# file epsl.200
# dissipation after filtering  at X = 200 mm
# col. #1  y/delta_omega
# col. #2  dissipation epsilon
# Quantities are normalized by the velocity difference Delta_U and the vorticity thickness delta_omega.
# 
#    y         epsilon  
    -2.14670    6.18512E-06
    -2.03776    1.27562E-06
    -1.92883   -6.54000E-06
    -1.81990   -1.11633E-05
    -1.71097   -8.11657E-06
    -1.60203    1.40414E-06
    -1.49310    1.04537E-05
    -1.38417    1.10606E-05
    -1.27524    8.44406E-07
    -1.16630   -1.35661E-05
    -1.05737   -2.01417E-05
   -0.948439   -1.15150E-05
   -0.839506    4.01754E-06
   -0.730574   -1.81822E-06
   -0.621641   -6.99020E-05
   -0.512709   -2.35992E-04
   -0.403776   -5.10499E-04
   -0.294844   -8.66284E-04
   -0.185911   -1.24191E-03
    -7.69789E-02   -1.56026E-03
     3.19535E-02   -1.75471E-03
    0.140886   -1.79113E-03
    0.249818   -1.67647E-03
    0.358751   -1.45141E-03
    0.467683   -1.17216E-03
    0.576616   -8.90768E-04
    0.685548   -6.42254E-04
    0.794481   -4.41840E-04
    0.903413   -2.90149E-04
     1.01235   -1.80996E-04
     1.12128   -1.07010E-04
     1.23021   -6.13803E-05
     1.33914   -3.71183E-05
     1.44808   -2.64085E-05
     1.55701   -2.15635E-05
     1.66594   -1.71107E-05
     1.77487   -1.12731E-05
     1.88381   -5.49460E-06
     1.99274   -2.19547E-06
     2.10167   -2.32891E-06
     2.21060   -4.44246E-06