fluid interface 中文意思是什麼

fluid interface 解釋
流體界面
  • fluid : n 流體,液。 body fluid 體液。 cooling fluid 冷卻液。adj 1 流動的;流體的;液體的。2 容易[可]變動...
  • interface : n. 分界面,兩個獨立體系的相交處。vt. (-faced, -facing) 把界面縫合。vi. 交流,交談。
  1. When there is an interface, there is a question of permeability of the fluid moving through it.

    只要有一個交界面存在,就有流過該交界面的液體滲透問題。
  2. Finally, convergent geometry had an important effect on the perturbance coupling between the interfaces of the finite fluid. the attenuation factor of perturbance coupling from the outer interface in was greater than the one from the inner out

    本文研究表明:收縮幾何效應對有限厚度流體的界面之間的擾動耦合有重要影響,柱和球幾何中擾動耦合從外界面到內界面的衰減因子大於從內界面到外界面的情況。
  3. Under the upper pressures belt or minute super pressures of the upper triassic series and jurassic system interface formation, the fluid in the upper triassic series moved along stratum interface, fault and crack network thoroughfare, formed " secondary gas pool " in the jurassic system

    上三疊統和侏羅系界面形成的超壓帶或微超壓帶,使上三疊統氣藏流體在壓力差的作用下,沿斷層、地層界面和裂縫網路通道運移,在良好的侏羅系圈閉中形成「次生氣藏」 。
  4. The fluid molecular clusters near the interface crack to form smaller fluid molecular clusters through collision, and then fall into the aqueous phase. the smaller fluid molecular clusters continue breaking through disturbance, collisions and attraction by the neighboring molecular clusters. the process continues until a single fluid molecule is formed

    溶解不是以單個分子的形式擴散進入水相中,而是相界面的流體分子簇通過碰撞、裂解成小規模分子簇后落入水相,在水相中繼續受周圍分子簇的持續擾動、碰撞和吸引作用解體,最終成為單個流體分子。
  5. Abstract : the affects of crystal absorption for heat radiation on crystal growth, which include : the heat loss of the hot grower, the chara - cteristic of temperature - time of crystal growth, the pattern of fluid flow and the shape of interface, the interface inversion of crystal, the temperature distribution and the thermal stress distribution, are reviewed in this paper

    文摘:本文綜述了晶體對熔體熱輻射吸收對晶體生長的影響,包括對熱腔熱耗散的影響;對晶體生長溫度時間特性的影響;對液流形態和固液界面形狀的影響;對晶體界面反轉的影響;對晶體中溫度分佈和應力分佈的影響。
  6. It can maintain a fluid interface at a reference line in an inclined glass tube.

    它能保持流體分界面在傾斜的玻璃管中基準線上。
  7. Fluid systems. interface of metric couplings

    液壓系統.米制接頭的界面
  8. The theory of interface of two - phase fluid id used to analyze the role of the interfacial heat transfer resistance in cond ensation process, it shows that the interfacial heat transfer resistance can not be ignored under such a vacuum condition, and the effect on heat transfer process becomes declined with the increasing of vapor pressure

    應用兩相界面理論分析了汽液界面熱阻在水平管內低壓蒸汽冷凝過程中所起的作用,發現實驗范圍內汽液界面熱阻不可忽略,且其對冷凝傳熱過程的影響隨蒸汽壓力的增大而減弱。
  9. The disturbed interface of a heavy fluid and a light fluid will loss the stability and two fluids will mix turbulently, when the interface is in the gravitational field whose direction is from the heavy fluid to the light fluid or it interacts with a shock wave

    受擾動的兩輕重流體的交界面,當處于方向由重流體指向輕流體的有效重力場中或受到沖擊波作用時擾動將發展,界面將失穩,兩種物質將發生湍流混合。
  10. Pneumatic fluid power - five - port directional control valves - part 2 : mounting interface surfaces with optional electrical connector

