micropump 中文意思是什麼

micropump 解釋
微泵
  1. Recently, in the field of microfluidics system the drive mode of flow is a key problem, dc electroosmoticflow micropump bases on the principle of electroosmosis, which control the flow in the microchannel with electric field. recent years, it is more and more attracting people to realize it

    當前在微流控系統中液體的驅動方式是一個關鍵問題，直流電滲流微泵是基於電滲原理，利用電場控制通道中的液體流動，實現無運動部件的液體流動系統，近年越來越受到人們的重視。
  2. Mode analysis of liquid - solid coupling system of micropump for biochips

    固耦合系統模態分析
  3. Alldoo micropump co., ltd is a sci - tech enterprise which is specially engaged in the designing and production of various diaphragm micropumps, including diaphragm vacuum pumps, gas pumps, and liquid pumps with low flow range and small size

    奧都微泵製造有限公司是一家專門從事各種微泵設計和製造的科技型企業，公司坐落於溫州樂清市，毗臨溫州機場和甬臺溫高速公路，交通十分便利。
  4. Research on terminal behavior of electrostatic micropump

    靜電微泵的端點特性研究
  5. The radius of the micropump is 3mm, the radius of the films of micropump is 2mm, the thickness of the films of the micropump is 5 m, the thickness of the pzt chip is 10 m, the tall of the micropump is 1000 m, the drive voltage is 50v, the drive frequency of the micropump is 4000hz

    泵體半徑為3mm ，泵膜半徑為2mm ，泵膜厚度為5 m ， pzt片厚度為10 m ，泵體高度為1000 m ，方波驅動電壓為50v ，驅動頻率為4000hz 。
  6. The cavity above is composed of the wall of cavities and two layers films lies up and down, each of them has a layer of pzt chip. the cavities underside is composed of the wall of cavities, the film and a layer of class. there is circular valves lies in the import and export, and the material of the micropump films and the valves is silicon

    提出了一種雙腔微泵結構設計方案，這種泵分為上下兩個泵腔，上面泵腔由腔壁與上下兩層薄膜圍成，每層薄膜上都有一層pzt片；而下面泵腔則由腔壁與圍成上面泵腔的下層硅薄膜及一層玻璃圍成，出入口處採用環形閥門結構，泵膜和閥片的材料為硅。
  7. This thesis built the model of micropump, the deformation of the micropump membrane and the volume change of the micropump chamber under piezoelectric - drive were simulated by finite element method ( fem ). the effects of the membrane thickness, shape and piezoelectric voltage on the volume change of membrane were analyzed. the relation between intrinsic frequency and membrane thickness was also discussed

    建立了微泵膜片的有限元模型，採用直接耦合法模擬分析了微泵膜片在壓電驅動下產生的形變和由此引起的微泵腔體體積的變化，得出了膜片厚度、形狀、和壓電驅動電壓對微泵腔體體積變化的影響。
  8. The theoretical model of dc electroosmotic flow field is built based on the forming principle of the pumping rate and pressure of electroosmoticflow micropump. the numerical values of electric double layer and electroosmoticflow field are solved by using vorticity stream funcion formulation and finity difference algorithm. it shows many factors influence the pumping rate such as electric field indensity, section area, section shape, the dielectric constant and the viscosity constant of flow

    本文詳細的綜述了直流電滲流微泵的國內外研究狀況，闡述了雙電層和直流電滲流微泵的原理，研究了電滲流微泵流量與壓強的產生機制，建立了直流電滲流流場的理論模型，並利用渦度流函數法和有限差分法得到雙電層電勢和電滲流流場數值解。
  9. In microfluidics systems, many parameters influence on the flow moving and control, for examples, microchannel surface characters, section shape. in this paper the main work is the research on the mechanism forming electroosmoticflow, theory analysis and simulation on the influence of the geometry parameters on the microflow. this paper reviews the development history of dc electroosmotic micropump and introduces the principle of electric double layer and dc electroosmotic micropump

    在微流控系統中微通道的表面特性、截面形狀等都會對電滲流流體的流動和控制產生影響，因此本文的主要工作內容就是對電滲流的產生機理進行研究和對微通道的幾何參數對其中的流體的流動狀況的影響進行分析。
  10. This thesis analyzed theory of micropump and built the basic equation of micropump model, solved the flux and pressure of micropump

    本文對微泵進行了理論分析，建立了微泵模型的基本方程，求出了流量、壓力。
  11. Types and basic parameters for micropump

    微型泵.型式與基本參數
  12. Technical specifications for micropump

    微型泵.技術條件
  13. This thesis built the model of the distortion of the electrostatic and piezoelectric micropump, resolved the inherent frequency of the circular film

    建立了靜電、壓電驅動的微泵薄膜變形的模型，推導出了圓形薄板固有頻率。
  14. Instrumentation has been developed to detect and characterize airborne pollen and bacteria rapidly by injecting a bioaerosol into a nanocolloidal suspension of silver particles using a micropump

    目前已開發出一套設備，經由微量幫浦將生物性氣膠注射入核殼型高分子之銀粒子懸浮液中以偵測及特徵化空氣中花粉及細菌。
  15. This text is on the purpose of practical application, and the theorie and experimented of dc electroosmoticflow micropump are researched, which offers the basics of theories and experiment for the application of dc electroosmoticflow micropumps

    本文是以實際應用為目的，對直流電滲流微泵的理論和實驗進行了深入的研究，為直流電滲流微泵的應用提供了理論和實驗基礎。
  16. The change of fluid velocity and pressure of the micropump was also simulated, thus we could recognize the property of the liquid of the microsystems more completely. the equivalent circuit method is a way of building micro system model. the thesis simulated the micropump system with the equivalent circuit method, worked out the change of output pressure and flux of the micropump

    微泵的流量和壓力是微泵的重要工作參數，應用有限元流固耦合分析對流體進行模擬，經過分析計算，得到微泵的輸出流量為145 . 5 l / min ，並模擬出流速和壓力的變化情況，從而較為全面的認識了微泵系統的流體特性。
  17. Simulation is applied using the software matlab and femlab on the base of theory. analyze and calculate the flow resistance in microchannel with various section shapes and flow velocity in microchannel with various inner diameters. those results offer the instruction on research of flow characters in microchannel and design dc electroosmiticflow micropump

    以理論為基礎，利用matlab 、 femlab進行模擬分析，並且對不同截面形狀微通道的流阻和不同當量直徑微通道內的流速進行了分析計算，其結果為電滲流在微通道內的流動特性的研究和直流電滲流微泵的設計提供了理論依據。
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