閥載導閥 的英文怎麼說

中文拼音 [zǎidǎo]
閥載導閥 英文
piggyback pilot valve
  • : 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...
  • : 載Ⅰ名詞(年) year : 一年半載 six to twelve months; six months to a year; 三年五載 three to five ...
  • : 動詞1. (引導) lead; guide 2. (傳導) transmit; conduct 3. (開導) instruct; teach; give guidance to
  1. The lateral diffusion of the photo - carrier in photoconductor layer is one of the important factors of affecting the resolution of lclv

    液晶光的解析度與許多因素有關,而光層光生流子的橫向擴散則是其中的重要因素之一。
  2. The parallel seat gate assembly consists of two interchangeable spring loaded discs, a fully guided disc carrier, and retaining pins

    平行座閘由兩個可互換彈簧負瓣,一個全瓣托架和扣環銷釘構成。
  3. Parallel seat gate and seat ring construction can be furnished for high differential pressure services or where high piping loads or thermal expansion may cause sticking of a wedge type gate

    平行座閘座環結構可以應用在高壓差應用環境中,或者高管道負,或可能致楔形閘板閘卡住的熱膨脹應用環境中。
  4. 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膜有利於減小光生流子的橫向擴散長度,從而可以提高液晶光層的解析度。
  5. 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

    本文介紹了液晶光層的發展、液晶光的工作原理及應用,分析了非晶硅薄膜的生長機制以及流子的橫向擴散對解析度的影響,詳細研究了nc - si a - si : h柱狀結構復合光層液晶光的制備工藝。
  6. Servo loading valve is the pivotal part of the system, it is designed again in this thesis, the mathematical model of the system and its control parts was established and built. the author deduced how the system parameters and control method influence the system dynamic state through theoretical analysis of the system. in addition, the dissertation introduces how to carry out protection in event of sudden break down of the system

    伺服加為整個系統的關鍵元件,論文進行了加的設計,其性能指標達到了理想要求,並完成了對系統關鍵元件及整個加系統進行了建模與模擬,通過理論分析出了系統結構參數和控制方法對系統動態性能及加精度的影響,並進行了系統誤差分析。
  7. 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,並根據半體物理知識,推出光層光生流子橫向最大擴散長度(該擴散長度與液晶光層解析度直接相關)與薄膜橫向和縱向電率關系的表達式為:由於a - si : h在al金屬的誘作用下在不高於250的溫度下即開始晶化,本文對用金屬al誘非晶硅晶化制備的nc - si a - si : h薄膜進行研究。
  8. That is, through analysis of the principle on flow control and " hydraulic transistor ", design and calculation of flow control characteristic as well as main parts in valve inner chamber, a piloted reducing valve will be installed between main valve and pilot valve. after a pressure - difference compensating reducing valve was added in the non - pressure compensating piloted reducing valve of the flow control valve in vlalvistor valve, the calculation on control characteristic emulation and load characteristic emulation has been carried out. the result of the calculation shows that after pressure compensating reducing valve was added, the linearity of the control characteristics has been greatly improved thus eliminating influence upon outlet flow by load pressure - change of the hydraulic system and improving performance characteristics of the hydraulic component

    文章還在對瑞典valvistor的插裝比例研究的基礎上,提出了一種新的流量控制原理,即:通過對流量控制和「液壓晶體管」原理的分析、流量控制特性及內腔主要結構件的設計計算,在主之間增設先減壓,並進一步對valvistor的流量控制之無壓力補償先減壓、加入壓差補償減壓后的控制特性進行了模擬計算和負特性模擬計算,結果表明:增設壓力補償先增壓后,其控制特性曲線變得非常線性,從而消除了液壓系統負壓力變化對主輸出流量的影響。
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