The following table presents q=1000/Q values for toroidal mode
fundamentals. Most low harmonic degree values are from applications
of iterative spectral fitting, with a few values
coming from averages of singlet q's determined by singlet stripping.
Higher l values are from surface wave analyses
 
           Mode analyses 
 
Wid/Mast -- compilations of Widmer and Masters
Maste(ss) -- singlet stripping and peak-shift results (unpublished)
Tromp -- Tromp and Zanzerkia GRL, 22, 2297, 1995
Res/Ritz -- Resovsky and Ritzwoller (see their web page)
 
 
        Surface wave analyses
 
Durek -- Durek and Ekstrom, BSSA, 86, 144, 1996  
Laske -- Gabi Lask (unpublished)
 
 
   Mode     Maste(ss)   Wid/Mast     Tromp      Res/Ritz  
  0 T   4  4.14  1.24              5.13? 1.26  3.73  0.31 
  0 T   5  3.89  0.37  3.89  0.25  5.41? 1.08  3.94  0.25 
  0 T   6  4.06  0.26  4.01  0.37  4.44  0.20  4.02  0.55 
  0 T   7  4.75  0.25  4.65  0.52  5.15  0.40  4.83  0.26 
  0 T   8  5.23  0.23  4.95  0.33  5.35  0.83  4.98  0.25 
  0 T   9  5.11  0.34  5.24  0.27  5.26  0.50  5.24  0.41 
  0 T  10  5.64  0.17  5.32  0.29              5.71  0.62 
  0 T  11                                      5.85  0.34 
  0 T  12                                      5.95  0.35 
  0 T  13                                      6.17  0.38 
  0 T  14                                      6.33  0.40 
  0 T  15                                      6.45  0.42 
  0 T  16                                      6.76  0.46 
  0 T  17                                      6.80  0.46 
  0 T  18                                      6.99  0.49 
  0 T  19                                      7.04  0.50 
  0 T  20                                      7.19  0.52 
  0 T  21                          Laske(sw)   7.52  0.57 
  0 T  22                          7.65  0.25  7.69  0.59 
  0 T  23               Durek(sw) 
  0 T  24              7.89  0.35
  0 T  25              7.92  0.34
  0 T  26              8.02  0.33 
  0 T  27              8.02  0.31
  0 T  28              8.05  0.30
  0 T  29              8.08  0.29
  0 T  30              8.12  0.28
  0 T  31              8.27  0.29  8.06  0.25
  0 T  32              8.30  0.29
  0 T  33              8.33  0.29
  0 T  34              8.36  0.29
  0 T  35              8.40  0.29
  0 T  36              8.43  0.29
  0 T  37              8.46  0.29
  0 T  38              8.49  0.29
  0 T  39              8.51  0.29
  0 T  40              8.53  0.29  8.30  0.15
  0 T  41              8.55  0.29
  0 T  42              8.58  0.30
  0 T  43              8.59  0.29
  0 T  44              8.61  0.30
  0 T  45              8.61  0.29
  0 T  46              8.63  0.29
  0 T  47              8.65  0.30
  0 T  48              8.67  0.30
  0 T  49              8.70  0.30  8.37  0.15
  0 T  50              8.74  0.31
  0 T  51              8.78  0.31
  0 T  52              8.83  0.32  
  0 T  53              8.91  0.34
  0 T  58                          8.50  0.25
  0 T  67                          8.46  0.20
  0 T  77                          8.41  0.20
  0 T  86                          8.32  0.20
  0 T  95                          8.09  0.20
  0 T 104                          7.93  0.20