    氣壓傳動.五通定向控制閥.第2部分:帶可選電接頭的安裝介面表面
  11. This model is represented by a superposition of gaussian beams, and can simulate the wave fields of planar or focused transducers radiating at oblique incident through a curved fluid - solid interface. the mgb model is highly efficient and can be easily implemented on an ordinary personal computer

    該模型是由一系列高斯聲束疊加而成,可模擬直探頭和聚焦探頭水浸檢測斜入射時的聲場分佈,計算效率高,易於在個人計算機上實現。
  12. For initial rectangular and hexagonal disturbances on the interface, nonlinear fluid mechanics governing equations are solved respectively with the perturbation method, and 2nd - order approximate solutions are obtained. then effects of nonlinearity on r - t instability are discussed, and its significance is manifested

    應用攝動方法求解非線性的流體力學方程組,分別針對矩形和等六邊形的界面初始擾動,得到了擾動發展的二階近似解,並分析了非線性對r - t不穩定性發展的影響,指出非線性在其中的重要意義。
  13. On the basis of analyzing previous scientists ' work, aeromagnetic data from north china wee reprocessed with 3 - d magnetosphere inversion method and program quantitative buried depth of curie temperature interface was obtained ; seismogenesis and its re1atnhip with curie temperature interface were discussed in the light of results from deep seismic sounding and deep fluid

    摘要在前人工作的基礎上,運用三維磁性層反演方法和程序,對華北地區航磁資料進行了再處理,得出了研究區內居里溫度面的定量埋深,結合人工地震測深和深部流體對地震成因及其與居裏面的關系進行了討論。
  14. The movement law that abrasive fluid in centrifugal field is discussed through the analysis of experimental results of high - speed photography, and it is pointed out that in the course of abrasive moving both the moving of layer and the curve changing from front interface to slip are the important factors of influencing processing results

    文中通過對高速攝影實驗結果的分析,探討了磨料流在離心場中的運動規律,指明磨料流在運動過程中,其滑移層的運動及前沿界面曲線的變化是影響加工效果的重要因素。
  15. The ha coating is easily broken off from the substrate because of the interface corrosion, caused by the body fluid, and the cycle load. the preparation of the bg / ha bioactive graded coating on the surface of ti6a14v is an effective way to alleviate the heat stress

    在鈦合金表面制備生物玻璃( bg ) ha梯度塗層,來緩和因熱膨脹系數不匹配而造成的塗層內部過高的熱應力是解決以上問題的有效途徑之一。
  16. The method not only brings a new method for the calculation of the hydrodynamics of ship hull, but also provides an interface effect having no sew between the ship computer aided design ( cad ) and ship computational fluid dynamics ( cfd )

    它不僅為船體水動力的研究帶來了新的處理方法,而且在船舶計算機輔助設計與船舶流體動力學之間起到了無縫的介面作用。
  17. Pneumatic fluid power - five - port directional control valves - part 1 : mounting interface surface without electrical connector

    氣動液壓動力.五閥口方向控制閥.第1部分:無電氣連器的安裝界面
  18. Pneumatic fluid power - five - port directional control valves - part 2 : mounting interface surface with optional electrical connector

    氣動液壓動力.五閥口方向控制閥.第2部分:帶任選電氣連接器的安裝界面
  19. Temperature measurement techniques for microfluids in capillary and microfluidic systems are reviewed, including exterior contact methods, fluid physical - parameter - based methods, thermo - sensitive marker methods, nmr and raman spectrometric methods, and laser - based interface measurement technique

    摘要綜述了近年來應用於毛細管和微流控系統中的各種微流體測溫技術,包括外部接觸測溫、依據液體物理參數變化測溫、基於熱敏物質測溫、核磁共振和拉曼光譜測溫以及基於激光的界面測溫,並對各種測量方法和優缺點進行了討論。
  20. Mechanical analysis of pressure distribution in gas - fluid interface

    界面層內壓力分佈的力學分析
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