volume framework 中文意思是什麼

volume framework 解釋
材積平分法
  • volume : n. 1. 卷,冊;書籍;【歷史】書卷,卷軸。2. 〈常 pl. 〉大塊,大量,許多。3. 體積;容積;分量,額;【物、樂】音量;強度,響度。
  • framework : 構架(工程),結構,框架;機構,組織。
  1. And it is also possible to analyze the reservoir property in reservoir framework. taking the reservoir of zonation 6 - 10 in s32 of pucheng oil field in henan province as an example, we founded the detailed reservoir stratigraphic framework through base - level correlation. in the strata frame, sediment distribution and its development are discussed based on sediment volume partitioning and facies differentiation analysis

    依據基準面變化中的過程?沉積響應,分析沉積過程中沉積物體積分配及與其相伴生的相分異,進行等時地層對比,建立精細地層格架,預測儲層空間展布及其非均質性的思路為儲層精細描述提供了新的方向。
  2. The steel framework occupies a large portion of weight in the csicdc for its high density, and the foam sandwich structure occupies a large portion of volume in the csicdc and the costs is very high, therefore the optimum design work about the csicdc was focused on the steel framework and foam sandwich structure

    由於鋼骨架密度大,其重量在司機室中所佔比例大,同時玻璃鋼泡沫夾芯結構材料用量大且成本高。因此,混雜結構司機室優化設計工作主要圍繞鋼骨架和玻璃鋼泡沫夾芯結構展開。
  3. The vss is a set of com apis that implements a framework to allow volume backups to be performed while applications on a system continue to write to the volumes

    Vss是實現某一框架的一組com api ,使得在系統中的應用程序連續寫入卷的同時,能夠進行卷備份。
  4. Within the framework of the latter one, the gmr dependence on temperature and volume - fraction is discussed in the paper, with consideration of different kinds of magnetic entities

    本文採取了后一條途徑,具體考慮多種磁組分形態對巨磁阻效應的影響,詳細討論了巨磁阻的溫度效應和濃度效應。
  5. This feature reflects the physical phenomenon of breaking of waves and development of shock waves. in the fields of fulid dynamics, ( 0. 2. 1 ) is an approximation of small visvosity phenomenon. if viscosity ( or the diffusion term, two derivatives ) are added to ( 0. 2. 1 ), it can be researched in the classical way which say that the solutions become very smooth immediately even for coarse inital data because of the diffusion of viscosity. a natural idea ( method of regularity ) is obtained as follows : solutions of the viscous convection - diffusion pr oblem approachs to the solutions of ( 0. 2. 1 ) when the viscosity goes to zeros. another method is numerical method such as difference methods, finite element method, spectrum method or finite volume method etc. numerical solutions which is constructed from the numerical scheme approximate to the solutions of the hyperbolic con - ervation laws ( 0. 2. 1 ) as the discretation parameter goes to zero. the aim of these two methods is to construct approximate solutions and then to conside the stability of approximate so - lutions ( i, e. the upper bound of approximate solutions in the suitable norms, especally for that independent of the approximate parameters ). using the compactness framework ( such as bv compactness, l1 compactness and compensated compactness etc ) and the fact that the truncation is small, the approximate function consquence approch to a function which is exactly the solutions of ( 0. 2. 1 ) in some sense of definiton

    當考慮粘性后,即在數學上反映為( 0 . 1 . 1 )中多了擴散項(二階導數項) ,即使很粗糙的初始數據,解在瞬間內變的很光滑,這由於流體的粘性擴散引起,這種對流-擴散問題可用古典的微分方程來研究。自然的想法就是當粘性趨于零時,帶粘性的對流-擴散問題的解在某意義下趨于無粘性問題( 0 . 1 . 1 )的解,這就是正則化方法。另一辦法從離散(數值)角度上研究僅有對流項的守恆律( 0 . 1 . 1 ) ,如構造它的差分格式,甚至更一般的有限體積格式,有限元及譜方法等,從這些格式構造近似解(常表現為分片多項式)來逼近原守恆律的解。
  6. We improve the sensor head structure on the basis of analyzing the factors influencing the sensor head sensitivity. using thin fiber with 80 m and special framework, we get magnetic sensor head with small volume, high sensitivity and wide frequency response spectrum

    在分析影響傳感器的傳感頭靈敏度的因素的基礎上,本文對傳感器傳感頭結構進行了改進,整個傳感頭都採用80 m的細徑光纖,通過特殊的骨架結構,實現了體積小、靈敏度高、頻率響應范圍寬的磁場傳感器傳感頭。
  7. Numerical investigation of three - dimensional steady jet - interaction phenomenology. ( 1 ) aerodynamics characteristic is calculated by using renolds - averaged navier - stokes equations discretitted in cell - centered finite volume framework and improved on baldwin - lomax turbulent model for the slender body at the high angle of attack

    ( 1 )採用三維積分形式n - s方程的中心有限體積離散方法,提出了改進的b - l湍流模型,進行了較大攻角彈體的氣動特性計算和結果分析。
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