This paper proposes an approach of automating resolution measurements on shadow mask CRT displays. This new technique is based on conventional double slit method.
本文提出了一种对荫罩式彩显管分辨率进行自动化测试的方法。
Feasibility of this MTF measurement method is proved by compare the test results with data using sloping slit method. Application area of this method is discussed.
通过与斜缝法测试m TF的实验数据比对验证了此方法的可行性，讨论了此方法的应用范围。
This paper has briefly stated how Huygens-Fresnel Principle and Fresnel half - zone method are combined in the teaching of single-slit diffraction.
本文简要论述了在单缝衍射教学中怎样把惠更斯—菲涅耳原理与菲涅耳丰波带法联系起来。
The method of representative values is employed to analyze and calculate the manifold distribution systems with slit cross_sections of sheets and annular parisons respectively.
将表征值方法用于衣架式口模和吹塑模头的缝型截面流道分配系统的分析计算。
By the method of water flow pattern visualization with hydrogen bubbles, the near wake flow behind a slit bluff body has been experimentally studied.
采用水模拟氢气泡流动显示的方法对开缝钝体近尾流结构进行了实验研究。
A new method of measuring the monochrome focal length of lens is given from the single slit diffraction principle.
根据单狭缝衍射原理，提出了一种测量透镜单色焦距的新方法。
Because of no experiments reported for the reaction in slit pores, the chemical equilibrium compositions in bulk phase from RCMC method are compared with those from classic thermodynamic prediction.
由于没有狭缝孔内该反应的实验数据，因此比较了用经典热力学预测与RCMC方法得到的主体相平衡组成。
The equilibrium of the water gas shift reaction in slit pores has been simulated by the Reactive Canonical Monte Carlo (RCMC) method.
采用反应蒙特卡罗(RCMC)方法模拟了狭缝孔内水煤气变换反应的化学平衡。
The results of simulation analysis to single slit, aperture and multi-slits show that this method is a simple and credible way to analyze Fraunhofer diffraction in teaching.
结果显示，该方法思路清晰，结果准确可靠，可作为教学中分析夫琅禾费衍射现象的另一种有效方法。
A focusing method by adjusting two slit mark images was proposed to realize accurate focusing of a non-mydriatic fundus camera for an observed retina image in dark.
为实现免散瞳眼底相机在被观测眼底图像较暗情况下的精确调焦，提出了双光楔裂像调焦方法。
The problems of creeping flow of Newtonian fluid extruded from a plane slit or a circular pipe are simulated using several kinds of finite element method.
本文首次成功地将压力不连续的非协调单元和罚函数法用于挤出胀大流动的有限元计算。
Substituting inner-hole welding construction for traditional end surface welding construction is a fundamental method for raising the stabilities of anti-stress corrosion and anti-slit corrosion.
用内孔焊结构代替传统的端面焊结构是提高换热器管子与管板焊接接头抗应力腐蚀和缝隙腐蚀稳定性的根本途径。
The conceptual sculpturing of the slit design suggests another design method to be used in contemporary architecture besides the glass-heavy one.
该缝设计的概念设计雕塑提出另一种方法是使用除了当代建筑玻璃沉重的。
This paper discussed a method analyzing the two-step rainbow hologram. Based on the diffraction theorem of light wave, the imaging formulas of object image and slit image were derived in detail.
本文讨论了一种分析二步法彩虹全息的方法，用光波衍射理论详细推导出物体象与狭缝象的成象公式。
Rainbow holography is a major method in white-light holography, which is lack of vertical parallax due to introducing a slit that reduces the view zone of reconstructed images in recording process.
利用彩虹全息是实现白光全息的常用方法，由于记录过程中引入狭缝使得再现像的视场非常狭小，且只有水平视差。
A pseudocolor encoding method for rainbow holography is introduced using three-slit area partition and two-step exposure.
本文介绍利用三狭缝面积分割法进行假彩色编码拍制二步彩虹全息图的方法。
In this article, we use the method of single slit diffraction and equal thickness interference, which is simple to operate and can acquire more accurate results even...
采用本文中所述的“单缝衍射法”、“等厚干涉法”具有原理简单、操作方便，在条件简陋的情况下也能得到较精确的结果。
In this article, we use the method of single slit diffraction and equal thickness interference, which is simple to operate and can acquire more accurate results even under poor condition.
采用本文中所述的“单缝衍射法”、“等厚干涉法”具有原理简单、操作方便，在条件简陋的情况下也能得到较精确的结果。
A new method with a pre existent slit for making rainbow holograms is presented.
提出一种新的“预置狭缝法”制作彩虹全息图。
A method of increasing energy utilization coefficient (EUC) in recording three-slit rainbow holograms is presented.
提出了一种提高记录三狭缝虹全息能量利用率的方法。
A method of increasing energy utilization coefficient (EUC) in recording three-slit rainbow holograms is presented.
提出了一种提高记录三狭缝虹全息能量利用率的方法。
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