- 更多网络例句与干涉图相关的网络例句 [注：此内容来源于网络，仅供参考]
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According to the characteristic of the data processing, a interferogram regrouping error correction algorithm is designed, and devise a method to correct the sampling position error of the central dark fringe.
通过对其数据处理流程特点的分析，设计了一种归一化算法，对由干涉图重组时产生的误差进行了校正，并对在数据采集过程中干涉图的中心暗纹位置的采样误差进行了二次曲线拟合校正。
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The symcenter of conoscopic interference pattern is corresponding to vertical incident light and crystal birefractive index is proportional to interference order m. Decimal fraction of interference order m is calculated by the placement of central dark fringe and integer part is ascertained by self-consistent method.
干涉图的对称中心对应于正入射光线，双折射率正比于此点的干涉级m，m的小数部分主要由中央暗条纹的位置决定，m的整数部分由自洽的办法求出。
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Speckle noise is an intrinsic property of InSAR interferograms,and InSAR interferograms are sensitive to it.
相干斑噪声是InSAR干涉图固有的，且InSAR干涉图对相干斑噪声十分敏感，为了得到精度更高的干涉测量产品，需要对干涉图进行相干斑噪声滤波。
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We placed the lens holder, testing lens, and the assistant lens in the testing optical path. When the testing lens was mounted in the lens holder, we took five dynamic interferograms. After rotating the testing lens by 180 degrees along the edge of the testing lens, we took another set of interferograms. Then, we could evaluate the centering error of the testing optical element by analysing these two sets of interferograms.
在待测光程中加入透镜治具、待测透镜与辅助透镜，当待测透镜贴靠於透镜治具，此时撷取五张连续相移干涉图，之后由待测透镜配合透镜治具沿待测透镜外缘旋转180度，再撷取另一组干涉图形，最后由两组干涉图进行分析，以测量光学元件的偏心误差值。
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Tansformed the real part and imaginary part of interferogram to stationary wavelet domain, analyzed the PDF of signal and noise wavelet coefficients using Pearson distribution system, then evaluated the wavelet coefficients of signal in stationary wavelet domain by Maximum A Posterior criteria to reconstruct the interferogram.
2将干涉图的实部和虚部分解到静态小波域，用Pearson分布系作近似，分析了信号和噪声小波系数的概率密度函数，在静态小波域用MAP准则估计信号的小波系数用于干涉图的重建。
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According to the theory of Sagnac FourierTransform spectrometer, the method which we used to reconstruct the spectrum correctly from the captured interferogram was developed. With the steps of trend term correction, apodisation, phase correction and conjugate symmetrization applied to the interferogram captured and then reconstructed it, the error was avoid.The experiment to reconstruct the spectrum of monochromatic light source such as Helium lamp used in the developed prototype was carried out. The results agree with the nominal spectrum distibutions of the sources with the accuracy of 4nm.
介绍了Sagnac型干涉成像光谱仪基本原理，针对上述问题得到一套对采集得到的干涉图进行光谱重构的方法，通过对所采集干涉图进行消趋势项、切趾、相位校正、共轭对称化等步骤的处理，再进行重构，即可有效避免直接重构所带来的误差，使用所研制的原理样机对氦灯等单色光源进行光谱曲线重构实验，得到的光谱强度分布曲线与标称曲线基本吻合，光谱复原精度达到了4nm，具有较好的重构效果。
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Interference images are produced by a Michelson interferometer, which used a bromine tungsten lamp as the light source. A Kretschmann prism configuration is used to stimulate SPR. The reflected biochip images are recorded by a CCD camera. Spectral images which are obtained through Fourier transform of the interference images, are analyzed and processed to get SPR curves.
系统以溴钨灯为迈克尔逊干涉仪的光源产生干涉图像，采用Kreschmann棱镜耦合结构激励SPR，由CCD摄像机采集传感芯片干涉图，对干涉图进行信息提取和傅里叶变换得到光谱图，再对光谱图进行分析处理得到SPR曲线。
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In this paper,a two dimension mathematical model of the interferential plane is brought out,and the function of the interferogram is established.
通过建立干涉面光强分布的二维数学模型，确立了干涉图函数的数学表达式，从调制度、相位误差和频率噪声的角度，对动镜倾斜误差进行了系统分析。
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By analyzing the methods of imaging spectrometer image data compression, the key point of interference figure compression is found out, and the corresponding relationship between interferogram matching and spectrogram matching is analyzed using the basic principle of several spectral matching models.
文章通过分析目前常用的成像光谱仪图像数据压缩方法，确立了决定干涉图压缩的问题关键，在分析实际应用中常用的几种光谱匹配模型的基本原理的基础上，探讨了干涉图匹配和光谱图匹配之间存在的对应关系。
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As a new and advanced technology in the world to gain spectrum,interference imaging spectrometer is superior in high throghout and multichannel. But a series of digitial processing must be executed to get spectrum because the raw datais interference figure of targets. In thesis, taking ChangE-1ⅡS as an example, thetechnology about calibration, spectral reversion, performance evaluation ofcongeneric instrument are studied.
干涉型成像光谱仪具有高通量、多通道等优势，是一种世界上先进的间接获取光谱信息的新技术，它获得的直接信息是干涉图，需要经过一系列处理才能得到光谱维信息，论文以CE-1干涉成像光谱仪为分析对象，研究了适用于同类成像光谱仪器的信息反演、定标及评价技术。
- 更多网络解释与干涉图相关的网络解释 [注：此内容来源于网络，仅供参考]
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fringe pattern：干涉图;应力光图;等色线条纹
边缘磁场 fringe magnetic field | 干涉图;应力光图;等色线条纹 fringe pattern | 边缘效应 fringing effect
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interference pattern：干涉图
interfere 干涉 | interference pattern 干涉图 | interference 冲突
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far-field interference pattern：远场干涉图
far-field holography 远场全息术 | far-field interference pattern 远场干涉图 | far-field noise 远场噪声
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two-beam interference pattern：双光束干涉图
two-beam interference microscopy 双光束干涉显微术 | two-beam interference pattern 双光束干涉图 | two-beam interference spectrometer 双光束干涉分光计
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idiophanism：自现干涉图
idiolelectric 非导体 | idiophanism 自现干涉图 | idler absorption 无效吸收
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idiophanous crystal：自现干涉图结晶
自形矿物 idiomorphic mineral | 自现干涉图结晶 idiophanous crystal | 同管笔石类 Idiotubidae
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uncentered interference figures：偏心干涉图
uncemented 未胶结的 | uncentered interference figures 偏心干涉图 | uncentralized screen 未扶正筛管
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interfere grams：干涉图
interactive design 交互式设计 | interfere grams 干涉图 | invariant 不变量
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interference figure：干涉图
interference effect 干涉效应 | interference figure 干涉图 | interference filter 干扰滤波器
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monoaxial interference figure：一轴干涉图;单轴干涉图
一次上升脉 mono-ascendant vein | 一轴干涉图;单轴干涉图 monoaxial interference figure | 单圈圆顶海百合类 Monobathra