709     0.6709     0.0734
    11       1     0.3864     0.0        0.75  
    12       1     0.0        0.3864     0.75  
    13       2     0.7322     0.0        0.75  
    14       2     0.0        0.7322     0.75  
    15       3     0.8318     0.6636     0.5   
    16       3     0.3364     0.1682     0.5   
    17       5     0.5        0.0        0.5   
    18       5     0.0        0.5        0.5   
    19       7     0.6729     0.1611     0.0802
    20       7     0.8389     0.5118     0.0802
    21       8     0.8273     0.3527     0.25  
    22       8     0.6473     0.4746     0.25  
    23       9     0.8355     0.0        0.073 
    24       9     0.0        0.8355     0.073 
    25      10     0.3291     0.0        0.0734
    26      10     0.0        0.3291     0.0734
    27       1     0.3864     0.3864     0.25  
    28       2     0.7322     0.7322     0.25  
    29       3     0.1682     0.8318     0.0   
    30       4     0.6667     0.3333     0.6462
    31       5     0.5        0.5        0.0   
    32       6     0.0        0.0        0.5   
    33       7     0.5118     0.6729     0.5802
    34       8     0.4746     0.8273     0.75  
    35       9     0.8355     0.8355     0.573 
    36      10     0.3291     0.3291     0.5734
    37       1     0.6136     0.0        0.25  
    38       1     0.0        0.6136     0.25  
    39       2     0.2678     0.0        0.25  
    40       2     0.0        0.2678     0.25  
    41       3     0.1682     0.3364     0.0   
    42       3     0.6636     0.8318     0.0   
    43       5     0.5        0.0        0.0   
    44       5     0.0        0.5        0.0   
    45       7     0.3271     0.8389     0.5802
    46       7     0.1611     0.4882     0.5802
    47       8     0.1727     0.6473     0.75  
    48       8     0.3527     0.5254     0.75  
    49       9     0.1645     0.0        0.573 
    50       9     0.0        0.1645     0.573 
    51      10     0.6709     0.0        0.5734
    52      10     0.0        0.6709     0.5734
    53       3     0.8318     0.6636     0.0   
    54       4     0.3333     0.6667     0.6462
    55       7     0.4882     0.1611     0.5802
    56       8     0.5254     0.3527     0.75  
    57       3     0.8318     0.1682     0.0   
    58       3     0.3364     0.1682     0.0   
    59       7     0.6729     0.5118     0.5802
    60       7     0.8389     0.3271     0.5802
    61       8     0.8273     0.4746     0.75  
    62       8     0.6473     0.1727     0.75  
    63       3     0.1682     0.3364     0.5   
    64       4     0.6667     0.3333     0.1462
    65       7     0.5118     0.8389     0.0802
    66       8     0.4746     0.6473     0.25  
    67       3     0.1682     0.8318     0.5   
    68       3     0.6636     0.8318     0.5   
    69       7     0.3271     0.4882     0.0802
    70       7     0.1611     0.6729     0.0802
    71       8     0.1727     0.5254     0.25  
    72       8     0.3527     0.8273     0.25  
    73       4     0.3333     0.6667     0.3538
    74       7     0.4882     0.3271     0.4198
    75       9     0.1645     0.1645     0.427 
    76      10     0.6709     0.6709     0.4266
    77       7     0.6729     0.1611     0.4198
    78       7     0.8389     0.5118     0.4198
    79       9     0.8355     0.0        0.427 
    80       9     0.0        0.8355     0.427 
    81      10     0.3291     0.0        0.4266
    82      10     0.0        0.3291     0.4266
    83       4     0.6667     0.3333     0.8538
    84       7     0.5118     0.6729     0.9198
    85       9     0.8355     0.8355     0.927 
    86      10     0.3291     0.3291     0.9266
    87       7     0.3271     0.8389     0.9198
    88       7     0.1611     0.4882     0.9198
    89       9     0.1645     0.0        0.927 
    90       9     0.0        0.1645     0.927 
    91      10     0.6709     0.0        0.9266
    92      10     0.0        0.6709     0.9266
    93       4     0.3333     0.6667     0.8538
    94       7     0.4882     0.1611     0.9198
    95       7     0.6729     0.5118     0.9198
    96       7     0.8389     0.3271     0.9198
    97       4     0.6667     0.3333     0.3538
    98       7     0.5118     0.8389     0.4198
    99       7     0.3271     0.4882     0.4198
   100       7     0.1611     0.6729     0.4198


X-ray density (g/cm cub.)   =      6.98

MU (1/cm) =    1186.351    Mass attenuation coefficient (cm**2/g) =    170.033

 Selected interatomic distances (cation-anion,anion-anion):

 NoP    Atom              Rad.sph.      C.N.    Distance     NoP N.
                           (angs.)               (angs.)

