单缝衍射
- 网络Single-slit diffraction;single slit diffraction;single slit
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用半波带法求单缝衍射的光强分布
Solving intensity distribution of diffraction by a single slit by the method of Fresnel zone
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单缝衍射自动测量系统的研究
Research of the auto-measurement system for the single-slit diffraction
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基于量子理论方法的分子C(60)单缝衍射研究
Research on Single Slit Diffraction of Molecular C_ ( 60 ) with Quantum Theory
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三维空间单缝衍射、光栅衍射、双缝干涉和N缝干涉实验研究
The Test Studys of Diffraction and Interferences in Three-dimensional Space
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CCD器件在单缝衍射实验中的应用
The application of CCD in the diffraction experiment by narrow opening
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利用CCD测量单缝衍射的光强分布
Research on Measuring the Diffraction Light Intensity Distribution Using the Linear CCD
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用VB实现电子单缝衍射的计算机模拟
Simulation of Electrons ′ Diffraction With VB
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利用CCD技术将单缝衍射的光学图像进行自动采集,并将计算机和CCD技术直接应用于光学测量。
This article expatiates on exploiting the CCD technology in collecting optical images of single - slit diffraction .
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基于CCD的单缝衍射条纹光强测量与小波去噪技术研究
Application of the Light 's Strength Measurement for Single Slot Diffraction Stripes Based on CCD Detection and Wavelet 's Denoise Technology
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通过CCD的数据采集对单缝衍射条纹的光强进行测量试验,简要分析了试验中的噪声来源。
The light 's intensity of single slot diffraction stripes is measured through the data acquisition of CCD detection , the source of noise in the experiment is briefly analyzed .
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针对光栅衍射条纹强度分布的主极大强度进行研究,理论计算结果:主极大强度不是受一个单缝衍射强度调制,而是受缝数为N的光栅的N个单缝衍射强度调制。
By studying main maximum of grating diffraction stripe intensity distribution and calculating in theory , I gain the conclusion that the main maximum is modulated by all single slit grating diffraction intensity but not by one single slit grating diffraction .
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探讨在基础物理光学教学中,应用MATLAB软件模拟光的双缝干涉、单缝衍射和光栅衍射,以获得良好的课堂教学效果。
In view of the importance of double slit interference , single slit diffraction and grating diffraction in physical optics , this paper expounds the application of MATLAB in double slit interference , single slit diffraction and grating diffraction in physical optics teaching .
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运用Matlab仿真模拟了单缝衍射和光栅衍射实验,实验结果的图样细致逼真,使整个物理过程变得直观形象,为光学的理论分析和实验教学提供了新的途径。
Application the Matlab imitates to a few Slit diffraction experiments and Grating diffraction experiments . The experiments of the result delicacy lifelike make whole physics process become the view image , and provide the new path for the optical theories the teaching .
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本文采用0.1μs脉冲CO2激光快速加热厚度为微米量级的铝箔、康铜箔、氮化硼片样品,井使用参考激光束造成单缝衍射。
In this work , CO2 laser pulse of 0 . 1 μ s was used to heat instantly the thin specimens of Al . constantan , BN with the thickness of 20-100 μ m. and a system of the slit diffraction using He-Ne laser was also adopted .
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部分相干光经单缝衍射后的光谱变化
The Spectral Changes of Partially Coherent Light Diffracted by a Slit
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菲涅耳半波带法在单缝衍射教学中的一点体会
Some Words About Fresnel Half-Zone Method Used in Teaching Single-Slit Diffraction
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单缝衍射场分布对测量精度的影响
Field distribution of slit diffraction and its influence upon measurement accuracy
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涡旋光束单缝衍射的理论和实验研究
Theoretical and Experimental Study on Vortex Beam Transmitted Through a Single-Slit
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夫琅和费型与菲涅耳型单缝衍射在实验中的界限
The Limit of Fraunhofer and Fresnel Single Slit Diffraction in the Experiments
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基于单缝衍射原理的小转角测量方法
Method of Measuring Small Rotating Angle Based on Slit Diffraction
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单缝衍射图样的计算机仿真与分析
The computer simulation and analysis of single slit diffraction patterns
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单缝衍射暗条纹中心距的精确测量
Precision measurement of the center distance of single slit diffracted dark stripes
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计算机单缝衍射光强分布曲线的拟合
Fitting of the light intensity distribution of single slit diffraction by computer
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从单缝衍射到动态测量单丝直径
From single slit diffraction to dynamic measurement of unifilar diameter
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单缝衍射与矩形波频谱的联系
The relations between single - slit diffraction and square - wave frequency spectrum
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夫琅和费单缝衍射的光能量分布
Energy Distribution of the Fraunhofer Single Slit Diffraction s
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使用单片机等先进技术对传统的单缝衍射实验仪进行了改进。
By applying advanced technology , we improve the traditional single-slit diffraction experiment .
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用傅里叶变换计算单缝衍射的光强分布
The Calculation of Light Intensity Distribution of Single Seam Diffraction by Fourier Transformation
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单缝衍射图纹极大值位置的研究
On the Positions of Single Suture Diffraction Figure
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智能化单缝衍射实验装置的研制
Development of Experiment Equipment for Intelligent Single-Slit Diffraction