液晶光閥 的英文怎麼說

中文拼音 [yèjīngguāngfá]
液晶光閥 英文
liquid crystal light value
  • 液 : 名詞（液體） liquid; fluid; juice
  • 晶 : Ⅰ形容詞（光亮） brilliant; glittering Ⅱ名詞1. （水晶） quartz; （rock） crystal 2. （晶體） any crystalline substance
  • 光 : Ⅰ名詞1 （照耀在物體上、使人能看見物體的一種物質） light; ray 2 （景物） scenery 3 （光彩; 榮譽） ...
  • 閥 : 名詞1 （指在某方面有支配勢力的人物或家族） established house or power group; a powerful person or...
  • 液晶 : [物理學] liquid crystal; mesomorphic phase; mesomorphous phase
  1. The lateral diffusion of the photo - carrier in photoconductor layer is one of the important factors of affecting the resolution of lclv

    液晶光閥的解析度與許多因素有關，而光導層光生載流子的橫向擴散則是其中的重要因素之一。
  2. In the lclv, the most important parameter, switching ratio of the lclv, is analyzed. it is mainly influenced by the dark - conductivity, ratio of light - to dark - conductivity, thickness of the photoconductor and the thickness of the liquid crystal. it is concluded that the switching ratio can be improved by matching the thickness of the liquid crystal and the photoconductpr, and the proper change region of the light conductivity of the photoconductor

    在電學匹配方面，我們對光電導材料的暗態電阻、亮暗電導比、厚度以及液晶的厚度等對光閥開關比的影響進行了分析，認為液晶光閥開關能力的提高很大程度上取決于光電導層和液晶層的厚度匹配，以及光電導層的電導變化的區域位置。
  3. Projection display includes three distinct technologies : crt, dlp and lcd. in chapter three, the technology and product trends in the projection display are analyzed, and different technologies are used in different application segments. light output is one of the most important parameters and being traded off for improved resolution, contrast ratio, weight, color, uniformity, cost and other desirable features

    投影顯示主要包括三種技術： crt投影顯示、 dlp投影顯示和液晶投影顯示，各種投影顯示技術的原理及其應用是本文第三章的內容，並重點討論了dlp投影顯示技術、液晶光閥（ lclv ）投影顯示技術和液晶板（ lcd ）投影顯示技術。
  4. We have also calculated the resolution of the lclv according to the electrical field and the electron diffusion theory. it shows that the limiting resolution of 501p / mm can be obtained in our lclv

    對液晶光閥的解析度的分析，主要計算了光閥厚度、電場以及電荷擴散對光閥解析度的影響，從理論上得到制備的液晶光閥解析度應大於501p / mm的極限解析度。
  5. The sinusoidal gray fringes are simulated by computer and projected on the object by the liquid - crystal light valve in this method, in with the phase - shifting is controlled by computer. then the deformed fringes modulated by object is collected by ccd camera, so optical 3 - d phase measurement for large - scale object can be realized

    （ b ）針對目前大尺寸物體光學位相測量輪廓中存在的問題，提出一種用液晶光閥把模擬正弦分佈及多幅有一定相移量的灰度條紋投影到大尺寸三維物體上，通過控制計算機在同一位置進行窗口變換，直接實現相移，進行物體的光學位相三維面形測量。
  6. It will be known from the obtained expression of the resolution of photoconductor that the column microstructure is benefit to reduce the carrier diffusion in the lateral direction and increase the resolution of the photoconductor

    這種各向異性的柱狀結構復合光導膜有利於減小光生載流子的橫向擴散長度，從而可以提高液晶光閥光導層的解析度。
  7. The principle and the application of liquid crystal light valve ( lclv ) and the development of the photoconductor of lclv have been reviewed in this paper. the growth mechanism of amorphous silicon film is analyzed. the resolution of the photoconductor that is affected by the lateral diffusion of the photo - carrier in photoconductor layer is also analyzed

    本文介紹了液晶光閥光導層的發展、液晶光閥的工作原理及應用，分析了非晶硅薄膜的生長機制以及載流子的橫向擴散對解析度的影響，詳細研究了nc - si a - si ： h柱狀結構復合光導層液晶光閥的制備工藝。
  8. The photo - addressed light crystal light valve ( lclv ) is a high performance spatial light modulator. it is not only used in displays, but also widely used in optical information processing, optical computing and other information systems

    光尋址液晶光閥是一種性能優越的空間光調制器，它不僅應用於顯示，也廣泛應用於光信息處理、光計算以及其他信息系統中。
  9. However, limited by the responsivity of the photo - sensitive layer in the device, nearly all of the currently used lclvs only worked in the visible to infrared spectrum region. to the best of our knowledge, there is no report so far on studies of visible blind uv - lclv using mbe - grown znsxse1 - x thin film with tunable response wavelength as the photo - sensitive layer

