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固体材料
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  solid materials
    The surface roughness, contact angle, surface free energy of solid materials and interfacial energy between solid material and liquid, interfacial energy between solid material and biofouling were identified.
    重点考察了表面粗糙度、疏水性、表面能、固体材料与液体间的界面能及固体材料与生物垢间的界面能对生物垢形成的影响。 同时对不同固体材料表面上的生物垢层作了SEM分析。
短句来源
    The influence of parameters regarding surface properties of solid materials,such as surface roughness,surface free energy,interfacial energy between solid material and liquid and interfacial energy between solid material and biofilm,on the biofilm formation was studied.
    从固体材料表面性质入手 ,探讨了材料的表面粗糙度、表面自由能、界面能以及材料与生物垢之间的界面能对生物垢形成的影响。
短句来源
    In the range of 1.3 to 18.0 mN/m,the average biofilm mass has a maximum value when the interfacial energy between solid materials and biofilm is about 3.4 mN/m.
    在 1 3~ 18 0mN/m内 ,固体材料与生物垢之间的界面能对生物垢的形成存在一个极大值 ,此时的界面能约为 3 4mN/m。
短句来源
    The creep equation derived from the spring-viscopot and the analysis of the experimental data fitted with least square method showed that the creep of CFS was similar to that of most solid materials in the short term and obeyed the general logarithmic rule;
    采用弹簧 粘壶模型推导蠕变方程和通过最小二乘法拟合试验数据的分析表明 ,CFS材料的蠕变与大部分固体材料的短期蠕变类似 ,符合一般对数变化规律 ;
短句来源
  solid material
    The surface roughness, contact angle, surface free energy of solid materials and interfacial energy between solid material and liquid, interfacial energy between solid material and biofouling were identified.
    重点考察了表面粗糙度、疏水性、表面能、固体材料与液体间的界面能及固体材料与生物垢间的界面能对生物垢形成的影响。 同时对不同固体材料表面上的生物垢层作了SEM分析。
短句来源
    There is a preferable value of interfacial energy between solid material and biofouling for biofouling formation.
    固体材料的疏水性、表面能、固体材料与液体间的界面能对生物垢形成的影响没有简单明确的规律。
短句来源
    The influence of parameters regarding surface properties of solid materials,such as surface roughness,surface free energy,interfacial energy between solid material and liquid and interfacial energy between solid material and biofilm,on the biofilm formation was studied.
    从固体材料表面性质入手 ,探讨了材料的表面粗糙度、表面自由能、界面能以及材料与生物垢之间的界面能对生物垢形成的影响。
短句来源
    Effect of Solid Material Properties on Biofilm Formation
    固体材料性质对生物垢形成的影响
短句来源
    A second solid material is used essentially for regulating isotacticity.
    第二固体材料实质上是影响等规度;
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  “固体材料”译为未确定词的双语例句
    The mixed phosphate Li3PO4· BiPO4 was prepared from coprecipitation method.
    用共沉淀法制备了 5% Li3PO4· BiPO4固体材料 .
短句来源
    The results indicate that, however, only the interfacial energy between solid surface material and biofilm has some relations with the biofilm mass while other surface material and the interfacial energy have no clear relations with the biofilm formation.
    结果表明 ,只有固体材料与生物垢之间的固 -固界面能与生物垢形成之间有明确的关系 ,而未发现材料的表面能和固体材料与液体水之间的固液界面能与生物垢形成的诱导期或生物垢量之间有任何明确的关系
短句来源
    With" little size effect" , "surface effect"and"quantum effect", Inorganic nanoparticle has mang special properties which different from other particles.
    纳米无机粒子由于独特的“小尺寸效应”、“量子效应”和“表面效应”使其具有许多不同一般块状固体材料不同的性能。
短句来源
    Moreover, the fouling processes of microbes on different material surfaces were investigated experimentally and analyzed theoretically.
    对固体材料的表面粗糙度、表面能、固体材料与液体之间的界面能及固体材料与生物垢之间的界面能进行了测量和计算。
短句来源
    The results show that the larger the surface roughness is, the easier the material surface is to be colonized.
    实验研究和理论分析表明:固体材料的表面粗糙度越大,越有利于生物垢的形成。
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  solid materials
Extruded high-strength solid materials based on magnesium with zinc, yttrium, and cerium additives
      
The theoretically expected tensile yield strength of the Mg-6Zn-1.5Y-0.5Ce high-strength solid materials produced by extrusion should be higher for materials with a fine-grained structure.
      
