# KY = 0.1, \beta
1.025e+00 4.810e-02
1.179e+00 2.259e-01
1.230e+00 3.593e-01
1.281e+00 4.864e-01
1.435e+00 7.906e-01
1.640e+00 1.091e+00

# KY = 0.4, \beta
2.050e-01 -6.903e-03
4.099e-01 1.466e-02
6.149e-01 5.975e-02
8.199e-01 1.253e-01
8.711e-01 1.422e-01
9.736e-01 1.761e-01
1.025e+00 1.979e-01
1.076e+00 2.106e-01
1.179e+00 2.652e-01
1.230e+00 3.124e-01
1.281e+00 3.785e-01
1.435e+00 6.685e-01
1.640e+00 9.469e-01

# KY = 0.6, \beta
2.050e-01 -2.695e-02
4.099e-01 -5.951e-03
6.149e-01 3.342e-02
8.199e-01 9.227e-02
8.711e-01 1.051e-01
9.736e-01 1.362e-01
1.025e+00 1.557e-01
1.076e+00 1.688e-01
1.179e+00 2.044e-01
1.230e+00 2.299e-01
1.281e+00 2.488e-01
1.435e+00 4.007e-01
1.640e+00 7.111e-01

# KY = 0.1, a/Lti
1.025e+00 4.810e-02
1.081e+00 8.443e-02
1.138e+00 1.470e-01
1.194e+00 3.012e-01
1.250e+00 5.032e-01
1.307e+00 6.801e-01
1.363e+00 8.450e-01

# KY = 0.4, a/Lti
9.572e-01 1.784e-01
1.002e+00 1.904e-01
1.025e+00 1.979e-01
1.081e+00 1.917e-01
1.138e+00 1.885e-01
1.194e+00 1.541e-01
1.250e+00 1.273e-01
1.307e+00 4.280e-01
1.363e+00 6.054e-01

# KY = 0.6, a/Lti
9.572e-01 1.715e-01
1.002e+00 1.593e-01
1.025e+00 1.557e-01
1.081e+00 1.323e-01
1.138e+00 1.079e-01
1.194e+00 8.919e-02
1.250e+00 6.373e-02
1.307e+00 3.226e-02
1.363e+00 -2.608e-02