dielectrophoresis

dielectrophoresis

美 ['daɪɪlektroʊfə'risɪs] 　英 ['daɪɪlektrəʊfə'ri:sɪs]

• n.双向电泳
• 网络介电泳；介电电泳；介电泳动

英汉解释

n.

1. 双向电泳

例句

Recently, researchers have shown that Dielectrophoresis (DEP) is an efficient technique to manipulate carbon nanotubes.

最近，研究人员证明了双向电泳是一种非常有效的操控碳纳米管的方法。

Optical tweezers and dielectrophoresis are both noninvasive micromanipulation methods, developing rapidly and applied widely.

光镊和介电泳技术都是非侵入式微操纵技术，发展迅速，应用广泛。

Chloroplasts of the two cases exhibit spatially different patterns of motion during dielectrophoresis.

在实施介电泳时，两者的叶绿体呈现不同型态的运动。

This paper introduced the basic principle of dielectrophoresis.

本文介绍了介电泳的基本原理。

Micromanipulation by Means of Optical Tweezers and Dielectrophoresis Technologies

光镊与介电泳微操纵技术

Dielectrophoresis of erythrocyte using microchip electrode arrays

微芯片电极红细胞电介质电泳现象

Research on bio-particle separation chip based on dielectrophoresis

基于介电泳的生物粒子分离芯片