holographic system 中文意思是什麼

holographic system 解釋
全息照相系統
  • holographic : adj. 1. 親筆寫的（＝ holograph）。2. 全息照相的，與全息照相有關的。
  • system : n 1 體系，系統；分類法；組織；設備，裝置。2 方式；方法；作業方法。3 制度；主義。4 次序，規律。5 ...
  1. In order to get the sustainable and adjustable development among the region tourism system, society and economic system, natural system, the theory of holographic tourism region development should be emphasized

    為了使旅遊地域系統和社會經濟系統及自然環境系統之間協調持續發展，旅遊地域全息開發的理論研究應運而生。
  2. This system provides photo elastic, moire, holographic, speckle technology contained in optical measure strain and displacement analysis software interface, and mainly realizes photo elastic image collection, interference image pretreatment, automatic skeleton extract method, automatic main strain trace protraction method and planar photo elastic image strain analysis function. all the work that the author has done has established a good foundation for more realization of an intact optical measure image strain analysis software system. furthermore, engineer and lab assistant can quickly obtain concise, intuitionistic and quantificational information

    該系統提供了光測力學所包括的光彈法、雲紋法、全息法以及電子散斑法等技術應力和位移分析軟體實現的介面，主要實現了等差線圖像和等傾線圖像的採集、干涉條紋圖像預處理、全自動提取光彈條紋圖像骨架線、全自動繪制主應力跡線以及二維光彈應力分析功能，為進一步開發完整的光測力學圖像應力分析軟體奠定了基礎，同時使工程技術人員以及實驗人員能夠迅速的獲取簡明、直觀、定量的信息。
  3. Meanwhile, a method for rapid thermal fixing is presented, which has some advantages over conventional technique in stability and repeatability, while shortened the fixing time. secondly, we have designed and made a compact practical holographic system that consists of angular - fractal multiplexing system and thermal fixing equipment, including a crystal repositioner with precision less than 0. 001

    另一方面，圍繞高密度全息存儲設計復用存儲技術，製作了有較大存儲能力的小型實用熱固定全息系統，包括角度一維度復用系統、離線加熱的晶體夾持器和復位裝置、適合離線與在線加熱的溫控加熱裝置。
  4. The theoretical research, computer simulation and experimental results analysis show that maskless laser interferometric lithography and holographic lithography have the characteristics of large field of view, high resolution, distortionless, relatively simple system structure, low costs and convenient realization way. they have a broad application prospect

    激光干涉光刻技術研究四川大學博士學位論文理論研究、計算模擬和實驗結果分析表明，無掩模激光干涉光刻和全息光刻具有大視場、高解析度、無畸變、系統相對簡單、成本較低，實現方便等特點，具有廣闊的應用前景。
  5. The principle, theory, realizing methods for holographic lithography as well as the pattern transfer mechanism among the traditional photomask - hologram mask - resist have been deeply investigated. an experimental system with total inner reflection wavefront conjugation holographic lithography using right angle prism and refractive index matching liquid is designed and built, and the experimental research is carried out

    對全息光刻的原理、理論、實現方法及傳統光掩模?全息掩模?抗蝕劑圖形傳遞機理進行了深入的研究，設計和建立了採用直角棱鏡和折射率匹配液的全內反射波前共軛全息光刻實驗系統，進行了實驗研究。
  6. In this paper the positions of images reconstructed by illuminated plane waves of fraunhofer defocused holographic memory system are theoretically described and discussed

    摘要對用平面波讀出夫瑯和費離焦全息存儲系統再現像的位置進行理論分析與討論。
  7. Abstract : in this paper the positions of images reconstructed by illuminated plane waves of fraunhofer defocused holographic memory system are theoretically described and discussed

    文摘:對用平面波讀出夫瑯和費離焦全息存儲系統再現像的位置進行理論分析與討論
  8. Communication car picture delivers the system - infrared rey laser holographic picture tramission system in satellite telecontrol machine of communication car

    一種基於通訊車的衛星中繼遙控機的紅外激光全息圖像傳輸系統
  9. Therefore, the noise such as crystal scattering due to long exposure time can be suppressed, and storage capability and fidelity can be improved. the high - density holographic storage system, including on - line and off - line heating units, has been designed and implemented for our experiments

    研製了包括在線與離線小型精密溫控加熱裝置、晶體夾持器和角度? ?分維復用光學讀寫系統等主要部分的高密度全息存儲的熱固定系統，該系統操作靈活並具有實用性，其存儲能力不少於10000幅全息圖。
  10. The feasibility of the multiple photorefractive volume applying to wdm system is demonstrated by analyzing the diffractive properties of the eight holographic gratings superimposed in the linbo3 : fe crystal

