Measuring Dielectrophoresis Force Excerted on Polystyrene Micro-Beads using Optical Tweezers, M.Sc. Thesis Sharif University of Technology ; Seyyed Reihani, Nader (Supervisor)
Abstract
The base of dielectrophoresis(DEP) technique has been demonstrated through electro-dynamic interactions between an applied non-uniform AC electric field and induced distributed dipoles within a polarized. In particle manipulation and/or separation using the DEP method, knowledge of precise DEP force of a particle is essential in designing a DEP device and improving its separation efficiency and accuracy. In most DEP studies related to particle manipulation and/or separation, however their absolute DEP forces remain unknown[2]. Insufficient information regarding the DEP behavior of particles can result in preventing a strategic maneuver for efficient particle manipulation and/or separation...
Cataloging briefMeasuring Dielectrophoresis Force Excerted on Polystyrene Micro-Beads using Optical Tweezers, M.Sc. Thesis Sharif University of Technology ; Seyyed Reihani, Nader (Supervisor)
Abstract
The base of dielectrophoresis(DEP) technique has been demonstrated through electro-dynamic interactions between an applied non-uniform AC electric field and induced distributed dipoles within a polarized. In particle manipulation and/or separation using the DEP method, knowledge of precise DEP force of a particle is essential in designing a DEP device and improving its separation efficiency and accuracy. In most DEP studies related to particle manipulation and/or separation, however their absolute DEP forces remain unknown[2]. Insufficient information regarding the DEP behavior of particles can result in preventing a strategic maneuver for efficient particle manipulation and/or separation...
Find in contentBookmark |
|