property of fluid 中文意思是什麼
property of fluid
解釋
工質性質-
The critical value of these parameters and that of flow pattern criterion reynolds number of newtonian fluid are equally possessed of the character irrelative to fluid rheological property
這些參數的臨界值與牛頓液體流態準數雷諾數的臨界值，同樣具有與液體流變性無關的特點。 -
Property : the product is a kind of colourless to light - yellow viscid fluid or white wax solid. it can dissolve in organic reagent like water ， alcohol etc. it gives off methanal upon heating. so it is a good methanal donator ， and is used in conperation of rs 、 rh and re to get a good adhensive result
性狀：無色至微黃色粘稠液體或白色蠟狀固體，能溶於水和一般有機溶劑，加熱能釋放出甲醛，是一種良好甲醛給予體，與rs 、 rh 、 re配合使用，能起到良好的粘合效果。 -
Based on the special property of magnetic fluid ( mf ), we fill the magnetic fluid into the working clearances of the servo valve torque motor. one side, the magnetized magnetic fluid can exert a damping torque on the torque motor armature and reduce vibration of the armature ; on the other side, it can improve the magnetic circuit efficiency of the torque motor because of the magnetic fluid ’ s larger magnetic permeability
基於磁流體所具有的特殊性質，將磁流體添加到伺服閥力矩馬達的工作間隙中，一方面磁流體被磁化后可增大銜鐵的阻尼力，減少振動;另一方面由於力矩馬達氣隙中磁導率的提高，使氣隙中的磁通量增大，力矩馬達的磁路效率和輸出扭矩將增大，因此可以提高力矩馬達的固有頻率和伺服閥的響應速度。 -
By using the larger magnetic permeability, magnetic fluid was used to improve the magnetic circuit efficiency in torque motor, enlarge the output torque and displacement of torque motor, and the output flow of servo valve. correspondingly, the ability of noise - overcoming and system damping was enhanced due to the property of magnetic fluid. as a result, the stability of servo valve and servo - control system can be improved
由於磁流體具有較大的導磁率，可提高力矩馬達磁路效率、增大力矩馬達的輸出力矩和位移，從而增加伺服閥的輸出流量;同時，利用磁流體的粘度特性，可增強力矩馬達阻尼及抗干擾能力，從而增強伺服閥及伺服控制系統的穩定性。 -
Based on re - classification of abbott - firestone curve into three zones, surface bearing index, core fluid retention index and valley fluid retention index were introduced to evaluate the bearing capability and lubricant retention property of a machined surface. the changing tendency of these three indexes was also made clear through experiments, and the relations between them and fractal parameters were built up. at last, it was found that the coefficient c is also suitable to evaluate the bearing capability and fluid retention property of a machined surface
本文在重新劃分abbott - firestone曲線的基礎上引入了表面承載指數、核心區液體滯留指數和谷底液體滯留指數三個指標分別評價表面承載性能和儲油性能，同時通過試驗找到了這三個評價指數的變化規律，最後建立了它們和分形參數之間的關系，並發現尺度系數同樣可以用來評價表面的承載性能和儲油性能。 -
Main content in simulation is the spatio - temporal evolution of the set of descriptive variables characterizing tectonic mineralization state under coupling of various processes as following : ( 1 ) variables related to forming and property of ore - forming fluid, such as dissolution rate of minerals ( include metal minerals ) in rock, concentration and saturation of aqueous species in fluid, temperature, pressure, and ionic strength etc. ; ( 2 ) variables related to structural deformation and fluid flow, such as stress, deformation rate, fracture network, porosity, fracture permeability ; ( 3 ) variables related to precipitation and mineralization, such as nucleation rate of gangue and metal minerals, accumulation precipitation of various minerals, etc. ; ( 4 ) spatio - temporal coupling relation of various variables above, such as the coupling relationship between spatio - temporal evolution of fracture permeability and flow and focus of fluid and ore - forming
模擬的主要內容是在各種過程耦合作用下，以下描述構造成礦體系的主要變量的時空演化：與成礦流體的形成和性質有關的變量，如地層中礦物（包括成礦物質）的溶解速率、流體中各組分的濃度與飽和度、流體溫度、壓力、離子強度等；與構造變形和流體運移有關的各變量，如應力與變形速率、巖石孔隙度、構造（斷裂）滲透率等；與沉澱成礦有關的變量，如礦物（金屬礦物和脈石礦物）的成核速率、各礦物的沉澱量等；上述各有關變量間的時空耦合關系，如斷裂滲透率時空演化與流體流動、匯聚和成礦的耦合關系等。 -
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。 -
