A Micro Motor Using Electroconjugate Fluids (ECFs)
A Micro Motor Using Electroconjugate Fluids (ECFs)
复制标题
使用电共轭流体 (ECF) 的微型电机
DOI：
10.1299/jsmec.44.756
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发表时间：
2001
期刊：
影响因子：
--
通讯作者：
K. Edamura
中科院分区：
文献类型：
--
作者：
S. Yokota;A. Sadamoto;Y. Kondoh;Y. Otsubo;K. Edamura
一些介电流体例如癸二酸二丁酯在一对电极之间产生射流。其中一位作者发现了电共轭液（以下简称ECF），它被认为是一种功能液。在这项研究中，提出了一种利用 ECF 的微型电机。在所提出的电机中，成对的电极位于充满 ECF 的圆柱形管（定子）内。在定子中，ECF 喷射引起旋转流。通过用转子提取旋转流动力，可以轻松实现微型电机。在本文中，具有 I.D. 的微型 ECF 电机的制造。描述了Φ3mm、Φ4mm或Φ8mm。通过实验检验转速、负载特性、输出功率和效率等基本特性。此外，还提出了 ECF 电机的数学模型并用实验数据进行了验证。最后，使用制造的 ECF 电机检查小型化特性。
Some dielectric fluids such as dibutyl decanedioate generate jet flow between a pair of electrodes. One of authors discovered electroconjugate fluid (ECF hereafter), which is considered to be a kind of functional fluid. In this study, a micro motor that utilizes ECF is proposed. In the proposed motor, are pairs of electrodes located inside a cylindrical tube (stator) filled with ECF. In the stator, rotational flow is induced by ECF jets. By extracting the rotational flow power with a rotor, micro motors are easily realized. In this paper, the fabrication of micro ECF motors having an I.D. of φ3mm, φ4mm or φ8mm is described. Basic characteristics such as rotational velocity, load characteristics, output power and efficiency are experimentally examined. Also, mathematical models of the ECF motors are proposed and verified with experimental data. Finally, miniaturization characteristics are examined using the fabricated ECF motors.