We now explore theoretically as a first step the effectiveness of using a single micro jet actuator to vector primary flow.

In this article, the technology of super-fine grinding based on high pressure microfluidics is studied in three aspects, which are the mechanism of it, the influence of the mico-channel to grinding effect and the testing effect of the equipment.

This article is concerning the design of the structure of abrasive micro- water jet machining system according to the study of its machining mechanism, and the optimization of its machining technic.

Study on the preparation of zedoary nano-liposomes by micro-jet method;

Numerical Simulation of Micro-jet Array Impingement Cooling;

Effect of loading-wave-front width on micro-jet from aluminum surface

The operation principle and application of microfluidizer,was introduced and also compared the particle size sheared by vacuum emulsifier and microfluidzer was compared.

The full N-S equations were solved using Beam-Warming approximate factorization method and a high-order compact-difference scheme for the synthetic flow field of vectoring control of a primary jet with the adjacent synthetic jets.