Case Study: Clemson University achieves better control of dielectrophoresis particle arrangement with COMSOL Multiphysics

Clemson University uses Comsol to model dielectrophoresis in 1.01 MB study

Clemson University, in partnership with Tokyo Electron U.S. Holdings, Inc., was studying dielectrophoresis for nanoscale material assembly but encountered unexpected particle rotation and alignment during cell patterning. They needed to understand the underlying forces to predict and control this behavior. They turned to vendor Comsol and used COMSOL Multiphysics simulation software to model their electrode setup.

Using Comsol's software, the team created simulations that accounted for nonhomogeneous cell properties and electric field distortions. This allowed them to analyze and predict the influence of dielectrophoresis force on particle movement and arrangement. The solution provided critical insight into the cell patterns and material assembly process, advancing their research for applications in medical, electronics, and energy fields.

Clemson University