coefficient of permeability中文是什么意思

發(fā)音:

中文翻譯
造句

參透系數(shù)導(dǎo)磁系數(shù)
滲透性和滲流滲透系數(shù)
透水系數(shù)

coefficient adj. 共同作用的。 n. 1.共同作用；協(xié)同因素。 ...
permeability n. 1.透過性，可透性，滲透性；滲蝕度；【航空】(氣球 ...
permeability coefficient 磁導(dǎo)系數(shù); 滲濾系數(shù); 滲透系數(shù); 通透系數(shù); 透氣系數(shù); 透水系數(shù)
coefficient of permeability of concrete 混凝土滲透系數(shù); 混凝土收縮系數(shù)
coefficient of permeability variation 滲透率變異系數(shù)
coefficient of permeability, k 滲透系數(shù)
coefficient of water permeability 使用率
field coefficient of permeability 田間滲透系數(shù); 田間滲透系統(tǒng)(指土壤); 田間透水系數(shù); 野外滲透系數(shù)
field permeability coefficient 田間透水系數(shù); 野外滲透系數(shù)
laboratory coefficient of permeability 實驗室滲透系數(shù)
permeability variation coefficient 滲透率變異系數(shù)
temperature coefficient of permeability 導(dǎo)磁溫度系數(shù); 導(dǎo)磁性溫度系數(shù)
unsaturated coefficient of permeability 非飽和滲透系數(shù)
water permeability coefficient 水滲透系數(shù)
permeability n. 1.透過性，可透性，滲透性；滲蝕度；【航空】(氣球氣體的)透出量。 2.【物理學(xué)】磁導(dǎo)率，磁導(dǎo)系數(shù)(＝magnetic permeability)。
a-coefficient 自發(fā)發(fā)射系數(shù)
coefficient adj. 共同作用的。 n. 1.共同作用；協(xié)同因素。 2.【數(shù)，物】系數(shù)，率；程度。 coefficient of absorption 吸收率[系數(shù)]。 coefficient of expansion 膨脹系數(shù)。 coefficient of displacement 排水量[系數(shù)]。
coefficient a 輔酶a
s coefficient 恩格爾系數(shù)
absolute permeability 絕對磁導(dǎo)率; 絕對磁道率; 絕對導(dǎo)磁率絕對浸水率; 絕對導(dǎo)磁性; 絕對滲透率; 絕對透氣性
ac permeability 交流電導(dǎo)率
acoustic permeability 傳聲性; 透聲率
acoustical permeability 透聲率
aftereffect of permeability 磁導(dǎo)率后效
air permeability 空氣滲透率; 通氣性; 透氣的; 透氣度; 透氣性能

