Temporal instability of non-Newtonian liquid jets during centrifugal electrospinning

This investigation is aimed at analysing linear instability of an initial stable jet through the air-sealed electro-centrifugal spinning process which significant in creating nanofibers. Utilising perturbation theory to diminish governing equations, into a 1-D mode with option solving acquired non-linear differential equations. Hence, trajectory power-law fluid during power has been determined. Dispersion relation gotten from study conduct curved electric field.