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固体材料
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  solid materials
    Moisture Content Instrument Based on Conductometric Method for Solid Materials
    电导法固体材料水份测量仪
短句来源
    -The design principle and construction of a photoelectric wide spectrum refractometer for measuring the refractive indexes of transparent solid materials at wavelengths of ultraviolet to infrared (i. e. 0.2-12μm) are described.
    本文报导了宽光谱光电折射仪的设计原理和结构性能。 仪器采用三种接收器和多种光源,可在0.2~12μm广阔波长范围内精密测定固体材料的折射率。
短句来源
    The revised laser flash method is applied to measure thermal diffusivity of solid materials with low conductivity.
    用改进的激光脉冲法对低导热系数的固体材料的导温系数进行了测定。
短句来源
    The measuring apparatus,according to the buoyancy principle,is used to ascertain the density of the solid materials when the density of the distilled water is known,especially,when the objects are combined together with two different materials. If the density and the gravity of one material between them is known,the apparatus can automatically work out the result of the another one,and the unbroken measurement can be obtained. And it can process the temperature compensation and calculation.
    本测量仪在已知蒸馏水密度的条件下 ,根据浮力定律能够测量出固体材料的密度 ,特别是两种不同材料结合为一体时 ,若已知第一种材料的密度和重量 ,能够自动测量出第二种材料的重量及密度 ,实现不解体测量 ,并自动进行温度补偿、计算、打印测量结果
短句来源
    Based on a Fourier transform infrared(FTIR)spectrometer,a new apparatus to measure spectral emissivity of solid materials was constructed with a specimen heating furnace and a reference blackbody cavity and a vacuum chamber cooled by water bath system. The measurements can be done in the spectral range from 0.66μm to 25μm and in the temperature range from 100℃ to 1500℃.
    基于傅里叶红外光谱仪成功研制了固体材料光谱发射率测量装置,它由一个试样加热炉、一个参考黑体炉、水浴环境腔体及真空系统等组成,可以实现100-1500℃及光谱0.66-25μm范围内固体材料光谱发射率测量.
短句来源
  solid material
    Reseach on JF330 type Solid Material Density Measurement
    JF330固体材料密度测量仪
短句来源
    This paper describes a new method for the measurements of thermal dilatotion of the solid material. The fundamental principle and calculating formula of this method are presented.
    本文提出了一种测试固体材料热膨胀系数的新方法,介绍了该方法的基本原理及计算公式。
短句来源
  “固体材料”译为未确定词的双语例句
    Development of Type GSY-1 Instrumentation for Moisture Content of Solid
    GSY-1型固体材料水分测量仪的研制
短句来源
    AN EXPERIMENTAL STUDY ON THE MEASUREMENT OF THERMOPHYSICAL PROPERTIES OF SOLIDS BY THE REVISED LASER FLASH METHOD
    用改进的激光脉冲法测定固体材料热物性的实验研究
短句来源
    Thermal Conductivity Measurement of Materials by Cross Hot-wire Method: the Effect of Thermal Couple on the Measure
    “交叉热线”测量固体材料的热导率:测温热电偶的影响
短句来源
    Nonhomogeneity Study on Solid Surface with Scanning Acoustic Microscope
    扫描声学显微镜对固体材料表面非均性的研究
短句来源
    As an important basic problem on the dynamic failures and reliabilities of micro systems under impact loadings, the propagation of stress wave in gradient elastic medium has been studied.
    固体材料结构随着特征尺度减小表现出明显的尺度效应,当波长与材料微结构的特征尺度具有相同的数量级时,材料的微结构对波的传播有很大的影响。
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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This paper describes a new method for thermal dilatotion measurements of solid material.The calculating formula has been deduc- ed,a simple new differential dilatometer has been set up by the struc- ture of the dilatometer designed.Values of a for some materials have been determined by this dilatometer,the results are comformed with re- ference data.This method is simple in principle and structure,operation is easy.It can be used in a wide range of temperatures,just as conve- ntional differential method.With...

This paper describes a new method for thermal dilatotion measurements of solid material.The calculating formula has been deduc- ed,a simple new differential dilatometer has been set up by the struc- ture of the dilatometer designed.Values of a for some materials have been determined by this dilatometer,the results are comformed with re- ference data.This method is simple in principle and structure,operation is easy.It can be used in a wide range of temperatures,just as conve- ntional differential method.With its high precision it can also be used for measuring small specimen.Applied prospects and the shortcoming of the new differential method have been mentioned.

本文叙述一种测试固体材料热膨胀的新方法,介绍了该方法所使用的计算公式,设计了一套膨胀计结构,建立了一台简易新示差膨胀仪。利用该仪器对几种材料进行了测试,其结果与文献数据比较接近。该方法既有普通示差法结构的原理简单。操作方便,温域广,经济等优点,又有精度高和可测小试样的优点。本文还叙述了新示差法应用的前景和不足。

This paper describes a new method for the measurements of thermal dilatotion of the solid material. The fundamental principle and calculating formula of this method are presented. On the basis of this method, a. set of differential dila-tometer was developed according to the new design, and a values of some materials have been determined by this dilatometer, the results are in good agreement with data reported in literatures. The advantages of this method are simple structure, easy operation, wide range temperature,...

This paper describes a new method for the measurements of thermal dilatotion of the solid material. The fundamental principle and calculating formula of this method are presented. On the basis of this method, a. set of differential dila-tometer was developed according to the new design, and a values of some materials have been determined by this dilatometer, the results are in good agreement with data reported in literatures. The advantages of this method are simple structure, easy operation, wide range temperature, low cost, high precision and small specimen. The prospects of application and the shortcomings of the new differential method are also discussed.

本文提出了一种测试固体材料热膨胀系数的新方法,介绍了该方法的基本原理及计算公式。在此基础上设计了一套新的示差膨胀计,并建立了一台简易新示差膨胀仪。利用该仪器对纯铜材料进行了测试,其结果与已发表的文献数据比较接近。同时对该法的误差进行了分析。本文还叙述了新示差法可应用的前景和不足。

-The design principle and construction of a photoelectric wide spectrum refractometer for measuring the refractive indexes of transparent solid materials at wavelengths of ultraviolet to infrared (i. e. 0.2-12μm) are described. The instrument is provided with three detectors and many light sources. The self-homing of auto-collimating angle and automation of measuring process are achieved by the aid of a microprocessor. The measurement accuracies in the ahove wavelengths are calculated to he within±6×10-6 to...

-The design principle and construction of a photoelectric wide spectrum refractometer for measuring the refractive indexes of transparent solid materials at wavelengths of ultraviolet to infrared (i. e. 0.2-12μm) are described. The instrument is provided with three detectors and many light sources. The self-homing of auto-collimating angle and automation of measuring process are achieved by the aid of a microprocessor. The measurement accuracies in the ahove wavelengths are calculated to he within±6×10-6 to ±5×10-5.

本文报导了宽光谱光电折射仪的设计原理和结构性能。仪器采用三种接收器和多种光源,可在0.2~12μm广阔波长范围内精密测定固体材料的折射率。通过计算机控制实现了自准直角的自动寻的和测量过程的自动化。在上述光谱范围,折射率的测量准确度可达第五位小数(±6×10~(-6)~±5×10~(-5))。

 
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