Xiangzhi Zhao

Title: Innovations by Xiangzhi Zhao in Particle Size Distribution Control

Introduction

Xiangzhi Zhao is a notable inventor based in Shenyang, China. He has made significant contributions to the field of particle size distribution control, particularly in disc milling systems. His innovative work has led to the development of a unique experimental device that enhances the understanding and control of powder particle sizes.

Latest Patents

Xiangzhi Zhao holds a patent for a "Particle size distribution control in disc milling system based stochastic distribution control experimental device and method." This experimental device includes several components such as a screw feeding control device, a mill speed adjustment device, a disc gap servo control device, a sampling device, a laser particle analyzer, a control cabinet, and an upper computer. The control method for this device involves multiple steps, including initial settings, system startup, sampling, detection of the actual probability density function (PDF) shaping, and updating the initial settings through a stochastic distribution control (SDC) algorithm. This innovative device not only verifies various SDC algorithms but also provides an excellent experimental platform for teaching and scientific research. It effectively controls the shape of non-Gaussian distribution of output random variables in a stochastic distribution system.

Career Highlights

Xiangzhi Zhao is affiliated with Northeastern University, where he continues to advance his research and innovations. His work has garnered attention for its practical applications in both academic and industrial settings.

Collaborations

Xiangzhi Zhao collaborates with esteemed colleagues such as Hong Wang and Mingjie Li, contributing to a dynamic research environment that fosters innovation and discovery.

Conclusion

Xiangzhi Zhao's contributions to particle size distribution control exemplify the intersection of research and practical application. His innovative patent and collaborative efforts continue to influence the field significantly.