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Continuous Separation Principles Using External Microaction Forces

机译:使用外部微作用力的连续分离原理

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摘要

During the past decade, methods for the continuous separation of microparticles with microaction forces have rapidly advanced. Various action forces have been used in designs of both microchannel and capillary continuous separation systems, which depend on properties such as conductivity, permittivity, absorptivity, refractive index, magnetic susceptibility, and compressibility. Particle migration velocity has been used to characterize the particles. Biological cells have been the most interesting targets of these continuous separation methods.
机译:在过去的十年中,利用微作用力连续分离微粒的方法迅速发展。在微通道和毛细管连续分离系统的设计中已经使用了各种作用力,这取决于诸如电导率,介电常数,吸收率,折射率,磁化率和可压缩性的性质。粒子迁移速度已用于表征粒子。生物细胞已经成为这些连续分离方法中最有趣的靶标。

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