氣泡脈動 的英文怎麼說

中文拼音 [qìpāomàidòng]
氣泡脈動 英文
gas bubble pulsation
  • 氣 : Ⅰ名詞1 （氣體） gas 2 （空氣） air 3 （氣息） breath 4 （自然界冷熱陰晴等現象） weather 5 （氣味...
  • 泡 : 泡Ⅰ名詞1 （氣泡） bubble 2 （像泡一樣的東西） sth shaped like a bubble Ⅱ動詞1 （較長時間地放在液...
  • 脈 : 脈名詞1. （動脈和靜脈的統稱） arteries and veins2. （脈搏的簡稱） pulse 3. （像血管的組織; 連貫成系統的東西） vein
  • 氣泡 : air bubble; bubble; bubble cell; pin hole
  • 脈動 : [物理學] [天文學] pulsation; pulsing; pulse; ripple; impulsive motion; pulsating; panting; loping...
  1. Manual hyperinflation helps alveolar recruitment, which results in secretion clearance, ventilation improvement, lung collapse prevention, lung collapse re - inflation, dynamic compliance improvement, artery oxygenation improvement and work of breathing reduction according to certain clinical reports from foreign sources

    手動式高度充氣擴肺術可以有效幫助患者肺泡回復，呈現痰液清除、通氣量改善、肺塌陷的部份擴張、順應性改善、動脈氧合增加和呼吸減少。
  2. Study on period of bubble impulsion induced by underwater explosion

    水中爆炸氣泡脈動周期的試驗研究
  3. Dicussion of method of calculating explosive energy using the bubble moving principle

    氣泡脈動法計算炸藥能量的探討
  4. Analysis and calculation on bubble - oscillation by underwater explosion

    炸藥水中爆炸氣泡脈動分析計算
  5. It can vary from a gentle warmth, a localised pressure, or bubbling ( like stomach wind ), a localised dizziness, a tingling, a gentle pulsing, to a heavier throbbing, or a combination of some or all of the above

    感覺可以極不相同，從一種柔和的溫暖的感覺、一種局部的壓力感、或一種氣泡感（就像一股胃氣） ，一種局部的暈眩、一種麻刺感、一種柔和的脈動、到一種更深沉的搏動、或上述全部或部分感覺的組合。
  6. The analysis of dynamic response of ship hull subjected to gas bubble impulsive pressure of underwater explosions

    水下爆炸氣泡脈動壓力下艦船動態響應分析
  7. By employing cole ' s classical theory of bubble dynamics, the motion of bubble produced by the underwater explosion and the corresponding bubble pulsating pressure are calculated. a profile function of the shock wave and its parameters are determined according to the principle of wave profile similitude and the equality of impulses. finally an analytic formula is derived to simulate the whole time history of the pressure from the front shock wave to the bubble pulsation, representing the fluid loadings of the underwater explosion

    木文首先應用庫爾的經典水下爆炸氣泡運動理論計算出氣泡的運動和脈動的壓力波形，再依據波形相似的原則尋找波形模擬函數，用沖量相等的原則確定波形參數，得出了從沖擊波到氣泡脈動壓力整個過程對水下爆炸載荷進行模擬的解析公式。
  8. The growing and collapsing of gas bubbles and cavitation not only damage the flow continuity and reduce the working mediums physical performance, but also influence the propagation of pressure pulsation

    氣泡和氣穴的產生及破滅不僅破壞了流體的連續性、降低了介質的物理特性，而且還會影響壓力脈動波的傳播過程。
  9. When the pressure transients occur in low pressure pipelines such as the suction lines of pumps or the return lines of a hydraulic system, gas bubbles and cavitation will occur inside the fluid

    當壓力脈動發生在液壓泵的吸油管路或液壓系統的回油管路等低壓管路中時，會引起氣泡和氣穴的產生及破滅。
  10. Pressure fluctuation time series in gas - solid fluidized beds contain many dynamic information, such as particle characteristics, operating conditions, bubble behavior. in the paper, nonlinear analysis is adopted and implemented so as to understand the fluidization from a new viewpoint in depth

    氣固流化床壓力脈動時間序列包含了床層運動的許多動態行為信息，包括顆粒特性、操作條件，氣泡行為等，文中應用多種非線性方法來對其進行研究，以期能從新的角度來更深入地認識流態化規律。
  11. The experiments of the pressure transients accompanying the growing and collapsing of gas bubbles and cavitation in low pressure hydraulic pipelines are carried out

    本文對低壓液壓管路有氣泡和氣穴產生的瞬態壓力脈動過程進行了實驗研究。
  12. Therefore, the study of the fluid transient accompanying the growing and collapsing of gas bubbles and cavitation in low pressure hydraulic pipelines is absolutely important for the prediction of the hydraulic pump performance and the safety of hydraulic system

    因此，研究低壓液壓管路有氣泡和氣穴產生的瞬態壓力脈動過程，對于液壓泵的流量特性預測以及液壓系統的正常工作有著重要的意義。
  13. In this paper, according to the fluid dynamic theory, mathematical model of the pressure transients accompanying the growing and collapsing of gas bubbles and cavitation in low pressure hydraulic pipelines is given, based on the continuity equation and motion equation. the mathematical models of friction item, the growing and collapsing of gas bubbles and cavitation are also introduced

    本文通過流體力學分析方法，在連續性方程和運動方程基礎上，建立了低壓液壓管路中伴隨氣泡和氣穴產生的瞬態壓力脈動數學模型，給出了動態摩擦力數學模型及氣泡和氣穴產生及破滅數學模型。
  14. The finite difference method and matlab / simulink are used to simulate the pressure transients accompanying the growing and collapsing of gas bubbles and cavitation in low pressure hydraulic pipelines. a method using selector block in matlab simulink to solve the equations in spatial dimension is developed. the pressure transients under different conditions such as different initial flow rate, different viscosity and different initial gas bubble volume are simulated

    採用有限差分及matlab / simulink模擬方法，提出了採用simulink中selector模塊求解空間域上積分的方法，對低壓液壓管路有氣泡和氣穴產生的瞬態壓力脈動過程進行了時間域和空間域上的求解，對不同起始流量、不同液壓油粘度和不同初始氣泡量等條件下的瞬態壓力脈動過程進行了模擬研究。
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