The test results as basic experimental data have effectively supported the investigations for determination of effects of the petrophysical property, the fluid property and the displacement rate on the oil displacement efficiency in this carbonate reservoir
實驗結果為確定輪南古潛山碳酸鹽巖油藏巖石物理特性、流體性質及驅油速度對驅油效率（採收率）的影響提供了有效的實驗支持和實驗基礎數據。 -
Wld is a high - temperature anti - sloughing agent, which contains si and organic compound ion. by applying it with polymer drilling fluid in the high - temperature deep well and the well section of heaving mud shale, it can improve the stability of drilling fluid dramatically. and at the same time, it can deactivate the drill cuttings and the wall surface active point to greatly improve the property of rejection and anti - sloughing of the drilling fluid through the physical - chemical action occurring between the special group of molecule vs. drill cuttings and the wall surface
Wld高溫防塌劑是一種含有si元素和有機復合離子的抗高溫防塌劑，在高溫深井及易垮塌的泥頁巖井段配合聚合物鉆井液使用，不僅可以顯著改善鉆井液的穩定性，而且可以利用分子中的特種基團與鉆屑和井壁表面發生物理-化學作用，使鉆屑和井壁表面活性點鈍化而顯著提高鉆井液的抑制防塌能力。 -
Analytical approach of fluid physical property for heavy - oil reservoirs - measurements of relaxation effects for crude oil
稠油油藏流體物性分析方法原油鬆弛效應測試 -
Combining the simplified momentum equation, energy equation and state equation of compressible sticky fluid, this paper establishes the numerical model to study the heat - transfer property of the substances in super - critical waterwall tubes with the newest international water and steam standard - iapws - 97
本文採用最新的國際水與水蒸汽標準iapws - 97 ，通過聯立求解簡化的可壓縮黏性流體的動量方程、能量方程和水與水蒸汽的狀態方程，建立數值模型研究超臨界水冷壁管內工質的傳熱特性。 -
It is breakthrough that the method result in detailed distinguishing and evaluating the fluid property of reservoir bed in barehole by precise distinguishing oil and gas zone. improving comprehensive explanative percent, give reasonable plan of testing, reduce exploration risk, and jump from relative explanation to quantitive evaluation
準確識別油氣層，提高綜合解釋符合率可以對井筒儲層的流體性質準確識別評價，為制定合理的試油壓裂設計方案提供依據，減少勘探風險，提高勘探效益，實現油水層從定性解釋到定量評價的飛躍。 -
Analytical approach of fluid physical property for heavy - oil reservoirs. crude oil viscosity measurements
稠油油藏流體物性分析方法.原油粘度測定 -
Analytical approach of fluid physical property for heavy - oil reservoirs - measurements of porous flow rheological characterization for crude oil
稠油油藏流體物性分析方法原油滲流流變特性測試 -
The thesis is focus on preliminary research on the dynamic property of providing water system to high building, and there are some aspects to discuss, such as how the property of fluid to influence the character of pipes and so on
本文對高層供水系統動態特性進行初步分析和減振降噪研究，取得了良好的效果，但研究還需進一步深入，如流體特性對管道動態特性的影響等。 -
The tem photographs are given to illustrate the stability and evenness of suspensions. some factors of affecting the stability and evenness of nanofluids, such as the property of fluid, the dimension and the property of nanoparticle, the properties of dispersants, are discussed
Tem照片顯示了用這種方法制備的納米流體具有較高的懸浮穩定性；分析了納米粒子的屬性、尺寸、液體種類及分散劑的性質和濃度等因素對納米流體懸浮穩定性的影響。 -
In the paper, the vibration property of viscoelastic piston cylinder operator is studied, which contains the electrorheological ( er ) fluid and a common spring
摘要本文研究了電流變液和彈簧所組成的粘彈性型活塞式結構的振動。 -
Description methods of fluid property and distribution of reservoir
油藏流體性質和分佈描述方法 -
Development of fluid thermophysical property measurement system with high accuracy
高精度流體熱物性測試實驗系統的研製 -
The change of fluid velocity and pressure of the micropump was also simulated, thus we could recognize the property of the liquid of the microsystems more completely. the equivalent circuit method is a way of building micro system model. the thesis simulated the micropump system with the equivalent circuit method, worked out the change of output pressure and flux of the micropump
微泵的流量和壓力是微泵的重要工作參數，應用有限元流固耦合分析對流體進行模擬，經過分析計算，得到微泵的輸出流量為145 . 5 l / min ，並模擬出流速和壓力的變化情況，從而較為全面的認識了微泵系統的流體特性。
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