interfacial area 中文意思是什麼

interfacial area 解釋
界面面積
  • interfacial : adj. 1. 界面的，面際的。2. 界面角的。
  • area : n. 1. 面積；平地；地面。2. 空地；〈英國〉地下室前的空地。3. 地區，地方；〈比喻〉區域；范圍。
  1. Abstract : positron spectroscopy is a new and sensitive microanalytical probe for characterization of polymer microstructures. we report recent advances in this area, including studies on the free volume properties, structural transition, miscibility of blending polymers, physical aging, doping of functional polymers, interfacial interaction of multiphase polymers, etc

    文摘:簡要介紹了近年來正電子譜學在聚合物微結構研究中的主要應用及進展.大量實驗事實表明，正電子譜學是表徵高聚物微結構的極靈敏方法
  2. The results showed that the gas - liquid interfacial area of grv could be remarkably increased

    通過實驗證明該浮閥塔板的相界面積得到顯著提高。
  3. This model was capable of comparing the effects of the different valve configurations on the interfacial area

    該模型可用於比較不同浮閥結構對相界面積的影響。
  4. A mathematical model was proposed to compute the interfacial area on the valve tray

    同時根據湍流液體中氣泡變形與破碎的機理，建立了計算浮閥塔板相界面積的理論模型。
  5. Therefore, a novel optimization method for calculating the effective interfacial area is developed for two and three - phase distillations

    由此，本文提出了一種兩相和三相精餾過程有效相接觸面積優化計算方法。
  6. 4. based on the sensitivity analysis by a step - perturbation test for several most important parameters, the effective interfacial area is found the most sensitive parameter, which affects the separation efficiency in structured packing column significantly

    4 .基於階躍攝動測試，對非平衡模型主要參數進行了靈敏度分析，結果表明模型中的有效相接觸面積的靈敏度最大。
  7. A feed solution initially containing one or more solutes is thoroughly mixed with an immiscible solvent having a different density. the mixing provides a large interfacial area so that efficient mass transfer of the desired solute can occur between the two immiscible liquids

    在此離心力場中，多相混合液因為其密度不同，所受的離心力亦不同，固而產生分層現象，從而達到萃取或分離的目的。
  8. The dynamic behavior of bubbles in the turbulent liquid is analyzed theoretically, the mechanism of bubble deformation and breakage is explored on the basis of kolmogoroff ' s isotropic turbulence hypothesis, and the mathematical model for predicting gas - liquid interfacial area is proposed

    同時，還從理論上分析了湍流液體中氣泡變形與破碎的機理，提出了預測氣液相界面積的多相湍流動力學模型。
  9. Generally, the membrane thickness is much larger than the pore dimension. therefore, the resistance of the pore channel was the control resistance of the membrane diffusion process. while the existences of the stephen diffusion and pore interaction well explained the reason why the total membrane surface would be used as the interfacial area through where the mass transport took place

    盡管由於膜的厚度比孔的尺寸要大很多， stephen擴散以及孔之間的相互作用對通過膜的總擴散阻力影響很小，但它們存在的結果是使整個膜表面的氣體濃度趨於一致。
  10. The optimization results show that the effective interfacial area hi three - phase distillation is much bigger than the prediction of correlation when the operation condition is above the loading point, while no such phenomena are found when the operation condition is below the loading point. 5. the experiments reveal that almost 21 % reduction in the

    5 .實驗結果表明三相精餾過程在載點之前的分離效率比兩相精餾過程的分離效率低21 % ，而在載點和泛點之間，三相精餾過程的分離效率則比兩相精餾過程的分離效率高了近51 % 。
  11. Being based on actual multi - chips module packaging structure a three dimensional thermal analysis model is built, thermal analysis on multi - chips module is conducted using diamond substrate and thermal interfacial materials ; a two dimensional and three dimensional chip - adhesive ? substrate thermal stress model are built, and interfacial thermal stress distributions are computed based on different area ratios and thickness ratios of substrate to chip

    本文根據實際的多晶元組件的封裝結構，建立了三維溫度場分析模型，分析了金剛石作為導熱層和基板對多晶元組件散熱性能的改善;建立了二維和三維的晶元-粘結層-基板熱力學模型，分析了不同的基板/晶元厚度比和面積比對層間熱應力分佈的影響。
  12. At the same time, the energy absorbed in the crack propagation phase decreases relatively that lead to overall energy absorption of the composites increases slightly, it is greater than 12. 89 %. by observing the appearance of the damage area, it can be found that the mode of damage is influenced by the interfacial shear strength. if the interfacial shear strength is low, fiber pull - out is the primary energy - absorbing mechanisms, whereas the dominant energy - absorbing mechanisms changes into fiber / matrix debonding and delamination when the interfacial shear strength is stronger

    界面剪切強度增加后，材料的沖擊極限載荷有所增加，在裂紋起始區吸收的引發能增加較多，其中增強纖維經等離子體處理6分鐘的試樣所吸收的引發能增加了18 . 57 % ;由於裂紋擴展階段所吸收的能量相對有所下降，材料總的能量吸收能力雖有所改善，但增加不多，其中界面剪切強度增加最多的試樣，吸收的總能量增加了12 . 89 % 。
  13. But because of inorganic particles " smaller dimension, bigger specific surface area, higher interfacial energy, they agglomerate very easily, and consequently ca n ' t exert nanometric effect to full extent

    但是由於無機納米粒子粒徑小、比表面積大、表面能高，極易相互團聚，難以最大限度地發揮納米效應。
  14. That the interfacial properties, the forming mechanism and the important influence factors in the wood - plastics composites forming are studied is a very important research area in the wood - plastics composite theory and performance controlling of the composites

    研究木塑復合材料的界面特性以及木塑復合材料性能的影響因子，是當前木塑復合材料理論及材料性能調控研究的重要方面。
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