Dear Dr. Karnakov,
During the modeling process of examples/205_multivof/crystal
length = 6e-3 width = 1e-3 # main channel width height = 0.1e-3 junction_x = 0.75e-3 narrow_length = 0.42e-3 narrow_width = 0.11e-3 side_inlet_width = 0.055e-3 rounding_r = 0.23e-3
The chip modeling parameters are all on the order of e-3.
However, during the initialization process, brx=0.2, which is clearly larger than the size of the entire chip. May I ask what unit this is in? Thank you very much.
if par.row: conf['init_vf'] = "list" vf = aphros.Geometry() **brx = 0.2** for x in np.arange(wx + rr + brx, lx, 2 * brx): k = 0.98 vf.Box([x, ly / 2, lz / 2], [brx * k, W / 2 * k, H / 2 * k]) with open("b.dat", 'w') as f: f.write(vf.Generate())
Dear Dr. Karnakov,
During the modeling process of examples/205_multivof/crystal
length = 6e-3 width = 1e-3 # main channel width height = 0.1e-3 junction_x = 0.75e-3 narrow_length = 0.42e-3 narrow_width = 0.11e-3 side_inlet_width = 0.055e-3 rounding_r = 0.23e-3The chip modeling parameters are all on the order of e-3.
However, during the initialization process, brx=0.2, which is clearly larger than the size of the entire chip. May I ask what unit this is in? Thank you very much.
if par.row: conf['init_vf'] = "list" vf = aphros.Geometry() **brx = 0.2** for x in np.arange(wx + rr + brx, lx, 2 * brx): k = 0.98 vf.Box([x, ly / 2, lz / 2], [brx * k, W / 2 * k, H / 2 * k]) with open("b.dat", 'w') as f: f.write(vf.Generate())