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- Bimorph electrothermal microactuator Bimorph结构电热微执行器
- electrothermal microactuator 热执行器
- A Nodal Analysis Model for In-Plane Electrothermal Microactuators 平面内运动热执行器的节点模型
- Microactuator is a kernel part of MEMS. 在微机电系统中,微执行器是核心部件。
- Beijing Hi-tech Sunshine Electrothermal Techonlogy Co., Ltd. 北京高校天昱电热科技有限公司。
- New-type aluminium-alloy made,electrothermal cable vulcanizer. 本机是一种采用电加热式，以铝合金材料结构为主的新型的各种电缆硫化设备。特点是体积小、重量轻、操作方便。而且，电气绝缘强度好，抗压抗拉强度高等优点。
- Accessories of Electrothermal is Temperature, pressure-insurance... 电热水袋配件为温度、压力双保险型。
- Sputtered NiTi shape memory alloy(SMA) thin film for microactuator was studied. 利用薄膜热相变特性制成了微驱动器,观察并分析了该器件的形变特性。
- A novel design of TiNi/Si composite membrane microactuator is studied with finite element methods(FEM). 应用有限元方法对TiNi/Si复合膜微驱动器的结构设计进行了分析。
- It is shown that computer simulation is the effective tool of microsensor and microactuator designs. 研究工作表明计算机模拟是微传感器和微执行器设计的有效工具。
- A novel electromagnetic MEMS microactuator with bistable positions is presented. 提出并设计了具有双稳态功能的新型电磁型MEMS微驱动器结构形式。
- A flexural oscillation model about V-shaped silicon electro-thermal microactuator is presented. 提出了V型电热硅微致动器的弯曲振动力学模型。
- A symmetry microactuator and a microswitch as the prototypes have been fabricated and tested. 这些研究工作为光热微驱动器的优化设计及性能评价提供了技术依据。
- Research of the nano carbon black cement mortar electrical and electrothermal properties. 研究了纳米炭黑水泥砂浆的导电性和电热特性。
- This thesis is aimed at fabrication of microfluidics, including microactuator and micromixer. 本研究系针对微加工制造技术之应用，设计一电磁致动式微帮浦。
- Studied the temperature filed distribution in oil well using electric cable and/or electrothermal rod. 研究了电缆及电热杆油井温度场分布。
- The Microgripper, which is typical microactuator, is one of important research contents in MEMS. 微机械手是一种典型的微型执行器,是微型机电系统(MEMS)的重要研究内容之一。
- Main parts include:Easy-carried Forklike Forklike frame,Electrothermal Board and Pressure Device. 该机以铝合金为主要制造材料。主要由整体便携式叉型结构机架、电热板、压力装置组成，携带方便，使用轻巧。
- Therefore, the magnetic microactuator will have the potential of application in the related product of MEMS. 因此，在未来的相关产品需求提升之际，电磁式微致动器将具有相当大的发展潜力。
- The efficient magnetic microactuator is developed, including the design, simulation, fabrication, and optimization. 本文旨在发展高效率的电磁式微致动器，进行微致动器的设计、模拟、最佳化与制作。