    1    Pb                  3.144        8
                                                 2.7174       7
                                                 3.0797       8
                                                 2.3006       8
                                                 2.3005       8
                                                 2.7173       7
                                                 3.0796       8
                                                 2.7174       7
                                                 2.7173       7
    2    Pb                  3.144        4
                                                 2.4912      10
                                                 2.2755       8
                                                 2.2755       8
                                                 2.4912      10
    3    Mn                  2.724        6
                                                 1.9732       9
                                                 1.9295      10
                                                 1.9035       7
                                                 1.9035       7
                                                 1.9732       9
                                                 1.9295      10
    4    Mn                  2.724        6
                                                 1.974        7
                                                 2.0796       8
                                                 1.9742       7
                                                 1.974        7
                                                 2.0795       8
                                                 2.0794       8
    5    Mn                  2.724        6
                                                 2.0015       7
                                                 1.983       10
                                                 2.0015       7
                                                 2.0015       7
                                                 1.983       10
                                                 2.0015       7
    6    Mn                  2.724        6
                                                 1.9252       9
                                                 1.9252       9
                                                 1.9252       9
                                                 1.9252       9
                                                 1.9252       9
                                                 1.9252       9
    7    O                   3.264       11
                                                 2.9139       8
                                                 2.8073       9
                                                 2.9832      10
                                                 3.0411       7
                                                 3.0411       7
                                                 2.7845       8
                                                 2.8369      10
                                                 2.7925       7
                                                 2.6415      10
                                                 2.7512       7
                                                 2.8681       7
    8    O                   3.264        9
                                                 2.9139       7
                                                 2.7845       7
                                                 2.6327       8
                                                 2.6327       8
                                                 3.0465      10
                                                 2.9937       8
                                                 2.9139       7
                                                 2.7845       7
                                                 3.0465      10
    9    O                   3.264        9
                                                 2.8073       7
                                                 2.8515       9
                                                 2.8515       9
                                                 2.8524      10
                                                 2.8524      10
                                                 2.8072       7
                                                 2.5923      10
                                                 2.5874       9
                                                 2.5874       9
   10    O                   3.264       11
                                                 2.9832       7
                                                 2.837        7
                                                 3.0465       8
                                                 2.8524       9
                                                 2.8524       9
                                                 2.8369       7
                                                 3.0465       8
                                                 2.9832       7
                                                 2.6415       7
                                                 2.5923       9
                                                 2.6415       7

  X-ray diffraction powder data (II),  X-Ray W.L. =   1.78892(angs.):

  No   H   K   L   Theta 2*Theta    S       LPG   MF        F          I int.
                    ( degree )                                         *100

