Abstract:  Acoustic streaming is a steady current flow in a fluid caused by the momentum transfer associated with the absorption of acoustic waves by the media. Acoustic streaming takes place in a viscous medium at the vicinity of a boundary such as planes, cylinders，or spheres. In case of that，bubbles play an important role. It is more effective as a sound current source than the hard object under the same conditions because of the compressibility of the bubbles. Sonorophorc refers to that:the cell membrane is temporary open in the role of acoustic streaming to let the molecule enter, after that，the cells can be repaired by itself, which is characterized by small，repairable damage. Researchers have introduced imaginary method to study the shear stress induced by the isolated bubble near the hard surface and given the expression for the maximum shear stress and its significance on the effect of sonorophore. interaction between bubble and the boundary has important effect in various fields so the study about this acoustic streaming is necessary for better understanding. An analytical model for
acoustic streaming generated by single bubble excited by ultrasound between two rigid planes is developed. This model considers bubble oscillations considering the effect of the walls, In particular, the numerical calculations of shear stress applied to the walls in water and blood have been conducted using the model, It is found that the shear stress changes with distance between the bubble and the wall，and it is related with the observation position, the parameters of the fluid and the radius of the bubble.