Abstract
An oscillating model of femtofluid flow in flat and cylindrical conductors has been developed for the first time. Solutions are obtained analytically based on transforms from real form to complexity form and numerically using the lattice Boltzmann method (LBM). It is shown that the behavior of femtofluid is determined by three dimensionless parameters Sh, Fo and Kn. The influence of each parameter on carrier transport was studied. An explanation is given for the skin effect and the decrease in current density with increasing oscillation frequency.
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