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固体材料     
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  solid materials
    FLUORESCENCE LIFETIME OF RARE EARTH IONS IN SOLID MATERIALS
    固体材料中稀土离子荧光寿命的研究
短句来源
    Simulation of Hydrogen Depth Profile in Solid Materials Measured by ERD Technique
    ERD法测量固体材料中氢深度分布的模拟计算
短句来源
    Measurement of Both Permittivity and Permeability of Solid Materials with the HP 8510 Automatic Network Analyzer
    使用HP8510自动网络分析仪测量固体材料的相对介电常数和导磁率
短句来源
    MEASUREMENT OF THERMAL DIFFUSIVITY OF SOLID MATERIALS USING AN INFRARED THERMAL WAVE IMAGING METHOD
    红外热波成像法测量固体材料热扩散率
短句来源
    Measurements of Thermal Diffusivity of Solid Materials by Laser Photothermal Deflection Technique
    激光光热偏转法测量固体材料的热扩散率
短句来源
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  solid material
    An experimental research about detecting the thickness of solid material by untouched measurement with laser ultrasound
    激光超声非接触测量固体材料厚度的实验研究
短句来源
    OPTICAL MEASUREMENT OF SOLID MATERIAL PARAMETERS
    测定固体材料物理量的光学方法
短句来源
    The Mechanics and Application during Femtosecond Laser and Solid Material Interaction
    飞秒激光与固体材料相互作用机理与应用研究
短句来源
    These provide important information for studying the deformation and fracture of the new solid material.
    这些为研究此新固体材料的变形和断裂提供了重要的信息 .
短句来源
    These provide important information for studying the plastic deformation of the new solid material.
    为研究此固体材料的塑性变形提供了重要信息。
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  solid state materials
    The thermal equilibrium state in solid state materials is one essential mixed entangled state.
    而固体材料中的热平衡态就是一种重要的混合纠缠态。
短句来源
    Superstructures are often observed in inorganic crystals, including many minerals and certain important solid state materials.
    在许多无机物(包括矿物和一些重要的固体材料)的晶体中,往往形成所谓“超结构”。
短句来源
    Using the Hugoniot shock wave data of some solid state materials, we design least square program to calculate the BornMayer potential parameter of other crystals.
    利用多种固体材料的Hugoniot冲击压缩数据,通过自编的最小二乘法曲线拟合程序确定出它们的Born Mayer势参数.
短句来源
    The localization of carriers has a profound effect on the optical and electrical properties of solid state materials.
    载流子局域化对固体材料的光电性质有着深刻的影响.
短句来源
  solid state material
    Infrared Laser Pumped Blue and Green Laser Emission from a Single Rare Earth-Doped Solid State Material
    红外激光泵浦掺稀土固体材料直接输出蓝绿激光
短句来源
    The possible ways and progress of infrared or red laser pumped blue and green laser emission from a single solid state material doped by rare earth ions are presented.
    介绍利用红外或红色激光泵浦掺稀土固体材料直接输出蓝绿激光的途径和研究进展;
短句来源
    Slow light propagation in solid state material is initially observed at room temperature.
    在室温下观测到了固体材料中的慢光现象。
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.
          
    更多          
      solid state material
    The second decrease suggests that the sintering due to solid state material transport, such as viscous flow and plastic deformation, takes place in addition to gas-phase material transport.
          


    Superstructures are often observed in inorganic crystals, including many minerals and certain important solid state materials. In diffraction patterns of such crystals, superstructure reflections, which carry information of the structure details, are generally very weak. The common practice in structure determination is, therefore, to ignore the superstructure reflections at first, making use only of the strong pseudos-tructure reflections to find a pseudostructure to account for the essential structural features....

    Superstructures are often observed in inorganic crystals, including many minerals and certain important solid state materials. In diffraction patterns of such crystals, superstructure reflections, which carry information of the structure details, are generally very weak. The common practice in structure determination is, therefore, to ignore the superstructure reflections at first, making use only of the strong pseudos-tructure reflections to find a pseudostructure to account for the essential structural features. The precise superstructure is then derived on its basis. However, this approach is complicated in consequence of the impossibility to derive the latter directly from the former by means of ordinary techniques of structure refinement. To overcome this difficulty, it is proposed in this paper that the phases of superstructure reflections can be derived directly from those of the pseudostructure reflections. This considerably simplifies the procedure of superstructure determination. Applications to practical structures confirmed the effectiveness of the method.

