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突起宽度
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  “突起宽度”译为未确定词的双语例句
     The spout widths increased with the increasing of gas flow rate and viscosity,but were affected mainly by flow rate.
     液面突起宽度随气体流量和溶液黏度的增大而变大,但主要受气体流量的影响。
短句来源
     Based on the experimental results and analysis,empirical equations were developed for the height and width.
     通过对实验结果的分析讨论,得出了水模型溶液表面突起高度和突起宽度的经验关系方程式。
短句来源
     The effects of structural parameters for protuberances on electrophoresis separation are described.
     给出微通道壁面突起高度和突起宽度对电泳分离过程影响的计算结果。
短句来源
  相似匹配句对
     (4)water width of river;
     4)水体宽度;
短句来源
     flattening breadth 6m;
     整平宽度6m;
短句来源
     The effects of structural parameters for protuberances on electrophoresis separation are described.
     给出微通道壁面突起高度和突起宽度对电泳分离过程影响的计算结果。
短句来源
     The spout widths increased with the increasing of gas flow rate and viscosity,but were affected mainly by flow rate.
     液面突起宽度随气体流量和溶液黏度的增大而变大,但主要受气体流量的影响。
短句来源
     Trainer Market Dependents on Shared Program
     共享教练机理念突起
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查询“突起宽度”译词为用户自定义的双语例句

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There are many band-like protrusions, infoldings, and many microporosith, spherical vesicles or depressionsions spreding all aver the surface of the germinal layer of the mother cysts, which covered with a few filamentous structures. The surface of the laminal layer shows homogeneous and regular structures. Longitudinal and transverse filamentous structures laid on the inner surface of the daughter cys-ts, and longer protrusions were observed and there were a number of vesicles adhered to the membrane. Three...

There are many band-like protrusions, infoldings, and many microporosith, spherical vesicles or depressionsions spreding all aver the surface of the germinal layer of the mother cysts, which covered with a few filamentous structures. The surface of the laminal layer shows homogeneous and regular structures. Longitudinal and transverse filamentous structures laid on the inner surface of the daughter cys-ts, and longer protrusions were observed and there were a number of vesicles adhered to the membrane. Three kinds of structures can be seen on the outer surface of the daughter cysts. The fine structures of the inner surface of brood capsules is similar but smaller than the germinal layer surface of mother cysts and no vesicles. Its outer surface differs from mother and daughter cysts. Larger bub-like protrusions on the outer surface of brood capsules that contain protosco-leces were accidentally observed.

母囊生发层表面形成许多带状突起,遍布微孔,散在分布有较多球形或类球形囊泡及微凹,有少量细丝样物覆盖;角质层结构则较均一规则。子囊内表面见许多纵行或横行细丝覆盖,间有长带状质膜隆起及大量球形或类球形囊泡附着;外表面可见三种不同的形态:(1)较光滑,散在分布细长条状隆起;(2)呈细带状突起,较规则而不平滑;(3)尚平滑,有较多结节状微突。育囊内表面结构与母囊生发层表面相似,仅突起的宽度和高度小于母囊,未见囊泡等;而其外表面微细结构与母囊和子囊有所不同;另可见个别原头节在育囊内呈外突生长。

Based on the technology of selective precipitation,titanium bearing molten slag in ladle is supposed to be oxidized by air for achieving selective enrichment of titanium component.The height and width of spouts surface have great effect on the design of slag ladle free space.In the present study,a water model of slag ladle was used with a photographic technique to determine the effect of viscosity and bottom stirring gas flow rate on surface spout characteristics of the solution.As the result,the spout shapes...

Based on the technology of selective precipitation,titanium bearing molten slag in ladle is supposed to be oxidized by air for achieving selective enrichment of titanium component.The height and width of spouts surface have great effect on the design of slag ladle free space.In the present study,a water model of slag ladle was used with a photographic technique to determine the effect of viscosity and bottom stirring gas flow rate on surface spout characteristics of the solution.As the result,the spout shapes were found to be Gaussian.The spout heights increased with the gas flow rate increasing,while there was not obvious effect of the viscosity on it.The spout widths increased with the increasing of gas flow rate and viscosity,but were affected mainly by flow rate.Based on the experimental results and analysis,empirical equations were developed for the height and width.

基于“选择性析出技术”,向渣罐内吹入空气氧化含钛高炉渣,以实现钛的选择性富集。渣罐内熔池的表面突起高度和宽度对于渣罐内自由空间的设计存在重要影响。通过摄像法测定了粘度、气体流量对底吹渣罐水模型表面突起高度和宽度的影响。结果表明:液面突起的形状服从高斯分布;液面突起高度随底吹气体流量的增大而变大,而基本不受熔池黏度变化的影响;液面突起宽度随气体流量和溶液黏度的增大而变大,但主要受气体流量的影响。通过对实验结果的分析讨论,得出了水模型溶液表面突起高度和突起宽度的经验关系方程式。

Numerical simulation and theoretical analysis are developed on the effect of protuberances to electrophoresis separation in micro-channel.The reasons for forming protuberances on a micro-channnel surface and their effect on electrophoresis separation are analyzed.The physics governing equations and the discrete formations for capillary electrophoresis separation are presented too.The program of numerical simulation for electrophoresis separation is developed,in which the distribution of electric field,electroosmotic...

Numerical simulation and theoretical analysis are developed on the effect of protuberances to electrophoresis separation in micro-channel.The reasons for forming protuberances on a micro-channnel surface and their effect on electrophoresis separation are analyzed.The physics governing equations and the discrete formations for capillary electrophoresis separation are presented too.The program of numerical simulation for electrophoresis separation is developed,in which the distribution of electric field,electroosmotic velocity and concentration of species are simulated with finite volume method.The effects of structural parameters for protuberances on electrophoresis separation are described.According to the results the height of protuberances is critical for electrophoresis separation,as ratio of protuberances height to micro-channel width increases from 0 to 0.2,the velocity of electroosmotic flow decreases about 20%.

针对制造过程引起的通道壁面突起对微流控芯片电泳分离使用的影响进行数值计算和理论分析研究。分析了壁面突起产生机制及其对电泳分离效果的影响;阐述了毛细管电泳分离的物理模型并进行了离散化;编制了电泳分离数值计算程序,采用有限体积法计算微通道内电参数分布、缓冲溶液流场分布和样品区带分布;给出微通道壁面突起高度和突起宽度对电泳分离过程影响的计算结果。从计算结果可知:壁面突起高度是影响电渗流流速的主要因素,当壁面突起高度与微通道宽度的比值从0增加至0.2,电渗流流速变化幅度约为20%。

 
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