流體流動性 的英文怎麼說

中文拼音 [liútǐliúdòngxìng]
流體流動性 英文
fluid mobility
  • 流 : Ⅰ動1 （液體移動; 流動） flow 2 （移動不定） drift; move; wander 3 （流傳; 傳播） spread 4 （向壞...
  • 體 : 體構詞成分。
  • 性 : Ⅰ名詞1 （性格） nature; character; disposition 2 （性能; 性質） property; quality 3 （性別） sex ...
  • 流體 : [物理學] fluid; fluor流體力學 fluid mechanics; hydromechanics; 流體生物學 hydrobiology; 流體運動學 hydrokinematics
  • 流動性 : flowability; fluxility; fluidity; mobility; liquidity; flow property流動性不足 liquidity shortage...
  • 流動 : 1. （液體或氣體移動） flow; run; circulate 2. （經常變換位置） going from place to place; on the move; mobile
  1. There are many defects in the tic preforms prepared by cold pressing, such as small air holes and cracks. the tic preforms prepared by hot pressing have better qualities

    冷壓成型預制體一般存在分層、裂紋等缺陷，未造粒的粉體壓制時流動性、均勻性差是根本原因。
  2. It is suitable for automatically packaging of viscoas products with free - flowing including oil anil oil mixed fragment of rationed spice with in snack food stuffs

    本機適合方便食品中含肉沫油脂混合物的調料以及油脂類具有流動性粘體物料的自動包裝。
  3. The variety, fluidity and changeability of tax resource boost up greatly thus complicated changeful system of tax resource comes into being

    稅源的多元化、流動性和可變性大大增強，構成了復雜多變的稅源體系。
  4. The effects of main process factors such as feeding mode, reaction ph values, and ratio of ammonia and nickel ion, reaction time, agitation, reaction temperature and aging et al on the crystallization course and physical properties of nickel hydroxide were studied in detail. at last, we acquired the optimal preparation parameters, the spherical nickel hydroxide with high tap density and crystalloid degree, perfect flow ability were prepared

    在研究加料方式，氨水的加入量，反應時間、體系ph值、反應溫度、攪拌、陳化等主要工藝條件對ni （ oh ） _ 2結晶過程和物理性能影響的基礎上，確定了較優的工藝參數，制備出了堆積密度和結晶緻密程度較高、流動性較好的球形ni （ oh ） _ 2 。
  5. Influence of empennage on flow over upswept after - body

    尾翼對民機后體流動特性的影響
  6. Disturbance of plane viscous flow and hamiltonian system

    平面粘性流體擾動與哈密頓體系
  7. This includes that transaction quantity has been increasing but current efficiency is low, price difference has been reducing but still big, transaction location possesses arrangement but transaction quantity fasten on the ibbm and that transaction variety is increased but no diversification. ( 4 ) the thesis deep - seated probes into the reasons of the mobility problem. in reality, the reasons include illogical interest rate mechanism, lacking the medi - organization, inappropriate structure of bondholders, impercipient market main body, and macro - economic condition etc. all of them limit the mobility of ibbm

    （ 4 ）本文認為產生流動性問題的主要原因在於：利率機製作用不合理，即發行利率機制不合理和一級市場與二級市場利率不對稱；交易中介機構欠缺，即做市商制度不完善和經紀人制度缺乏；市場主體結構不合理，即參與者結構不合理和債券持有者結構不合理；市場主體對市場認識不足，即商業銀行和其他市場主體對市場認識不足；宏觀經濟環境等。
  8. Mixed finite element of viscoelastic fluid flow

    黏彈性流體流動的混合有限元方法
  9. Because the operation in water hydraulic valves is controlled by flow fluid and the pressure drop results from energy loss of flow fluid past valve channel, the flow state of fluid in valves becomes the most important factor for the operational property of valves

    由於水壓閥是通過控制流體流動來操作系統的，閥的壓降也來自於流體流經閥道時的能量損失，因此閥內的流體流動狀態就成為決定閥操作性能最為重要的因素。
  10. Then, a three - dimensional, comprehensive, steady - state mathematical model is described to investigate the fluid flow, heat transfer, species transport and electrochemical reaction in the pem fuel cells

    然後，發展了一個用於研究質子交換膜燃料電池特性的三維綜合的數學模型，模型同時考慮了流體流動、熱量傳遞、電荷傳遞、多組分傳遞和電化學動力學。
  11. Experimental study on flow characteristics of latent functionally thermal fluid in circular tube