    在许多无机物(包括矿物和一些重要的固体材料)的晶体中,往往形成所谓“超结构”。反映超结构细节的所谓“超结构衍射点”,其强度通常都很弱。因此,在测定这类晶体结构时,一般都先将超结构点略去以求出一个只反映概貌的“赝结构”。然后在此基础上再探寻超结构的细节。但是,用普通的结构修正办法不可能从赝结构直接解出超结构。这就增加了超结构分析的困难。本文提出从赝结构衍射相角推引超结构衍射相角,借以简化超结构的分析过程。试验表明,这一方法是有效的。

    Fast Ionic Conductors (Superionic Conductors, or Solid Electrolytes) are a class of materials which achieve ionic conductivities comparable with those of molten salts while still in the solid phase.In the recent decade, fast ionic conductors have been widely studied and presently the interests in its investigation are further growing. It may be said that Physics of Fast Ionic Conductors or Solid State Ionics will become an important subfield within Condensed Matter Physics.It is the purpose of this review to...

    Fast Ionic Conductors (Superionic Conductors, or Solid Electrolytes) are a class of materials which achieve ionic conductivities comparable with those of molten salts while still in the solid phase.In the recent decade, fast ionic conductors have been widely studied and presently the interests in its investigation are further growing. It may be said that Physics of Fast Ionic Conductors or Solid State Ionics will become an important subfield within Condensed Matter Physics.It is the purpose of this review to present the achievements already obtained and recent situations in the physical research of fast ionic conductors. It is divided into three sections:

    快离子导体(也称为超离子导体或固体电解质)是指那些离子电导率接近或超过熔盐(或电解质溶液)的一类固体材料。 近十几年来,人们对快离子导体进行了相当广泛的研究。日前这种研究的兴趣正在进一步增长。快离子导体物理学或固体离子学将成为凝聚态物理学的一个重要分支。 本文概述了快离子导体物理的研究现状。全文包括基本概念、实验测量和理论研究三部分。 基本概念部分的主要内容有:快离子导体的分类,结构条件,亚晶格熔化,动态特征,热力学讨论和模型哈密顿量。 实验测量部分的主要内容有:结构研究,电导率测量,非弹性光散射,核磁共振研究和其它物理性质的临界行为(如比热和声学性质)。 理论研究部分的主要内容有:晶格气体模型,连续随机模型和快离子导体中的相变。

    This paper describes how to use a transmission method to determine the complex permittivity of semiconductors and other solid materials af microwave frequencies. By means of bridge technique the phase shift and attenuation values were measured due to the presence of the sample in the partially filled waveguide and the complex permittivity, εr of the sample was calculated. Differen ces in the calculated εr with and without considering effect of reflection were also investigated. Experiments were carried out on...

    This paper describes how to use a transmission method to determine the complex permittivity of semiconductors and other solid materials af microwave frequencies. By means of bridge technique the phase shift and attenuation values were measured due to the presence of the sample in the partially filled waveguide and the complex permittivity, εr of the sample was calculated. Differen ces in the calculated εr with and without considering effect of reflection were also investigated. Experiments were carried out on semiconducting samples of silicon, germanium and tellurium, and on insulatitg samples of Teflon, plexiglass and quartz. Permittivity, results obtained in the present work were compared with those reported in the literature. An anisotropy in both ε'r and ε"r of the tellurium samples js found for F//c and E_L c at temperatures of 300°K and 100°K.

    本文叙述了一种利用传输法测量半导体及其它固体材料的复数介电常数的方法。这种方法是用微波电桥测量出由于样品加入后相位和衰减的变化,从而计算出样品的复数介电常数。在计算中加入了修正,以考虑由于样品两端以及终端的反射而引起的测量误差。对锗,硅,碲等半导体材料进行了测量。同时亦测量了聚四氟乙烯,有机玻璃和石英等绝缘体材料的复数介电常数。与参考值进行了比较。对各向异性材料碲在300°K和100°K下,E∥c和E⊥c的复数介电常数进行了测量(c为晶体轴)。

     
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