    但是受光敏層材料對寫入光波長的響應限制，目前絕大部分液晶光閥都只工作在可見和紅外光范圍，對以分子束外延生長的zns _ x （ se _ （ 1 - x ） ） （薄膜作為光敏層，響應波長連續可調的光盲紫外液晶光閥還未見報道。
  10. This paper discusses the structure and the properties of optical and electrical properties of a new multiplayer light - blocking layer for lclv ( liquid crystal light valve ). theoretically discusses the requirement of light blocking layer for lclv

    本文從理論上討論了投影顯示用液晶光閥對光吸收層各種參數的要求，詳細介紹了液晶光閥vopc和cdte復合吸收層的結構及其光電特性。
  11. In order to improve the performance of the lclv further, the perpendicular alignment of liquid crystal with proper pre - tilt angle was studied

    為進一步提高反射式液晶光閥的性能，我們研究了帶預傾角液晶的垂直定向。
  12. In this paper, the reason of the break - off of the films is analyzed, and the problem has been solved. the function of the liquid crystal is modulating the read beam

    液晶在液晶光閥中起著調制讀出光的作用，液晶調制光性能的優劣與定向層的好壞，定向方式等密切相關。
  13. The blocking - layer and the dielectric mirror separate the write beam and the read beam, and the dielectric mirror reflects the read light also. in order to separating the write beam and the read beam quietly, and reflecting the read bean in the most limit

    液晶光閥的阻光層和介質鏡層起著隔離寫入光和讀出光的作用，介質鏡層還起著反射讀出光的作用。
  14. Based on these above, the practical realization of bnxpi - x film applied in the ultraviolet band detecting device - ultraviolet liquid crystal light valve is discussed. the experiments and theory analyses prove that bnxpi - x film is a suitable candidate for ultraviolet liquid crystal light valve

    在以上對氮化硼薄膜以及磷摻雜氮化硼薄膜制備工藝、性能和微結構研究分析的基礎上，本論文還探討了薄膜材料在紫外空間光探測器件?紫外液晶光閥上應用的可行性。
  15. In this dissertation, the photo - addressed cds - cdse liquid crystal light valve and its application in large screen projection displays are studied

    本論文的研究工作，主要針對光尋址液晶光閥及其在大屏幕投影中的應用展開。
  16. As one of the key devices in the opto - electronic information technology, lclv can be used as image amplifiers for large screen projection display, image wavelength converters and optical data processing and correlation

    液晶光閥作為光電信息處理技術中的一種關鍵器件，已被廣泛應用於通訊、機器人視覺、光學計算機、神經網路、大屏幕投影顯示等方面。
  17. Feasibility study of liquid crystal light valve on beam - shaping

    反射式液晶光閥用於激光束空間整形可行性研究
  18. In this thesis, detailed description was given of the structure and operation of the novel znsxse1 - x visible blind uv - lclv. the opto - electronic requirements of znsxse1 - x photosensor for the device were derived and discussed from the uv - lclv electrical model and equivalent circuits. the pre - growth treatment of ito coated glass is essential for achieving high quality znsxse1 - x thin films

    本文討論了這種zns _ xse _ （ 1 - x ）光盲紫外液晶光閥的結構和工作原理，並通過對器件電學模型的分析，導出為使器件正常工作， zns _ xse _ （ 1 - x ）光敏層必須滿足的結構參數和光電特性要求。
  19. The transfer of the carrier in photoconductor is anisotropy owing to the column structure of the film is anisotropy. on the basis of the new concept suggested in this paper, the maximum diffusion length in the lateral direction of the photo - carrier in the photoconductor ( which is related to the resolution of lclv directly ) as function of conductivities of both in lateral and normal directions in the film can be obtained as the expression as following. the nc - si / a - si : h photoconductor of lclv deposited and crystallized at low temperature of exactly 250 c stack column structure by al inducing a - si : h

    本文根據柱狀結構存在各向異性的特點，並根據半導體物理知識，推出光導層光生載流子橫向最大擴散長度（該擴散長度與液晶光閥光導層解析度直接相關）與薄膜橫向和縱向電導率關系的表達式為：由於a - si ： h在al金屬的誘導作用下在不高於250的溫度下即開始晶化，本文對用金屬al誘導非晶硅晶化制備的nc - si a - si ： h薄膜進行研究。
  20. We successfully obtain multi domain alignment with different tilt direction in one exposure processing. at last, the lclv large screen projection system is setup with self made lclv, producing 3x4m2 high - resolution picture

    最後我們用自製的液晶光閥建立了液晶光閥大屏幕投影顯示系統，實現了3 4米~ 2的高解析度顯示。
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