The vast majority of current research on hydrocyclone field centrifugal separation focuses low concentration fluids having volume fraction less than 3%. For high-concentration fractions greater 10%, which are often encountered in engineering, the law governing particle motion and classification mechanism still unclear. In order to gain insights into interaction between fine particles high impro...

Following the emergence of many blood transfusion-associated diseases, novel passive cell separation technologies, such as microfluidic devices, are increasingly designed and optimized to separate red cells (RBCs) white (WBCs) from whole blood. These systems allow for rapid diagnosis diseases without relying on complicated expensive hematology instruments flow microscopes, coagulation analyzers...