    1   1   0   0  5.924  11.847   0.058  184.82    6       37.1      108.7
    2   0   0   2  7.518  15.037   0.073  113.87    2      415.8     2799.8
    3   1   0   2  9.593  19.186   0.093   69.09   12       65.9      256.4
    4   1   1   0 10.297  20.594   0.1     59.68    6      293.8     2197.9
    5   1   1   1 10.973  21.946   0.106   52.3    12        0.3        0.0
    6   2   0   0 11.912  23.823   0.115   44.07    6        8.2        1.3
    7   1   1   2 12.798  25.597   0.124   37.89   12      227.2     1668.3
    8   2   0   2 14.145  28.291   0.137   30.66   12       10.8        3.0
    9   0   0   4 15.17   30.341   0.146   26.4     2     1130.1     4794.7
   10   1   1   3 15.395  30.789   0.148   25.58   12        9.4        1.9
   11   2   1   0 15.845  31.691   0.153   24.04   12      147.1      443.7
   12   2   1   1 16.306  32.613   0.157   22.59   24      408.5     6435.4
   13   1   0   4 16.338  32.676   0.157   22.5    12      125.7      303.5
   14   2   1   2 17.624  35.249   0.169   19.08   24      186.6     1133.3
   15   3   0   0 18.035  36.071   0.173   18.14    6      593.6     2726.5
   16   1   1   4 18.476  36.953   0.177   17.2    12      562.0     4635.3
   17   2   0   4 19.469  38.937   0.186   15.32   12      156.5      320.3
   18   3   0   2 19.64   39.281   0.188   15.03   12      619.6     4922.4
   19   2   1   3 19.649  39.299   0.188   15.01   24      384.3     3783.1
   20   2   2   0 20.947  41.893   0.2     13.02    6      127.8       90.7
   21   2   2   1 21.311  42.623   0.203   12.53   12       60.2       38.7
   22   3   1   0 21.845  43.69    0.208   11.85   12       31.3        9.9
   23   1   1   5 21.886  43.773   0.208   11.8    12        5.6        0.3
   24   3   1   1 22.198  44.395   0.211   11.43   24      309.0     1862.8
   25   2   1   4 22.222  44.444   0.211   11.4    24       12.3        2.9
   26   2   2   2 22.376  44.753   0.213   11.23   12      524.6     2636.2
   27   0   0   6 23.112  46.225   0.219   10.43    2      649.6      626.0
   28   3   1   2 23.23   46.461   0.22    10.31   24       31.4       17.3
   29   3   0   4 23.915  47.83    0.227    9.66   12      292.1      703.1
   30   1   0   6 23.946  47.892   0.227    9.63   12       31.9        8.4
   31   2   2   3 24.069  48.137   0.228    9.52   12      369.4     1107.9
   32   4   0   0 24.381  48.762   0.231    9.24    6      209.6      173.3
   33   3   1   3 24.878  49.756   0.235    8.83   24      301.8     1372.3
   34   2   1   5 25.22   50.44    0.238    8.56   24      367.0     1966.7
   35   1   1   6 25.551  51.103   0.241    8.31   12      359.3      915.0
   36   4   0   2 25.661  51.322   0.242    8.23   12      186.5      244.0
   37   2   2   4 26.298  52.596   0.248    7.78   12       15.3        1.5
   38   2   0   6 26.327  52.654   0.248    7.76   12       59.7       23.6
   39   3   2   0 26.734  53.467   0.251    7.49   12       11.5        0.8
   40   3   2   1 27.038  54.075   0.254    7.3    24      327.5     1337.0
   41   3   1   4 27.059  54.117   0.254    7.29   24      105.6      138.9
   42   3   2   2 27.936  55.872   0.262    6.78   24       21.9        5.6
   43   4   1   0 28.224  56.449   0.264    6.62   12        5.3        0.2
   44   4   1   1 28.518  57.035   0.267    6.47   24        3.9        0.2
   45   2   1   6 28.565  57.131   0.267    6.45   24       87.7       84.7
   46   2   2   5 28.984  57.969   0.271    6.24   12       24.4        3.2
   47   4   0   4 29.259  58.519   0.273    6.11   12      323.3      544.7
   48   4   1   2 29.386  58.772   0.274    6.05   24       23.3        5.6
   49   3   2   3 29.393  58.786   0.274    6.04   24      298.3      918.0
   50   1   1   7 29.446  58.893   0.275    6.02   12        9.7        0.5
   51   3   1   5 29.699  59.397   0.277    5.91   24      291.1      854.0
   52   3   0   6 29.996  59.992   0.279    5.78   12      426.2      895.0
   53   4   1   3 30.799  61.599   0.286    5.45   24       13.5        1.7
   54   5   0   0 31.065  62.129   0.288    5.34    6      309.8      218.8
   55   3   2   4 31.361  62.721   0.291    5.23   24      135.4      163.7
   56   0   0   8 31.559  63.119   0.293    5.16    2     1029.6      777.9
   57   2   2   6 32.069  64.137   0.297    4.98   12      739.2     2323.1
   58   5   0   2 32.163  64.327   0.298    4.95   12      288.0      350.4
   59   2   1   7 32.22   64.441   0.298    4.93   24      355.1     1061.3
   60   1   0   8 32.24   64.479   0.298    4.93   12        3.2        0.0
   61   3   3   0 32.429  64.857   0.3      4.86    6      116.7       28.3
   62   3   3   1 32.699  65.398   0.302    4.78   12      225.0      206.4
   63   4   1   4 32.718  65.435   0.302    4.77   24      248.8      504.2
   64   3   1   6 32.743  65.486   0.302    4.76   24       22.3        4.0
   65   4   2   0 33.099  66.198   0.305    4.65   12      282.7      317.5
