# file epsl.800
# dissipation after filtering at X = 800 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  
    -1.28099   -3.68194E-06
    -1.21537    1.69275E-06
    -1.14975    4.78806E-06
    -1.08413    8.21349E-07
    -1.01851   -1.09677E-05
   -0.952894   -2.63001E-05
   -0.887275   -3.91869E-05
   -0.821655   -4.83464E-05
   -0.756035   -6.29661E-05
   -0.690415   -1.03723E-04
   -0.624795   -1.97263E-04
   -0.559175   -3.66038E-04
   -0.493555   -6.18254E-04
   -0.427935   -9.42927E-04
   -0.362315   -1.31242E-03
   -0.296696   -1.69087E-03
   -0.231076   -2.04418E-03
   -0.165456   -2.34675E-03
    -9.98360E-02   -2.58287E-03
    -3.42161E-02   -2.74393E-03
     3.14038E-02   -2.82456E-03
     9.70237E-02   -2.82097E-03
    0.162644   -2.73234E-03
    0.228263   -2.56370E-03
    0.293883   -2.32760E-03
    0.359503   -2.04301E-03
    0.425123   -1.73167E-03
    0.490743   -1.41409E-03
    0.556363   -1.10724E-03
    0.621983   -8.24609E-04
    0.687603   -5.77515E-04
    0.753222   -3.75610E-04
    0.818842   -2.25490E-04
    0.884462   -1.27992E-04
    0.950082   -7.62628E-05
     1.01570   -5.65886E-05
     1.08132   -5.23778E-05
     1.14694   -4.96277E-05
     1.21256   -4.10923E-05
     1.27818   -2.70282E-05
     1.34380   -1.23849E-05