HU Sheng， WANG Ke， CAI Lu. Dynamic Modeling and Simulation of Micro-particles Experienced Dielectrophoretic Effect[J]. Journal of Northeastern University(Natural Science), 2021, 42(1): 15-20.
[1]Pethig R.Dielectrophoresis: status of the theory，technology， and applications［J］.Biomicrofluidics，2010， 4(2):1-35. [2]Viefhues M，Eichhorn R.DNA dielectrophoresis:theory and applications a review［J］.Electrophoresis，2017，38(11):1483-1506. [3]Gudagunti F D，Velmanickam L，Nawarathna D，et al.Nucleotide identification in DNA using dielectrophoresis spectroscopy［J］.Micromachines，2020，11(1):1-11. [4]Lapizco-Encinas B H，Rito-Palomares M.Dielectrophoresis for the manipulation of nanobioparticles［J］.Electrophoresis，2007，28(24):4521-4538. [5]Ni Z，Zhang X，Yi H.Separation of nanocolloids driven by dielectrophoresis: a molecular dynamics simulation［J］.Science in China Series E—Technological Sciences，2009，52(7):1874-1881. [6]Paul R，Kaler K V I S.Effects of particle shape on electromagnetic torques:a comparison of the effective-dipole-moment method with the Maxwell-stress-tensor method［J］.Physical Review E，1993，48(2):1491-1496. [7]Ai Y，Qian S Z.DC dielectrophoretic particle-particle interactions and their relative motions［J］.Journal of Colloid and Interface Science，2010，346(2): 448-454. [8]Zhou T，Yeh L H，Li F C，et al.Deformability-based electrokinetic particle separation［J］.Micromachines，2016，7(9):1-10. [9]Kumar S，Hesketh P J.Interpretation of ac dielectrophoretic behavior of tin oxide nanobelts using Maxwell stress tensor approach modeling［J］.Sensor and Actuator B:Chemical，2012，161(1):1198-1208. [10]Zhao Y，Brcka J，Faguet J，et al.Elucidating the DEP phenomena using a volumetric polarization approach with consideration of the electric double layer［J］.Biomicrofluidics，2017，11(2):024106. [11]Zhao Y，Brcka J，Faguet J，et al.Elucidating the mechanism governing particle alignment and movement by DEP［C］//Proceedings of the COMSOL Users Conference 2015.Boston:COMSOL，2015:1-6. [12]Xie C C，Chen B，Wu J K.Three-dimensional interaction of a large number of dense DEP particles on a plane perpendicular to an AC electrical field［J］.Micromachines，2017，8(1):1-16. [13]Parthasarathy M，Klingenberg D J.Electrorheology: mechanisms and models［J］.Materials Science and Engineering: R，1996，17(2):57-103. [14]Zhu X L，Yin Z F，Ni Z H.Dynamics simulation of positioning and assembling multi-microparticles utilizing optoelectronic tweezers［J］.Microfluidics and Nanofluidics，2012，12(1/2/3/4):529-544. [15]Jones T B.Basic theory of dielectrophoresis and electrorotation［J］.Engineering in Medicine and Biology Magazine，2003，22(6):33-42. [16]Rethig P，Huang Y，Wang X B，et al.Positive and negative dielectrophoretic collection of colloidal particles using interdigitated castellated microelectrodes［J］.Journal of Physics D:Applied Physics，1992，25(5):881-888. [17]Minerick A R，Zhou R H，Takhistov P，et al.Manipulation and characterization of red blood cells with alternating current fields in microdevices［J］.Electrophoresis，2003，24(21):3703-3717. [18]Kadaksham J，Singh P，Aubry N.Dynamics of electrorheological suspensions subjected to spatially nonuniform electric fields［J］.Journal of Fluids Engineering，2004，126(2):170-179.