   66   4   2   1 33.366  66.733   0.307    4.58   24      373.8     1091.3
   67   3   3   2 33.503  67.006   0.309    4.54   12      145.3       81.7
   68   1   1   8 33.577  67.155   0.309    4.52   12      295.4      336.2
   69   3   2   5 33.794  67.587   0.311    4.46   24      310.6      733.6
   70   4   2   2 34.163  68.325   0.314    4.36   24      299.4      666.1
   71   2   0   8 34.237  68.473   0.314    4.34   12       44.1        7.2
   72   4   0   6 34.725  69.45    0.318    4.21   12      235.2      198.8
   73   3   3   3 34.822  69.645   0.319    4.19   12      247.0      218.0
   74   5   1   0 35.071  70.143   0.321    4.13   12      247.0      214.9
   75   4   1   5 35.102  70.204   0.321    4.12   24        0.4        0.0
   76   5   1   1 35.332  70.664   0.323    4.07   24      359.8      898.4
   77   5   0   4 35.35   70.7     0.323    4.06   12      433.4      651.1
   78   4   2   3 35.471  70.941   0.324    4.04   24      362.0      902.2
   79   2   2   7 35.519  71.038   0.325    4.02   12       98.8       33.5
   80   5   1   2 36.108  72.216   0.329    3.9    24      260.9      452.6
   81   3   1   7 36.162  72.324   0.33     3.89   24      258.6      443.2
   82   2   1   8 36.18   72.36    0.33     3.88   24       92.3       56.4
   83   3   3   4 36.633  73.267   0.334    3.79   12      104.1       35.1
   84   3   2   6 36.657  73.315   0.334    3.79   24       71.8       33.3
   85   4   2   4 37.269  74.537   0.339    3.67   24      164.6      169.8
   86   5   1   3 37.387  74.774   0.339    3.65   24      363.7      823.9
   87   3   0   8 37.452  74.904   0.34     3.64   12      417.3      540.4
   88   4   1   6 37.923  75.847   0.344    3.56   24       82.3       41.1
   89   1   1   9 37.977  75.953   0.344    3.55   12        5.0        0.1
   90   6   0   0 38.258  76.516   0.346    3.5     6      554.1      458.7
   91   4   3   0 38.884  77.768   0.351    3.41   12      132.2       50.8
   92   3   3   5 38.913  77.827   0.351    3.4    12      213.4      132.1
   93   4   3   1 39.135  78.269   0.353    3.37   24      161.9      150.7
   94   5   1   4 39.152  78.304   0.353    3.37   24      118.3       80.5
   95   6   0   2 39.263  78.526   0.354    3.35   12      360.4      371.5
   96   2   2   8 39.333  78.666   0.354    3.34   12      181.8       94.2
   97   4   2   5 39.536  79.072   0.356    3.31   24      352.8      704.0
   98   4   3   2 39.884  79.768   0.358    3.27   24       95.1       50.5
   99   3   2   7 39.936  79.873   0.359    3.26   24      275.7      423.2
  100   3   1   8 39.954  79.908   0.359    3.26   24       14.1        1.1
  101   5   2   0 40.127  80.255   0.36     3.24   12       56.9        8.9
  102   5   2   1 40.376  80.752   0.362    3.21   24      198.3      215.2
  103   5   0   6 40.417  80.833   0.362    3.2    12      306.0      256.1
  104   2   1   9 40.469  80.937   0.363    3.2    24      314.7      540.6
  105   0   0  10 40.861  81.722   0.366    3.15    2      537.2      129.4
  106   5   2   2 41.12   82.24    0.368    3.13   24       94.5       47.6
  107   4   3   3 41.126  82.251   0.368    3.12   24      140.5      105.2
  108   4   1   7 41.172  82.344   0.368    3.12   24       13.0        0.9
  109   5   1   5 41.39   82.781   0.37     3.1    24      341.5      616.5
  110   1   0  10 41.477  82.954   0.37     3.09   12       52.6        7.3
  111   3   3   6 41.649  83.298   0.371    3.07   12       24.5        1.6
  112   4   0   8 41.804  83.608   0.373    3.06   12      208.3      113.1
  113   6   0   4 42.24   84.479   0.376    3.02   12      110.5       31.5
  114   4   2   6 42.263  84.525   0.376    3.01   24      220.2      249.4
  115   5   2   3 42.354  84.708   0.377    3.01   24      193.0      191.1
  116   6   1   0 42.589  85.178   0.378    2.99   12      224.0      127.8
  117   1   1  10 42.704  85.407   0.379    2.98   12      121.6       37.6
  118   6   1   1 42.835  85.67    0.38     2.97   24      146.3      108.4
  119   4   3   4 42.852  85.704   0.38     2.97   24      224.1      254.2
  120   2   0  10 43.315  86.631   0.383    2.93   12       40.4        4.1
  121   2   2   9 43.538  87.076   0.385    2.91   12      238.7      141.7
  122   6   1   2 43.572  87.144   0.385    2.91   24      239.5      285.1
  123   3   2   8 43.641  87.282   0.386    2.91   24       50.1       12.4
  124   5   2   4 44.074  88.149   0.389    2.88   24      138.9       94.8
  125   5   1   6 44.097  88.195   0.389    2.88   24      194.8      186.4
  126   3   1   9 44.149  88.298   0.389    2.88   24      251.0      309.0
  127   6   1   3 44.799  89.598   0.394    2.84   24      153.0      113.4
  128   3   3   7 44.845  89.689   0.394    2.84   12      206.2      102.9
  129   4   1   8 44.862  89.724   0.394    2.84   24       66.1       21.2