The cell can be used to study the surfaces of various solid materials at high temperatures and pressures.
      
The furnace allows experimental studies of the heat conduction of both liquid and solid materials and measurements of the temperature and heat of phase transitions.
      
A procedure is proposed for studying acid decomposition of solid materials with the use of ion-selective electrodes, with the experimental data recorded and processed with a personal computer.
      
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  solid material
These flows are due to the effect of the heat-release source, the propagation of perturbations induced by elements of the rigid wall, and the dynamics of conductive heat transfer in the solid material.
      
This model includes the heat- and mass-transfer and kinetic-gasdynamic processes in the gas phase above the surface of burning solid propellant, as well as the heat-transfer processes in solid material.
      
Distribution of macro-and microelements, found in precipitation in dissolved and suspended forms (solid material) is considered.
      
In VIB theory, the solid material is considered to consist of random-distributed material particles in microscale.
      
The tensile slrength of the bond between water and solid material is the predominant parameter.
      
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This paper describes the preparation and application of a highly efficient catalyst component for polypropylene production. The catalyst uses conventional catalyst support as used with Natta, Solvay or new Philips catalysts. The support is processed from usual solid particulate support materials. A second solid material is used essentially for regulating isotacticity. The organic electron donor compound is meant to react with the polymerization-active transition metal compound. A second organic electron donor...

This paper describes the preparation and application of a highly efficient catalyst component for polypropylene production. The catalyst uses conventional catalyst support as used with Natta, Solvay or new Philips catalysts. The support is processed from usual solid particulate support materials. A second solid material is used essentially for regulating isotacticity. The organic electron donor compound is meant to react with the polymerization-active transition metal compound. A second organic electron donor may be selected to form the catalyst component. The water in the solid can be removed by a dehydrating agent. In preparation of the catalyst component and its support, the process of milling and com pounding is preferably to be carried out in the absence of any solvent. The polymer thus obtained with the new catalyst need not to go through any further treatment such as extraction and de-ashing.

描述了传统的纳塔型、索尔维型和新的菲利浦斯型载体高效聚丙烯催化剂组分的制造方法和应用。催化剂载体是用固体粒子载体材料制造的;第二固体材料实质上是影响等规度;有机电子给予体是为了与有聚合活性的过渡金属化合物化合;还可选择第二有机电子给予体化合物形成催化剂组分;固体中的水可用脱水剂将其反应掉。制造这种催化剂和载体时,最好采用无溶剂的研磨预混溶。这种催化剂聚合的产品无需萃取和脱灰。

In order to adapting to the development of the plastics industry, a task has been put forward in research and development of a calculable data-base of plastics which must be of mini size but high efficincy. This paper summarizes the status of data-base, mainly about the development of West-Europe, and advances some problems which must be paid attention to during developing plastics database. Integrated with examples, models of flow curve, data practicability and appraisal technique, models of stress-strain curve...

In order to adapting to the development of the plastics industry, a task has been put forward in research and development of a calculable data-base of plastics which must be of mini size but high efficincy. This paper summarizes the status of data-base, mainly about the development of West-Europe, and advances some problems which must be paid attention to during developing plastics database. Integrated with examples, models of flow curve, data practicability and appraisal technique, models of stress-strain curve et al. are introduced. It may be taken into consideration that the data-bases must be developed into those function types with both ability of property comparison and calculation by using the modern data-base and data-process techniques。

为适应我国塑料工业的发展,研制和开发小型、强功能的塑料材料数据库的工作已提到了议事日程。本文首先分析了国际上,主要是西欧国家的发展现状,并提出发展我国塑料材料数据库应注意的几个技术问题,而后,结合实例分别介绍了熔体流变曲线的数据模型、测试技术及其数据的实用性.固体材料应力—应变曲线的数据模型等。本文认为,应当采用数据库技术与数据处理技术相结合,以发展具有自己特色、能够进行性能比较和分析计算的函数型塑料材料数据库。

Reinforcement is one of important methods used to improve the properties of plastics.

增强是塑料改性的重要方法之一,界面对增强塑料的性能起着重要的作用。该系列讲座向读者介绍增强塑料界面研究概况,内容包括增强塑料概述、表面化学基础知识、聚合物及固体材料表面性能的测试,增强塑料的界面剪切,强度、增强纤维的表面处理及增强塑料界面理论的进展等,旨在使读者通过本讲座,对增强塑料的界面科学有较为全面、系统的认识。

 
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