Paper Title
Micro Mixture: A Technical Solution With Micro Fluidic Oscillator In Chemistry

Abstract
A passive mixing strategy is proposed to enhance mixing of two fluids through perturbed jet low. The diffusion flux given by the Fick’s law characterizethe mixing rate.. A numerical study of passive mixers has been presented. This paper is focused on the modeling of a micro-injection systems composed of passive amplifier without mechanical part. The micro-system modeling is based on geometrical oscillators form. An asymmetric micro-oscillator design based on a monostable fluidic amplifier is proposed [2,7]. The characteristic size of the channels is generally about a few hundred of microns. The numerical results indicate that the mixing performance can be as high as 99 % within a typical mixing chamber of 0.20 mm diameter inlet and 2.0 mm distance of nozzle - spliter. In addition, the results confirm that self-rotation in the circular mixer significantly enhances the mixing performance. The novel micro mixing method presented in this study provides a simple solution to mixing problems in microsystem for application in chemistry. Keywords- Micro Oscillator, Modeling, Micro Mixture, Diffusion, Size Effect, Chemical Equation.