  X-ray diffraction powder data (I)...X-Ray wave length =  1.78892 (angs.):

  No   H   K   L   Theta 2*Theta    d           I int   I int.n.  I p.h.n.   H(Si)
                    ( degree )   (angstrem)     *100                         *100

    1   1   0   0   5.924  11.847  8.66718      108.7      1.2      1.3     5.6
    2   0   0   2   7.518  15.037  6.836       2799.8     32.2     32.8     5.6
    3   1   0   2   9.593  19.186  5.36742      256.4      2.9      3.0     5.6
    4   1   1   0  10.297  20.594  5.004       2197.9     25.2     25.6     5.6
    5   1   1   2  12.798  25.597  4.0378      1668.3     19.2     19.4     5.6
    6   0   0   4  15.17   30.341  3.418       4794.7     55.1     55.5     5.6
    7   2   1   0  15.845  31.691  3.27589      443.7      5.1      5.1     5.6
    8   2   1   1  16.306  32.613  3.18572     6435.4     73.9     74.4     5.6
    9   1   0   4  16.338  32.676  3.17968      303.5      3.5      3.5     5.6
   10   2   1   2  17.624  35.249  2.9542      1133.3     13.0     13.1     5.7
   11   3   0   0  18.035  36.071  2.88906     2726.5     31.3     31.4     5.7
   12   1   1   4  18.476  36.953  2.82242     4635.3     53.2     53.4     5.7
   13   2   0   4  19.469  38.937  2.68371      320.3      3.7      3.7     5.7
   14   3   0   2  19.64   39.281  2.66116     8705.5    100.0    100.0     5.7
   15   2   2   0  20.947  41.893  2.502         90.7      1.0      1.0     5.7
   16   3   1   1  22.198  44.395  2.36753     1865.7     21.4     21.3     5.7
   17   2   2   2  22.376  44.753  2.34957     2636.2     30.3     30.1     5.7
   18   0   0   6  23.112  46.225  2.27867      626.0      7.2      7.1     5.7
   19   3   0   4  23.915  47.83   2.20645      703.1      8.1      8.0     5.7
   20   2   2   3  24.069  48.137  2.19321     1107.9     12.7     12.6     5.7
   21   4   0   0  24.381  48.762  2.1668       173.3      2.0      2.0     5.7
   22   3   1   3  24.878  49.756  2.1262      1372.3     15.8     15.6     5.7
   23   2   1   5  25.22   50.44   2.09921     1966.7     22.6     22.3     5.8
   24   1   1   6  25.551  51.103  2.07378      915.0     10.5     10.4     5.8
   25   4   0   2  25.661  51.322  2.06552      244.0      2.8      2.8     5.8
   26   3   2   1  27.038  54.075  1.96769     1475.9     17.0     16.7     5.8
   27   4   0   4  29.259  58.519  1.83005      544.7      6.3      6.1     5.8
   28   3   2   3  29.393  58.786  1.82247      923.6     10.6     10.4     5.8
   29   3   1   5  29.699  59.397  1.80539      854.0      9.8      9.6     5.8
   30   3   0   6  29.996  59.992  1.78914      895.0     10.3     10.0     5.8
   31   5   0   0  31.065  62.129  1.73344      218.8      2.5      2.4     5.8
   32   3   2   4  31.361  62.721  1.71872      163.7      1.9      1.8     5.8
   33   0   0   8  31.559  63.119  1.709        777.9      8.9      8.7     5.9
   34   2   2   6  32.069  64.137  1.6847      2323.1     26.7     25.9     5.9
   35   5   0   2  32.163  64.327  1.68026      350.4      4.0      3.9     5.9
   36   2   1   7  32.22   64.441  1.6776      1061.4     12.2     11.8     5.9
   37   4   1   4  32.718  65.435  1.65487      714.7      8.2      7.9     5.9
   38   4   2   0  33.099  66.198  1.63794      317.5      3.6      3.5     5.9