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例句與用法

Testing of carbon materials ; determination of the coefficient of permeability by means of the vacuum - decay method with air as experimental gas ; solid matters
炭素材料試驗.用空氣作實驗氣體的真空衰減法測定透氣
By orthogonal tests , the influence of three factors on the coefficient of permeability of soil - rock - mixture , the significance of different factors was determined
通過正交試驗確定了3種因素對土石混合體滲透系數(shù)的影響順序及各因素的顯著性水平。
In numerical calculations , the effects of rainfall pattern , rainfall intensity , coefficient of permeability and shape of slope layer to the development of subsurface flow are examined
討論了降雨的方式，降雨的強(qiáng)度，滲透系數(shù)以及斜坡地層的形狀對地下水流進(jìn)展過程的影響。
Based on the lab orthogonal tests , using self - manufactured constant head permeameter , the effect of gravel content , void ratio and particle shape on the coefficient of permeability of soil - rock - mixture was studied
本文采用室內(nèi)正交實驗，利用自制的常水頭滲透儀，研究了礫石含量、孔隙比和顆粒形狀3個因素在不同水平下對土石混合體滲透系數(shù)的影響。
A formula for calculating the coefficient of permeability of soil - rock - mixture was proposed and was verified by the experimental results , thus a concise and useful computational tool for the theoretical calculation of coefficient permeability of soil - rock - mixture was offered
提出了土石混合體滲透系數(shù)計算公式，并通過試驗結(jié)果驗證了計算公式的正確性，為土石混合體滲透系數(shù)的理論計算提供了一個簡明有用的計算工具。
With the method of the lie group transformation , the symmetry of the equation governing one dimensional finite strain consolidation is discussed and , from the point of the symmetry , the feasibility to obtain the analytical solution of these nonlinear partial differential equations is discussed . where - after exact or approximate analytical solutions focused on different consolidation problems are obtained , these including : under some assumptions of relations of the void ratio with coefficient of permeability and effective stress , the method of lie group transformation is applied to solve the non - linear partial differential equation of large strain consolidation of homogenous saturated clay soil in semi - infinite domain with the consideration of the material and geometrical nonlinearity during consolidation procession . the implicit exact solution without considering the effect of self - weight of soil is obtained
運(yùn)用lie群變換方法討論了一維大應(yīng)變非線性固結(jié)方程的對稱性，以及在該對稱性的意義下求解這類非線性偏微分方程解析解答的可能性，并就大應(yīng)變非線性固結(jié)問題的多種情況求得了其完整的或者近似的解析解答，具體包括：基于有效應(yīng)力與孔隙比以及滲透系數(shù)與孔隙比之間的關(guān)系的一些假定，采用李群變換求解考慮材料非線性和幾何非線性的半無限均質(zhì)土體大變形固結(jié)非線性偏微分方程，得到了一個不考慮自重固結(jié)的完全解析解。
With reference to research of the logging interpretation model , it should exploit fully logging datum and the results of well core experimental analysis which was existed and analyze the relationship between the quality parameter of well core materiality and brothel log , which should further be understood in porosity , coefficient of permeability and water degree of saturation in well - core graduation
對于測井解釋模型的研究，充分利用已有的測井?dāng)?shù)據(jù)和巖芯實驗分析結(jié)果，分析巖芯物性參數(shù)與測井曲線間關(guān)系，對測井曲線作孔隙度、滲透率、含水飽和度參數(shù)的巖芯刻度。
The reliability of secant modulus method is validated in which final consolidation settlement is computed . the experience formula of coefficient of permeability ( k , 0 ) and pore ratio ( e ) is presented and the experience expression of coefficient of permeability ( k10 ) and strain ( ) is offered too . lt is important to modity the acquiring method of coefficient of consolidation , because the method embodies that strain and pressure of consolidation effect on coefficient of consolidation
本文首先驗證了用割線模量法計算軟土地基最終固結(jié)沉降的可靠性；其次得到了滲透參數(shù)k _ ( 10 )和孔隙比e的經(jīng)驗關(guān)系，并且更進(jìn)一步給出了滲透系數(shù)k _ ( 10 )和應(yīng)變之間的經(jīng)驗公式，更重要的是對求取固結(jié)系數(shù)的方法給予了改進(jìn)，該方法反映了固結(jié)系數(shù)隨應(yīng)變和應(yīng)固結(jié)壓力的變化規(guī)律。
The studies of plane heterogeneity are as follows : the text counts the parameters of the sandlayers " geometric shape of different sedimentous microfacies ; speculates the conditions of lateral communication by sandstone density according to the method brought forward by j . r . l . allen ; gets a group of parameters including the reservoir thickness , porosity and coefficient of permeability by using kriging method according to the data of logging results ; makes certain the direction of coefficient of permeability with variation function by modeling globosity function ; divides the sandlayers into five types by using the method of flowing cell based on three parameters , that is x h , kxh and h / h , and accounts the favorable region . on the base of above - mentioned studies , the text evaluates the heterogeneity of sandlayers and gives the resolutions to these problems to serve the development of the field
Allen )等人提出的統(tǒng)計方法，用垂向上砂體密度的界限來推測砂體側(cè)向連通情況；根據(jù)每口井的測井解釋資料，利用克里金插值法對外間進(jìn)行插值，得到了一組反映儲層特征在平面上變化的參數(shù)，包括儲層厚度分布、孔隙度以及滲透率，并且成圖；利用變差函數(shù)法，通過球狀函數(shù)模擬，確定儲層優(yōu)勢滲透率方向：根據(jù)流動單元法，以儲能系數(shù)、容積系數(shù)以及凈毛厚度比三個參數(shù)為依據(jù)，通過聚類分析方法進(jìn)行流動單元劃分，并且按照參數(shù)特征將其分為五類，統(tǒng)計各砂層有利流動單元區(qū)塊。
Through much analysis of laboratory experiments , this paper reach the conclusion that aggregate gradation , degree of compaction , water cement ratio and magnitude of cement are the main factors that influence the coefficient of permeability and the compressive resilience modulus of high air void cement - stabilized crushed stone mixture
本文通過大量的室內(nèi)試驗發(fā)現(xiàn)，集料級配組成、壓實度、水灰比和水泥用量是影響大孔隙水泥穩(wěn)定碎石混合料滲透系數(shù)和抗壓回彈模量的主要因素。

更多例句： 1 2

其他語種釋義

coefficient of permeabilityとは意味：透水係數(shù)｛とうすいけいすう｝、浸透係數(shù)｛しんとうけいすう｝

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