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- 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。
- 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。
- Pump Chamber Flow Field Analysis for Piezoeletric Driven Valveless Micropump 压电驱动无阀微泵泵腔流场分析
- The valve-less micropump may improve the pump flow rate with a Tesla valve, and the interaction between working frequency and the valve movement in the valve micropump are discussed. 本文探讨之微流体系统中使用压电式微型帮浦作为微致动器,其可区分为阀式与无阀式微帮浦。
- Numerical Study of Periodical Flows of Piezoelectric Valveless Micropump for Biochips 生物芯片无阀压电微流体泵流场数值研究
- serial valveless micropump 串联无阀泵
- digital valveless micropump 数字化无阀微泵
- valveless micropump 无阀微泵
- A valveless driver suitable for microfluidic system is presented. 介绍了一种适用于微流体系统的无阀+微泵。
- 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。
- 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。
- 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。
- The micropump,as an important actuator,is the symbol of the development level of micro fluidic system. 微型泵是微流体系统中的重要执行元件,标志着微流体系统的发展水平。
- Chapter Four, Chapter Five and Chapter Six belong to the second part, Research on the fabrication of DC MHD micropump. 第四章、第五章与第六章属于第二部分研究,磁流体推进式微型泵的研制。
- As an important device of microfluidics, in-depth studies of micropump are of theoretical and practical significance. 微泵作为微流控系统的重要器件,对其开展深入研究具有非常重要的理论意 义与实际意义。
- It illustrates the micro machining process, and describes the experiment to investigate the performance of micropump. 对芯片的加工工艺流程进行了说明,同时对微泵进行了试验研究。
- Micropump in one of the most important factors in Biochip, so the choice of micropump is the first step. 摘要微泵是生物芯片的关键因素之一,因此选择适合生物芯片的微泵是首要工作。
- Objective: To evaluate the effect of micropump infusion of remifentinal in children undergoing adenoidectomy. 摘要目的:评价微量泵输注瑞芬太尼在小儿腺样体切除术麻醉中的应用效果。
- Micropump is one of the most important factors in Biochip,so the choice of micropump is the first step. 微泵是生物芯片的关键因素之一,因此选择适合生物芯片的微泵是首要工作。
- The newest research direction about pulse tube refrigerator is multi-stage cryocooler driven by valveless compressor. 介绍了国外最新开展的关于脉冲管制冷机的研究方向:无阀压缩机驱动的多级脉冲管制冷机。