   39   4   2   1  33.366  66.733  1.62631     1091.3     12.5     12.1     5.9
   40   1   1   8  33.577  67.155  1.61728      336.2      3.9      3.7     5.9
   41   3   2   5  33.794  67.587  1.60816      733.6      8.4      8.1     5.9
   42   4   2   2  34.163  68.325  1.59286      666.1      7.7      7.4     5.9
   43   4   0   6  34.725  69.45   1.57022      198.8      2.3      2.2     5.9
   44   3   3   3  34.822  69.645  1.56638      218.0      2.5      2.4     5.9
   45   5   1   0  35.071  70.143  1.55667      214.9      2.5      2.4     5.9
   46   5   1   1  35.332  70.664  1.54668     1549.6     17.8     17.1     5.9
   47   4   2   3  35.471  70.941  1.54141      902.2     10.4      9.9     5.9
   48   5   1   2  36.108  72.216  1.51782      452.6      5.2      5.0     5.9
   49   3   1   7  36.162  72.324  1.51586      499.6      5.7      5.5     5.9
   50   4   2   4  37.269  74.537  1.4771       169.8      2.0      1.9     6.0
   51   5   1   3  37.387  74.774  1.47311      823.9      9.5      9.0     6.0
   52   3   0   8  37.452  74.904  1.47092      540.4      6.2      5.9     6.0
   53   6   0   0  38.258  76.516  1.44453      458.7      5.3      5.0     6.0
   54   3   3   5  38.913  77.827  1.42397      183.0      2.1      2.0     6.0
   55   4   3   1  39.135  78.269  1.4172       231.2      2.7      2.5     6.0
   56   6   0   2  39.263  78.526  1.41332      371.5      4.3      4.0     6.0
   57   2   2   8  39.333  78.666  1.41121       94.2      1.1      1.0     6.0
   58   4   2   5  39.536  79.072  1.40514      704.0      8.1      7.6     6.0
   59   3   2   7  39.936  79.873  1.39337      424.3      4.9      4.6     6.0
   60   5   2   1  40.376  80.752  1.38076      215.2      2.5      2.3     6.1
   61   5   0   6  40.417  80.833  1.37962      256.1      2.9      2.8     6.1
   62   2   1   9  40.469  80.937  1.37814      540.6      6.2      5.8     6.1
   63   0   0  10  40.861  81.722  1.3672       129.4      1.5      1.4     6.1
   64   4   3   3  41.126  82.251  1.35996      152.8      1.8      1.6     6.1
   65   5   1   5  41.39   82.781  1.35281      616.5      7.1      6.6     6.1
   66   4   0   8  41.804  83.608  1.34185      113.1      1.3      1.2     6.1
   67   4   2   6  42.263  84.525  1.32999      280.8      3.2      3.0     6.1
   68   5   2   3  42.354  84.708  1.32766      191.1      2.2      2.0     6.1
   69   6   1   0  42.589  85.178  1.32173      127.8      1.5      1.4     6.1
   70   4   3   4  42.852  85.704  1.31517      362.6      4.2      3.9     6.1
   71   2   2   9  43.538  87.076  1.29851      141.7      1.6      1.5     6.1
   72   6   1   2  43.572  87.144  1.2977       285.1      3.3      3.0     6.2
   73   5   1   6  44.097  88.195  1.28537      281.2      3.2      3.0     6.2
   74   3   1   9  44.149  88.298  1.28418      309.0      3.5      3.3     6.2
   75   6   1   3  44.799  89.598  1.26942      113.4      1.3      1.2     6.2
   76   3   3   7  44.845  89.689  1.2684       124.0      1.4      1.3     6.2

Reference:
Chichagov A.V. et al.
Information-Calculating System on Crystal Structure Data of Minerals
(MINCRYST)
- Kristallographiya, v.35, n.3, 1990, p.610-616 (in Russian)