全息的思想并不以这种方式运作。
本文建立了模拟声全息的数学模型。
The mathematical model simulating beamforming acoustical holography has been built.
本文讨论了彩虹全息的反射显示方法。
A reflection display method of rainbow holograms is discussed.
在全息的思想中并没有更高或更低，只有共振。
In holographic thinking there is no higher or lower, only resonance.
第二种方法采用视频全息的方法获取3d感知的目的。
The second USES the video holography to present a true 3d perception.
利用光学全息的抗撕毁性，研究它在信息隐藏方面的应用。
Based on the characteristics of the holography, its application in information hiding is researched.
本文提出了利用液晶光阀的相干图像记录相面彩虹全息的方法。
In this paper, a method to record rainbow hologram through coherent image converted by liquid crystal light valve (LCLV) is proposed.
脉冲氩离子激光用于液面法声全息提高了动态声全息的成象质量。
The pulsed argon laser thus obtained is used as a reconstruction light source for liquid surface acoustical holography, resulting in a greatly improved image quality.
给出了这种方法的原理、计算全息的设计、制作方案和实验验证结果。
The principle of the proposed method, the technology for designing and fabrication of the CGH and optical hologram and the experimental results are given.
本文介绍将象全息的白光再现用于无损检测裂纹和灰口铸铁的焊接质量。
Hologram reconstruction using white light is employed in NDT of crack and welding quality of gray cast iron.
利用局域体全息的耦合波理论，计算了该透镜衍射光的振幅分布和衍射效率。
On the basis of the coupled-wave theory of local volume holography, the amplitude distribution and the diffraction efficiency of the diffracted beams are calculated.
本文介绍了生产具有自主知识产权的大尺寸激光动感像素全息的设备及配套工艺。
This article introduces a whole solution of plate-making facilities and relative technology for manufacture of large-format kinetic dot-matrix hologram.
为了让全息的宇宙保持真实，信息必须能在宇宙的最远处被编码，并被投射到我们的三维世界。
For the holographic universe to hold true, information must be encoded in the outermost reaches of the universe and it is projected into our 3 dimensional world.
本文设计了一种利用全息的关联特性、互补编码和阈值判断的内容寻址光查表系统。
In this paper, base on the associative characteristics of holography, complementary encode and threshold detection, a content addressable memory optical computing set up was designed.
本文设计了一种利用全息的关联特性、互补编码和阈值判断的内容寻址光查表系统。
In this thesis, considering the associative characteristics of holography, complementary encode and threshold detection. Wedesign a content addressable memory optical computing set-up.
方法：重新复习脐的胚胎发生、脐的解剖，分析脐全息的理论基础与脐针疗法的关系。
Methods Review embryogeny and dissection of the umbilicus, analyze the relationship of holographic theory with umbilicus therapy.
本文探讨了数字全息的原理与实验以及其不可撕毁性在数字图像处理、数字水印中的应用。
This paper presents the concept and the experiment of digital holography , its applications in digital image processing and digital watermarking using its characteristic of not being tore up.
针对于实际工况，重点研究了半自由空间中柱面声全息的算法，使声全息理论更加贴合实际。
In view of the actual condition, this paper paid more attention to the cylinder acoustical holography algorithm in half-free space that is more applied.
总结出拍摄反射全息的条件，并能了解全息照相与普通照相的区别，以及全息照相的应用及开拓。
The paper summarizes the reflect holographic condition and finds out the difference between the holographic picture and the common picture, along with the application of hologram.
物光和参考光的均匀性，对彩虹全息的拍摄，特别是模压全息防伪标记母版的拍摄都具有重要意义。
Both object wave and reference wave should be uniform in rainbow holograph, especially in mould pressing hologram master plate of prevent falsifier label.
物光和参考光的均匀性，对彩虹全息的拍摄，特别是模压全息防伪标记母板的拍摄都具有重要意义。
Object wave and reference wave both should be uniform, in rainbow holograph, and especial in mould pressing hologram master plate of prevent falsifier label.
根据耦合波理论，从描述反射全息的非线性微分方程出发，对反射全息图的振幅反射系数进行了分析。
According to coupled wave theory, and from the non-linear differential equation describing characteristics of reflection hologram, the reflective coefficient of reflection hologram is analyzed.
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。
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.
本文探讨了像全息图的制作，提出了制作像全息图的要点，达到了提高像全息的清晰度及逼真性的目的。
This paper discusses the making of resemblance hologram and some main points for attention, which aim at increasing the articulation and verisimilitude of resemblance hologram.
因此，在未来的半个世纪当中，领会力的指数级上升会成为可能，让每个王国都能提升进全息的领会之中。
As a result, an exponential shift upwards in understanding becomes possible as each kingdom ascends into holographic understanding in the half-century ahead.
介绍了光学频域全息和时域全息的形成原理，并对光学频域全息在光纤通信及图像传输中的应用作了简要介绍。
The optical temporal and the optical frequency holograph are introduced in this paper, emphasis on the principle of the optical frequency holograph, and its application.
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。
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.
分析讨论了原子全息与光学全息的区别，指出只有经激光冷却的原子束才满足全息技术所要求的相干条件和衍射条件。
Analyzing the difference of atom hologram and optical hologram, we point out that only the laser cooling atoms can satisfy the coherent and diffract conditions required by the hologram technology.
也许等到了2022年世界杯，当我们所有人都能够在自己家的视距仪上观看全息的世界杯比赛时，EQ滤波器将被安装在设备里面。
Perhaps in 2022, when we all attend holographic games at our home stadia, EQ filters will be built in.
也许等到了2022年世界杯，当我们所有人都能够在自己家的视距仪上观看全息的世界杯比赛时，EQ滤波器将被安装在设备里面。
Perhaps in 2022, when we all attend holographic games at our home stadia, EQ filters will be built in.
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