    圓管內對流換熱過程中潛熱型功能流體流動阻力特性的實驗研究
  12. Design procedure of u - shaped anti - rolling tank system is established, and program of scale design for tank is summarized, and an innovation selecting the natural frequency of controlled passive anti - rolling tank is put forward according to variation range of wave frequency, the natural frequency of rolling of a ship and other influencing factors, and causes of formation of tank damping and motion state of water in tank are studied, calculation formula of the u - tube tank damping and design method of tank damping configuration are given, and the influence of tank vertical location within the ship on ship parameters, stabilization performance of tank and water motion in tank is studied

    建立了完整的u型減搖水艙系統設計程序；總結了u型減搖水艙尺度設計；提出了根據波浪頻率變化范圍、船舶固有頻率變化范圍和其它影響因素，選取可控被動式減搖水艙固有頻率的新方法；分析了u型減搖水艙阻尼的形成原因，給出了估算水艙阻尼和設計水艙阻尼結構的方法；研究了減搖水艙在船舶中的垂直位置布置對船舶參數、水艙減搖性能和艙內流體運動性能的影響。
  13. 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
  14. The influence of fouling on the thermodynamic performance of shell heat exchanger and its design calculation is analyzed, and the choice of estimation method of fouling heat resistance and fluid flow mode is discussed

    摘要分析了污垢對管殼式換熱器的熱動力性能及換熱器設計計算的影響，討論了污垢熱阻估算方法和流體流動方式的選擇。
  15. This dissertation has on the research and design of a micro turbine engine as background and it is for the purpose of comprehending viscous flow behaviors in micro scaled conditions and that in the mini - turbine cascades. a mini wind tunnel is designed and set up which also can be used in other micro flow experiments. on the basis of this mini wind tunnel, three mini flow experiments, including micro jet experiment, micro boundary layer experiment and mini - turbine cascades experiment, have been carried out

    本文以某型微型渦輪噴氣發動機研製為背景，以認識微尺度下粘性流體流動狀態及其機理和微渦輪葉柵通道內部流動特性為目的，設計並搭建了除本實驗外還可供其他流體力學實驗使用的微型風洞，並在該微型風洞基礎上進行了微尺度射流實驗、微尺度壁面邊界層實驗和微尺度渦輪葉柵實驗。
  16. The characteristic approximation is used to handle the convection part along the direc - tion of fluid namely characteristic direction to ensure the high stability of the method in approximating the sharp fronts and reduce the numerical diffusion ; the mixed finite element spatial approximation is employed to deal with diffusion part and approximate the scalar unknown and the adjoint vector function optimally and simultaneously ; in order to preserve the integral conservation of the method, we introduce the modified characteristic method

    該方法對方程的對流部分沿流體流動的方向即特徵方向離散以保證格式在流動的鋒線前沿逼近的高穩定性，消除數值彌散現象；對方程的擴散部分採用最低次混合有限元方法離散、同時以高精度逼近未知函數及未知函數的梯度；為保證方法的整體守恆性，在格式中引入修正項
  17. The new method is a combination of characteristic approximation to handle the convection part, to ensure the high stability of the method in approximating the sharp fronts and reduce the numerical diffusion, a smaller time truncation is gained at the same time, and a mixed finite element spatial approximation to deal with the diffusion part, the sealer unknown and the adjoint vector function are approximated optimally and simultaneously

    此方法即為對方程的對流項沿流體流動的方向即特徵方向進行離散，從而保證格式在流動鋒線前沿逼近的高穩定性，消除了數值彌散現象，並得到了較小的時間截斷誤差；另一方面，對方程的擴散項採用混合元離散，可同時高精度逼近未知函數及其伴隨向量函數，理論分析表明，此方法是穩定的，具有最優的l ~ 2逼近精度。
  18. Investigation on flow characteristics of polar fluids in microchannels

    微通道中極性流體流動特性的研究
  19. Comparison between thermal and microwave treatment on the overall migration of plastic materials in food packaging

    食品塑料包裝材料熱處理與微波處理的整體流動性比較
  20. A fluid - thermal - structure coupled analysis technique needs to be developed for advanced engine design. presently, fluid flow and heat transfer is mainly analyzed using finite volume method ( fvm ) and structural deformation is often solved by finite element method ( fem )

    由於歷史原因，目前在流體流動和傳熱分析中廣泛採用的是控制容積法，而在彈性變形的分析上採用的是有限元法，並分別發展了相應的工程應用軟體。
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