波面的英文

音标：[ bōmiàn ] 发音:

英文翻译
造句

wave face
wave front
wave plane
wave surface
wavefront

波 wave
面 face
波面筏 wave contouring raft
波面图 skiodrome
分波面 wave-front division
回波面 echoseite echo side
激波面 shock-wave surface
柱波面 cylindrical wave
波面垂直线 orthogonal
波面法线 wave normal line
波面浮子 wave-rider
波面高度 elevation of wave surface
波面轮廓 wave surface profile
波面倾斜 wave tilt
波面瞬射值 instantaneous wave elevation
波面斜度 wave slope; wave-slope
波面斜角 wave-slope
波面斜率 slope of wave surface
波面纸板 corrugated board
波面重建 wave-front reconstruction
冲击波面 shock wave front
次波面波形 subsurface wave profile
单位波面 unit wave surface
等相波面 equiphase wave surface
同心波面 concentric front

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例句与用法

A multifunctional laser interferometer which can be used to measure the three dimension microcosmic profile and roughness of optical component is introduced in this dissertation . it covers microscopy , polarized interferometry and real - time phase detection algorithms
本文提出并实现了一种由光学显微系统、偏振干涉技术和条纹扫描波面位相实时检测技术相结合，集三维轮廓测量和粗糙度测量为一体的多功能激光数字化干涉显微系统。
This multi - purpose optical metering system had adopted the twyman - green interferometric system as its center , containing an advanced digital wave surface interferometry and a kind of homodyne interferometer displacement testing method with nanometer - sized capacity . at the same time , many wide - applied metering technology , for example , the diffracted field ( fringe ) measurement , co - focal lens system , optical fiber sensors and 4f ( focal distance ) space filter system which can embody the chief principle of fourier optics well , were combined into it successfully . this instrument can firstly offer and show modern optical testing method in the laboratory for majors of information processing , instrument science , measuring and testing technology and automatic technology
该多功能激光光电实验系统以泰曼-格林干涉( twyman - green )光路作核心，包括先进的数字波面干涉技术和一种基于空间干涉原理的、纳米分辨率零差干涉仪位移测量方法，同时将多种新颖、工程实用价值高的测量技术和光路如衍射测量、共焦显微技术、光纤传感技术以及反映傅立叶光学基本光学原理的4f空间滤波系统也组合进去。
The notable torsion effects of the surface ground motion above the alluvial valley are illustrated and the torsion effects become stronger as the frequency of the incidence is higher . ( 4 ) antiplane surface motion of the underground circular soft inclusion and the underground homogeneous soft interlayer is investigated in this paper . the results indicate : surface displacement amplitudes just above the soft inclusion of small depth - to - width ratio is amplified and soft interlayer of small depth - to - thickness ratio is amplified to a certain degree , and moreover , the latter is lower limit of the former
结果表明：垂直入射时，小深宽比软夹塞上方地表位移幅值有较大的放大，小深厚比软夹层的地表位移幅值也有一定的放大，且后者为前者的下限；波接近掠入射时，软夹塞正上方地表点和软夹层的中国地震局工程力学研究所硕士学位论文一地表位移幅值都没有放大，而软夹塞迎波面一侧地表点的位移幅值会有一定的放大；软夹塞上方的地表位移运动有较强烈的扭转效应，且此扭转效应随入射波频率的增高而增强。
The resolution of optical system can not reach its diffraction limit because of the phase aberrations caused by atmospheric turbulence and other wavefront errors . adaptive optics technology uses deformable mirrors to perform dynamic phase modulation and endow optical system the ability to decrease the influence of dynamic wavefront errors
大气湍流等动态干扰使光波面相位发生畸变，使光学系统的分辨率无法达到其衍射极限，而自适应光学系统使用变形镜对光波面进行动态相位调制，赋予了光学系统能动可变的能力而有效地解决了动态干扰的问题。
Numerical simulations were done to show the distortion of the wavefront and the interference pattern under several kinds of typical plasma density distributions . the ray path in plasma was calculated by the numerical solution of the vector equation of light ray , when the plasma density was closing to the critical electron density of the laser frequency . through the simulations , the factors that influence the measurement were found out under different density distributions and shapes of plasma
在此基础上，采用数值模拟的方法，计算了在几种典型的等离子体密度分布下，激光波面的变化和产生的干涉图样；并用光线矢量微分方程的数值解法计算了当等离子体密度接近光频临界电子密度时，光线在等离子体中的传播路径，从中掌握了在不同的等离子体密度和形状下，进行干涉测量所应估计到的因素。
The hardware of the digital interferometer is highly integrated and intellectualized . the optical components with different shapes can be tested and the results are accurate and reliable . the interferometer obtains the same property as that of the popular interferometer in the world and its functions are widely extended
结果表明本文研究的数字波面干涉仪的硬件系统集成化和智能化程度高，软件计算适用不同形状样品，测试结果稳定可靠，拓展了应用范围，可与国外同类仪器相媲美。
In the study of directional spectrum and reflection coefficient of multidirectional wave , firstly the wave elevation trains overlapped by the incident wave and the reflected wave of multidirectional wave are simulated in the method of a frequency corresponding to a direction . then the composed wave trains are analyzed respectively by the mbdm and the mmlm . during the numerical study , the input factors include the various wave parameters , the different measuring wave system and the various reflect characteristic
在多向不规则波入射波方向谱和反射系数的分析研究中，利用方向频率对应法模拟了多向不规则波入射波与反射波叠加的波面序列，将此合成波列分别应用mbdm和mmlm进行分析，通过输入各种波浪参量、不同波浪测量系统和各种反射特性等因子，检验了mbdm和mmlm方法的适用条件，对两种分析方法的性能进行了比较分析。
It has been proven that , from the propagation process of the tidal waves and wave energy rates , the whole radial sandbanks area is controlled by the progressive tidal wave in the south and the rotational standing tidal wave in the north . these two waves merge at qianggang and induce a large tidal range
通过对潮波波面传播过程及潮波能流率研究表明，辐射沙脊群海域为南部太平洋前进潮波和北部旋转潮波所控制，两潮波系统在?港外海辐聚辐散，形成大潮差区的特点。
The primary and secondary mirrors of the schwarzschild optics were fabricated in our institute and measured using zygo mark iv interferometer . figure errors were observed in both primary and secondary mirror of 5nm ( rms ) . these magnitudes are very small at visible wavelength but sufficient to cause significant degradation in the wave - front quality of the schwarzschild optics in extreme ultraviolet ( euv ) wavelength
利用zygomark干涉仪检测的schwarzschild微缩投影物镜主、次镜面形精度表明，对可见光工作波段已具有足够高的面形精度，均为5nm ( rms ) ，但在euv ( extremeultraviolet )波段，将给schwarzschild微缩投影物镜带来严重的波面误差。
Integrating tynman system with polarized system together , the laser interferometer is compatible for the surface with different reflectance . first , on the basis of synthesizing different interferometric microscope , the author introduced a kind of lase interferometer combining polarized interferometry and real - time phase detection algorithms . first , a kind of optical configuration is introduced , which is realized in the above interferometer
本文在分析了国内外不同干涉显微系统的基础上，根据干涉显微测量方面的需求提出了采用偏振干涉和条纹扫描方式实时检测波面位相的激光干涉显微系统，提出了一种可用于表面微观轮廓及粗糙度参数测量的光学显微干涉系统的光路，然后介绍了条纹扫描波面位相实时检测技术以及四步移相法，并在此基础上完成了光学系统及相关的机械结构。