microchannel 中文意思是什麼

microchannel 解釋
微孔道
  1. Microchannel electron multiplier

    微通道電子倍增管
  2. 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。
  3. Robust optimization design for microchannel heat sinks

    微通道熱沉的穩健優化設計
  4. General specification for microchannel plate photomultiplier tubes

    微通道板光電倍增管總規范
  5. Methods of measurement for microchannel plate photomultiplier tubes

    微通道板光電倍增管測試方法
  6. In order to increase the output power, reliability and stabilization, microchannel heatsink which is one of active heatsinks is used to cool high power semiconductor diode laser arrays in the paper

    為了提高激光器的輸出功率、可靠性和穩定性，本論文選取有源熱沉? ?微通道熱沉來冷卻大功率半導體激光器列陣。
  7. Development of lownoise, highgain microchannel plate

    低噪聲高增益微通道板的研製
  8. Of the currently available coolers for electronic products with a high heat flux, microchannel heat sinks have been proved to be able to provide the best heat transfer performance and are one of the most promising coolers. the manifold microchannel ( mmc ) heat sink has many advantages such as low thermal resistance, compact structure, little amount of coolant, low flow rate, uniform temperature distribution along the flow direction and many others, so it is able to provide the best heat transfer performance : lowering the maxmal temperature and the temperature difference

    在目前高熱通量電子產品冷卻器中，微通道熱沉已被證實是傳熱性能最佳且最具應用潛力的冷卻方式之一，而歧管式微通道熱沉因具有低熱阻、結構緊湊、所需冷卻液量小、沿流動方向溫度分佈均勻等優點則成為減小電子元器件換熱表面最高溫度、降低溫度變化的一種有效方法。
  9. The experimental results of the flow characteristics of the mmc heat sink indicate that the critical reynolds number signifying the transition from laminar flow to turbulent flow is in advance ; under the same experimental conditions, the variation in entrance direction of the microchannel inlet and outlet has little effect on the microchannel ; the experimental values of the friction factor of the de - ionized water in a microchannel agree well with those calculated using the theoretical laminar formula ; furthermore, a comparison of the experimental results and simulation results shows that navier - stokes equation and rng - turbulence model can be used to model the laminar and turbulence flow regions in a microchannel ; meanwhile, the correlations of the flow resistance in the turbulent flow regions for the de - ionized water as the working fluids are obtained from experiments

    對歧管式單通道熱沉流動特性的研究結果表明，微通道內流體流態由層流向紊流轉變的臨界雷諾數提前;改變流體的進出口方向對熱沉總壓降造成的影響很小;摩擦系數的實驗值與理論值較接近;數值模擬結果能夠與實驗值較好吻合;並由實驗給出了紊流區流動阻力的實驗關聯式。此外，選用十二烷基硫酸鈉（ sodiumdodecylsulphate ， sds ）以及烷基多糖苷（ alkylpolyglycoside ， apg ）作為減阻添加劑，研究了表面活性劑添加對微通道流動特性的影響。
  10. However there are no numerical computations about continuous - flow pcr chip. so the microfliudic velosity and temperature distribution in direct microchannel, curve microchannel and widing microchannel with 100 m width and 50 m depth are computated using fluent software

    Pcr微流控晶元的制備則是採用本文提出的新方法，在pmma材料上制備出橫截面為矩形、底面光滑、逶迤型的微通道。
  11. Experimental study on flow and heat transfer characteristics in rectangular microchannel

    矩形微通道中流體流動阻力和換熱特性實驗研究
  12. Optimization design of structural size of microchannel cooling heat sink

    微槽冷卻熱沉結構尺寸的優化設計
  13. According to heat transfer and hydrodynamics, the thermal flow dynamics and the thermal resistance microchannel heatsink are analyzed

    根據傳熱學和流體力學理論，本論文對微通道熱沉進行了熱流模型分析，理論推導了微通道熱沉的熱阻。
  14. Detail specification for microchannel plate oscilloscope tube of type 14sj601y14

    14sj601y14型微通道板示波管詳細規范
  15. Words on single bubble dynamics, bubble interactions on heated surface, boiling in microchannel, boiling in porous medium, and the bubbles in a boiling suspension with nanoparticles were reviewed and discussed

    尤其針對單一汽泡動力、加熱面上汽泡之交互作用、微流道、多孔介質之沸騰、及奈米流體中之沸騰現象等子題進行討論。
  16. In addition, a theoretical model was also developed to predict the width of the two - fluid hydrodynamically - focused stream for a given volumetric flow rate ratio, dynamic viscosity ratio of the two - fluid, and microchannel aspect ratio

    而粒子混沌行為強度可藉由李亞普諾夫指數量化，因而找出其最佳切換頻率，此最佳切換頻率也經由直接數值模擬方式被驗證。
  17. The paper has analyzed the performances of heat transfer and flow in the heat exchanger, founded the one - dimension model for heat transfer and flow in the microchannel, fit the hydrogen state and thermodynamic equations in the range of heat exchanger status, analyzed the influence which were raised by inlet flow parameters and structure parameters on the parameters in microchannel at the stable status

    本文分析了氫工質在熱交換器內的傳熱流動特性，建立了微通道內傳熱流動的一維模型，擬合了換熱器工況范圍內的氫工質的狀態和熱物性方程，分析了穩態工況下入口流動與結構參數對換熱器內參數分佈的影響。
  18. By testing, the total thermal of the microchannel heatsink for cooling high power semiconductor diode laser arrays is 0. 645 / w, which is consistent with the result of theory counting

    通過測試，所制得的無氧銅微通道熱沉冷卻半導體激光器的總熱阻為0 . 645 ~ 0c w ，與理論分析基本吻合，滿足散熱要求。
  19. On this chip, uric acid was injected into the enzymatic reactor in which the uricase had already been immobilized by sol - gel, produced h2o2 was carried through the microchannel by the carrier flow ( air ) to the microreactor in which the luminol and hrp had already immobilized by sol - gel, then produced a cl signal

    微流控晶元是以分析化學為基礎，以微機電加工為依託，以微管道網路為結構特徵，以生命科學為主要應用對象，集成采樣、稀釋、加試劑、反應、分離、檢測於一微晶元上的分析測試系統。
  20. Flow characteristics of non - polar organic liquids with small molecules in a microchannel

    非極性小分子有機液體在微管道中的流量特性
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