輸液管 的英文怎麼說

中文拼音 [shūyèguǎn]
輸液管 英文
infusion tube
  • 輸 : Ⅰ動詞1 （運輸; 運送） transport; convey 2 [書面語] （捐獻） contribute money; donate 3 （失敗） l...
  • 液 : 名詞（液體） liquid; fluid; juice
  • 管 : Ⅰ名詞1 （管子） pipe; tube 2 （吹奏的樂器） wind musical instrument 3 （形狀似管的電器件） valve;...
  • 輸液 : transfusion; infusion; infuse輸液管 transfer line; 輸液療法 fluid transport therapy; 輸液器 transfusion system
  1. From the studies of the methods of photoemission, capacitance and ultrasonic to detect the air in the transfusion pipe, the best way to detect the air is the use of ultrasonic

    通過比較光電式、電容式和超聲波式三種對輸液過程中空氣的檢測方法，可知超聲波檢測法為輸液管內空氣檢測的理想方法。
  2. Research on ultrasonic detection of air bubble in race track

    超聲波探測輸液管道中氣泡方法的研究
  3. Disposable feeding tube

    用后可棄輸液管
  4. D. j. mead. free wave propagation in periodically supported infinite beams. journal of sound and vibration 11, 1970 : 181 - 197

    陳正翔，江松青，張維衡.無限長輸液管中結構振動波的傳播.華中理工大學學報， 1997 （ 11 ）
  5. M. a. heckl. investigation on the vibration of grillages and other simple beam structure. journal of the acoustical societ of america 36, 1964 : 1335 - 1343

    陳正翔，江松青，張維衡.無限長輸液管中結構振動波的傳播.華中理工大學學報， 1997 （ 11 ）
  6. Design of centralized infusion managing and controlling system

    集中輸液管理控制系統的研製
  7. Recent development on models and nonlinear dynamics of pipes conveying fluid

    輸液管模型及其非線性動力學近期研究進展
  8. Infusion equipment for medical use - fluid lines for use with pressure infusion equipment

    醫用輸液設備.與壓力輸液儀器一起使用的輸液管
  9. The existence and uniqueness of a weak solution of the nonlinear equations of motion of pipes conveying fluid

    輸液管非線性運動方程弱解的存在唯一性
  10. Infusion equipment for medical use - accessories for fluid lines for use with pressure infusion equipment

    醫用輸液設備.與壓力輸液儀器一起使用的輸液管附件
  11. Infusion equipment for medical use - part 9 : fluid lines for use with pressure infusion equipment iso 8536 - 9 : 2004 ; german version en iso 8536 - 9 : 2004

    醫用輸液器具.第9部分:與壓力輸液儀一起使用的輸液管
  12. On the basis of analysis of characteristic of common air detector, in allusion to specific request of air bubble monitoring in the transfusion pipe, the thesis selects ultrasonic air detector to monitor air bubbles, then analyzes and reasons its feasibility in theory

    在分析常用的氣泡探測器特點的基礎上，針對輸液管氣泡檢測的具體要求，選用超聲波氣泡探測器傳感器進行氣泡檢測，並對其可行性進行了原理性的分析和論證。
  13. The formula for force of flow - induced vibration is derived, the forces of flow - induced vibrations in fluid - conveying pipes in the different flow conditions with significant stimulation are calculated according to the formula derived and the results obtained in the fourth chapter. the results obtained are analyzed

    推導出求解管內流體激振力的公式，根據此公式及第四章中的計算結果，求得了不同來流條件下，非微小激勵情況下的變截面輸液管的管內流體激振力。
  14. In this thesis, the research on how to lower the vibration and noise of transfusing fluid pipe is based on pipe system of providing water in high building of tianjin custom

    本論文是以天津海關高層住宅樓供水系統為研究對象，進行了輸液管道減振降噪的初步研究。
  15. With the assumption of insignificant vibration and the results obtained in the sixth chapter, the linear solution for the motion equation of forced vibrating pipe with fixed supports in two ends in steady vibration is derived

    首先，在微小橫振動假設前提下，利用第六章的計算結果，用線性化方法推得了兩端固支水下輸液管道在穩態繞流條件下的強迫振動方程的解。
  16. By use of grid - shaping skill and multi - grid solver, the flow - induced vibration of the fluid - conveying pipe in water is studied. the vibration mechanism of the fluid - conveying pipe in water is analyzed, the lift and drag acting on pipe in water are calculated. the results obtained are analyzed and compared to the experimental data referred to

    首先對水下輸液管道繞流渦激振動的機理進行了分析，然後，利用網格生成技術及多重網格法求得了輸液管道在不同來流條件（雷諾數）下的橫向升力系數及縱向阻力系數，最後對計算結果進行了分析，並將其與已有的間接實驗結果進行了對比。
  17. On the basis of the integral differential pressure method, the force of flow - induced vibration in pipe on offshore platform is studied

    應用微元壓力積分法對海洋平臺輸液管道內流體激振力進行了研究。
  18. On the basis of the studies done on the vibration of fluid - conveying pipes in the world, the flow - induced vibrations of pipes on offshore platform and in water are studied in this dissertation

    本文在分析國內外輸液管道振動研究的基礎上，對海洋環境下的輸液管道流體激振進行了研究。
  19. The main work accomplished in this dissertation is as follows : on the basis of the theory of oscillating fluid mechanics and the parametric polynomial method, the flow - induced vibration of pipe on offshore platform is studied

    具體工作內容如下：根據振動流體力學基本原理，應用參數多項式方法，對海洋平臺輸液管道內流流體激振進行研究。
  20. The results obtained are analysised and compared to experimental results referred to. according to the partial linearization theory of oscillating fluid mechanics and theory of fourier transform, the flow - induced vibration of pipe on offshore platform is studied

    應用振動流體力學中的局部線性化理論及傅立葉變換理論（傅立葉級數及離散傅立葉反變換） ，對海洋平臺輸液管道內流流體激振進行研究。
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