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anzhitingnan捐助貴賓 (小有名氣)
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[求助]
求翻譯膜科學相關文獻一段，越專業(yè)越好。。
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對項目相當重要和關鍵的一段，謝謝各位大神�。。� Therefore, an indirect determination method based on selective solute permeation data has to be used. Recently Kastelan-Kunst et al. proposed a method that enabled the determination of pore size and PSD in the membrane upper layer (skin). The concept and the procedure are based on the surface force-pore flow (SF-PF) model of material transport through a membrane, and experimentally obtained solute rejections for a number of markers. The SF-PF model takes into account interaction forces between the membrane surface and the solute, expressed by an electrostatic or a Lennard–Jones-type potential function, and the solute and solvent transport through the membrane under the influence of such forces. In the course of calculation, pertinent quantities such as permeation volume permeation rate, solute concentration at the pore outlet and solute rejection for a single pore were defined. By adding up these quantities for a collection of pores the permeation rate and the solute rejection factor values of various markers were computed as functions of pore size distribution through the collection of active pores of the membrane’s upper layer. The results were finally compared with experimental data to give the best fit pore size distribution in the membrane’s skin. In addition to pore dimensions and PSD the effective number of pores in the membrane’s skin could have been calculated using this method. |
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anzhitingnan: 金幣+80, 翻譯EPI+1, ★★★★★最佳答案 2015-03-18 15:38:59
anzhitingnan: 金幣+80, 翻譯EPI+1, ★★★★★最佳答案 2015-03-18 15:38:59
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Therefore, an indirect determination method based on selective solute permeation data has to be used. 因此，必須運用一種基于選擇性溶質滲透數(shù)據(jù)的，間接測定方法。 Recently Kastelan-Kunst et al. proposed a method that enabled the determination of pore size and PSD in the membrane upper layer (skin). 最近Kastelan-Kunst等研究者，提出了一種方法，能確定膜上層（皮膚）中的孔隙大小和PSD(不知道選取什么意思) The concept and the procedure are based on the surface force-pore flow (SF-PF) model of material transport through a membrane, and experimentally obtained solute rejections for a number of markers. 這種概念和程序基于，材料的表面力-孔隙流模型，運輸通過膜。并在通過實驗獲得溶質廢料，從而獲得大量的標記。 The SF-PF model takes into account interaction forces between the membrane surface and the solute, expressed by an electrostatic or a Lennard–Jones-type potential function, and the solute and solvent transport through the membrane under the influence of such forces. 表面力-孔隙流模型，重視膜表面與溶質間的相互作用力，并通過靜電或者Lennard-Jones-類位函數(shù)表達出來。同時，在這種作用力的影響下，溶質和溶劑通過運輸穿透過膜。 In the course of calculation, pertinent quantities such as permeation volume permeation rate, solute concentration at the pore outlet and solute rejection for a single pore were defined. 在計算過程中，定義了相關的參數(shù)，例如滲透量，滲透率，孔排放處溶質濃度，以及單孔溶質廢料。 By adding up these quantities for a collection of pores， the permeation rate and the solute rejection factor values of various markers were computed as functions of pore size distribution through the collection of active pores of the membrane’s upper layer. 通過合計這些參數(shù)，聚集了許多孔。通過收集膜上層的活性孔，各種標記的滲透率和溶質廢料要素價值也被計算出來，作為孔徑尺寸分布函數(shù)。 The results were finally compared with experimental data to give the best fit pore size distribution in the membrane’s skin. 最終將結果與實驗數(shù)據(jù)對比，從而給出膜皮膚上最匹配的孔徑分布值。 In addition to pore dimensions and PSD，the effective number of pores in the membrane’s skin could have been calculated using this method. 除了空尺寸和PSD,膜皮膚上的有效孔數(shù)量也可以運用這中方法計算出來。 |
2樓2015-03-15 21:53:31
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