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固体材料
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  solid materials
    DEVELOPMENT OF STUDY ON FRACTAL CHARACTERISTICS IN MECHANICAL BEHAVIOR OF SOLID MATERIALS
    固体材料的断裂力学行为中的分维特性研究之进展
短句来源
    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
    A Brief Description of the Developing Trend of New-type Inorganic Solid Materials
    新型无机固体材料发展趋势简介
短句来源
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  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
    Electrodeposition or electroplating is adopted to deposit metal layer in the metal surface for the sake of surface function that changes solid material or making the metal material take particular composition with function.
    为了改变固体材料的表面性能或制取特定成分和性能的金属材料,人们采用电沉积或电镀方法在金属基体上沉积金属层。
短句来源
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  “固体材料”译为未确定词的双语例句
    The main conclusions were as follows:(1)The super hydrophilic and easy cleaning ceramic materials had higher surface free energy than common ceramics.
    (1) 根据固体材料表面物理化学基本原理,研制的超级亲水易洁陶瓷材料,通过调整陶瓷材料的化学组分设计,在正常烧结情况下即可改变原有陶瓷表面的物理化学特性,得到具有高表面能的陶瓷材料,原有陶瓷的转为超亲水性,实现陶瓷表面的超级亲水。
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
    A gel is formed when a mixture of methyl methacrylate(MMA) and styrene(St) is added to tri- isopropoxyl-rare earth(Eu(OPr i) 3, Tb(OPr i) 3 or their mixture), and the rare earth-doped copolymers P(MMA-co-St) are obtained by in-situ polymerization.
    将甲基丙烯酸甲酯 (MMA) /苯乙烯 (St)的混合单体直接加到三异丙氧基稀土 (铕Eu ,铽Tb)或其混合稀土中 ,形成凝胶 ,经原位聚合后分别制得Eu(OPri) 3 、Tb(OPri) 3 或其混合掺杂的P(MMA co St)共聚物固体材料
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。
短句来源
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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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  solid state materials
We propose a method to detect the electron wake in solid state materials by measuring the angular distribution of emitted electrons of low energy.
      
The clusters are formed by injecting the vapour of solid state materials into a high vacuum region through a nozzle of a heated crucible.
      
These clusters are large size macro-aggregates of 100-2,000 atoms formed by pure expansion of vapourized solid state materials.
      
A process called 'soft solution processing' has been introduced to fabricate advanced solid state materials in an economical, environmental friendly, and energy and material efficient way.
      
Electron Microscopy 48 (1999) 795) that herald a new approach to structural solutions in micro- and mesoporous solid state materials.
      
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Low CTE,high density, high strength and thermal shock resistant graphite can be produced by two-stage raw coke calcination, high pressure baking and impregnation. The merit figure of thermal shock resistance was about 285cal/cm sec. The mechanism of two-stage calcination in decreasing the CTE of filler, and high pressure baking in modifying the struture and strength of the material are discussed.

本研究采用生焦两步煅烧、高压焙烧和高压浸渍工艺,制取低热胀、高密度、高强度抗热震石墨,品质因素达285Cal/cm·s,远优于普通固体材料。通过物理性质测试及結果分析,提出了两步煅烧降低焦炭热胀系数,及加压焙烧改善制品结构,提高其强度和热导的机理。

The thermal diffusivities of several kinds of solid materials were measured in this paper,thus thermal conductivities were calculated.The author put forward a simple and accurate method to obtain the thermal conductivity in the laboratory.

通过对几种具有代表性的固体物料的热扩散系数测定,求取材料的导热系数,提出在实验室内测取固体材料导热系数的简单实用方法.

According to capillary tension theory, the elastic strain energy of porous materials will be released when their capillary water loses completely in the drying precess. This explains the reason of discontinuous shrinkage of porous materials, and is confirmed for the first time at drying of autoclaved fly-ash aerated concrete(F-AAC).It is also applicable to the swelling deformation of F-AAC. By further study of the properties of F-AAC, conditions causing discontinuous dry shrinkage deformation have been clarified,...

According to capillary tension theory, the elastic strain energy of porous materials will be released when their capillary water loses completely in the drying precess. This explains the reason of discontinuous shrinkage of porous materials, and is confirmed for the first time at drying of autoclaved fly-ash aerated concrete(F-AAC).It is also applicable to the swelling deformation of F-AAC. By further study of the properties of F-AAC, conditions causing discontinuous dry shrinkage deformation have been clarified, and the equation of the dry shrinkage of F-AAC is worked out.

根据毛细管张力理论,多孔材料在干燥过程中,当毛细管水完全失去时,积聚在固体材料内的弹性应变能将释放,导致材料的不连续收缩。这一理论在蒸压粉煤灰加气混凝土的干燥变形过程中得到了证实,并发现这一理论在吸湿膨胀过程中同样适用。通过材料性能的综合实验研究,进一步从理论上分析了产生不连续干缩(或湿胀)变形的条件,并在此基础上建立了干燥收缩曲线方程。

 
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