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- Keywords Piezoelectric micropump PZT Actuator Drug delivery Membrane valve; 微型压电泵;压电振子;药品输送;薄膜阀;
- Piezoelectric micropumps for MEMS have actuator parts, working parts and control parts, which are all integrated together.The actuator parts are made of piezocrystal. 摘要基于MEMS的压电泵是集驱动部件、工作部件和控制部件于一体的便于集成的微型泵,它采用压电晶体作为其驱动部件材料。
- C. H. Chang, H. Hocheng, Y. H. Guu , Fabrication and analysis of flow rate of parallel piezoelectric micropumps, SME 2006 the 5 th Conference on Precision Manufacturing, Taiwan, 2006. 古运宏、连启翔,微型帮浦内方形单晶矽致动薄膜之应力与疲劳寿命分析,2006第二届两岸机电暨产学合作学术研讨会,台湾,2006。
- piezoelectric micropump 压电泵
- C. J. Morris and F. K. Forster, “Optimization of circular piezoelectric bimorph for a micropump driver, ” J. Micromech, Microeng 10, pp. 459-465, 2000. 张晋祥,压电驱动式微帮浦制作与分析,硕士论文,国立清华大学动力机械工程学系,新竹,2005
- Design of broadband piezoelectric ceramic receiver. 宽带化压电陶瓷受话器的设计。
- A kind of piezoelectric membrane micropump with novel construction,simple fabrication process,low cost and high performance used for the drastic drug delivery was designed and fabricated. 设计开发了一种结构新颖,制作工艺简单,成本低,综合性能高的烈性药物输注用压电薄膜微型泵,介绍了微泵的结构设计、工作原理和性能测试。
- Failure mechanics of piezoelectric materials and structures II. 压电材料及其结构的断裂力学2。
- Static model of micropump was studied including membrane and micropump. 以有限元分析数据为起点,获得了膜片静态模型。
- Piezoelectric materials have many superiority on precision actuate. 通过比较和分析,压电材料在实现精密驱动上具有相当大的优势。 二.
- A valveless micropump suitable for microfluidic system is presented. 介绍了一种适用于微流体系统的无阀微泵。
- A piezoelectric element is appressed with the impacting object. 一个压电元素是紧贴与冲击的对象。
- A micropump is composed of a deformable chamber and two Si flapcheck valves. 形状记忆合金/硅复合膜驱动的微泵由一个可形变腔体和两个单向硅薄片阀组成。
- The possibility of piezoelectric SSA is investigated. 重点分析了压电材料作自感知执行器的物理基础。
- Novel sophisticate stepping 2-DOF piezoelectric actuator[J]. 引用该论文 刘国嵩;杨志刚;曾平;程光明.
- 3.C.H.Chang, H.Hocheng, Y.H.Guu , Fabrication and analysis of flow rate of parallel piezoelectric micropumps, SME 2006 the 5 th Conference on Precision Manufacturing, Taiwan, 2006. 古运宏、连启翔,微型帮浦内方形单晶矽致动薄膜之应力与疲劳寿命分析,2006第二届两岸机电暨产学合作学术研讨会,台湾,2006。
- Selecting piezoelectric material to control vibration is a good method. 因此选用压电材料来控制振动也是一种很好的办法。
- Linearity of axial sensitivity of compression type piezoelectric sensor. 压缩式压电传感器轴向灵敏度的线性度问题。
- The results of the paper is very helpful for the design and application of the valveless micropump. 所作的研究对于无阀微泵的设计和应用具有指导意义。
- Resonance frequency of the microvalve is much higher than the working frequency of the thermal actuated micropump. 分析表明本文中的微型阀的固有频率比热驱动微型泵的工作频率高得多,因此阀片的动态特性可不予考虑。
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