    通過對10 10 10mm ~ 3塊狀linbo _ 3 : fe晶體中用角度復用技術寫入的8重體光柵的衍射特性分析，證實了光寫入多重體光柵應用於波分復用系統的可行性。
  11. We believe that the successful building up of this system will make a great progress in high - density nonvolatile volume holographic storage

    本系統的研製成功有利於全息存儲熱固定的實用化。
  12. In the design of holographic disc storage system, we first proposed an optimized reflection configuration for sam fourier - transform hologram storage. then we designed and manufactured an asymmetrical fourier transform lens pair, which matched the parameters of slm and ccd and the system requirements. in order to achieve 1 : 1 pixel - matching of high resolution data pages ( 1024 768 ) between slm and ccd, the two lenses were designed and optimized in an iterative manner, and the combination of them reached satisfactory results with eliminated aberrations that can meet the design requirements

    首先提出來用於反射式傅立葉變換體全息存儲的空間-角度復用的光路機構，然後按照slm和ccd的光學參數以及系統的工作要求提出傅立葉變換鏡頭的設計條件，為實現在1024 768幅面的1 : 1像素匹配，設計採用非對稱結構的傅立葉變換鏡頭，可以解決slm與ccd像素尺寸相差比較大的問題，使兩個鏡頭的焦距比同slm和ccd的像素尺寸比相等。
  13. Focusing characteristics and diffraction efficiency of the holographic lens in icf driver system

    系統中全息透鏡聚焦特性及衍射效率分析
  14. So the flow field visualization in intake duct was realized. according to the experimental requirements, tow different transparent intake duct model were designed. a real - time holographic interferometry measuring system was developed, in which he - ne laser was used as light source, and a ccd ( charge coupled device ) video camera was used to grab the interferogram. a intake simulation system was build - up

    本文根據研究要求，用甲基丙烯酸甲酯製作了兩種不同類型的進氣道透明模型；設計並建立了利用he - ne激光器做光源的實時全息干涉測量光學系統；設計了一套能夠模擬進氣道在某一氣門升程時的進氣系統，用mtv - 1802cbccd攝像機對干涉條紋進行了實時採集。
  15. Recent years, with the development of storage materials and components of storage system, researches on volume holographic storage have made a great progress

    隨著全息存儲材料和存儲系統單元器件的不斷發展，近年來，對全息存儲方案的研究，也有了很大的進展。
  16. In this system, we employed a newly developed multi - channel photodetector - ccd ( charge coupled devices ), as well as a concave holographic diffractive grating, to form multi - channel splitting system of spectrum - polychromator. these all solidified the foundation of the fast measurement subsequently

    在本系統研究中，採用新型的多通道光電探測器件? ?電荷耦合器件（ ccd ） ，並引入平場凹面光柵構成了多通道光譜分光系統? ?多色儀，從而為多通道快速光譜測量準備了物質條件。
  17. The parameter m # max _ balch termed as dynamic range with maximum number of batches, is defined for quantitatively characterizing the enhancement in storage capacity of batch thermal - fixing scheme for multiple holographic storage. another parameter, m # ejf, termed as effective dynamic range is proposed to evaluate system ' s storage ability, and hereby the effective dynamic range values corresponding to the number of batches are calculated and compared

    為了定量描述多重全息存儲的分批熱固定方法在提高存儲容量上的優勢，針對分批存儲熱固定技術，定義了光折變晶體的最大分批動態范圍參量m _ （ maxbatch ） ~ # ，並且提出以有效動態范圍參量m _ （ eff ） ~ #評價系統存儲能力。
  18. A mathematical model based on fourier optics is developed to analyze the digital recording mechanism and properties of the in - line phase - shifting digital holographic system in comparison with those of the commonly used off - axis arrangement. theoretical analysis demonstrate that in - line configuration is advantageous in enhancing the system performance

    第三章將同軸相移數字全息記錄與再現過程等效成一個相干光學成像過程，基於傅里葉光學理論對其成像特性進行系統的理論分析。
  19. This chapter discusses two models of optical information channel of holographic system : intensity model and amplitude model, and discusses some methods overcoming noises by use of these two models. s. encypting holographic data storage based on orthogonal - phase - code multiplexing

    詳細講述了光通道的兩種模型：光強度模型和光幅度模型，並利用這兩種模型討論了克服噪聲的一些措施； 3 .正交相位編碼全息光存儲。
  20. A lot of photographs of atomization field on high pressure jet were obtained by the use of the energetic liquid injection device and laser holographic system, so that the properties of axial and radial droplets size distribution were revealed. the relations of droplet size distribution with injection pressures, nozzle and viscosity were discussed

    利用含能液體噴射霧化模擬裝置及其全息攝影系統，得到了多種工況下液體藥射流噴霧場的全息照片，揭示了噴霧場中液滴軸向和徑向分佈規律，分析了噴射壓力、噴嘴形狀、液體粘度等對射流破碎的影響。
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