縱向安定度 的英文怎麼說

中文拼音 [zōngxiàngāndìng]
縱向安定度 英文
longitudinal stability level
  • : Ⅰ動詞1 (釋放; 放走) release; set free; let go 2 (放任; 不約束) indulge; give oneself up to; l...
  • : Ⅰ形容詞1 (平靜; 穩定) calm; stable 2 (已經確定的; 不改變的) fixed; settled; established Ⅱ動詞...
  • : 度動詞[書面語] (推測; 估計) surmise; estimate
  • 縱向 : [造紙] direction; machine direction; endwise; longitudinal direction; vertical; longitudinal縱向...
  1. According to the guidline, two nd : yag lasers have been designed and set up, one is end - pumped by lower output power ld using a selfoc micro lens, and the other is end - pumped by high output power ld using a pair of lenses are designed, and the characteristics such as output power and power stabilization of both solid - state lasers are investigated. thirdly, when an empty liquid crystal cell is inserted in the cavity of the nd : yag laser pumped by high power ld, the laser can operates in single axial mode. finally, according to the relationship between the laser output power and the longnitudinal a ld - end - pumped nd : yag laser sensor for displacement measurement has been investigated theoretically and demonstrated experimently, the results indicate that when the mean radius of pumping inside the laser cavity is far less than that of the oscilating laser mode, the exponential of the output power is a gauss function of the longitudinal positon of focused spot of ld pumping beam, both the measurement range and the sensitivity are dependent on the incident pumping power, as the incident pumping power is increased, the measurement range is enlarged and the sensitivity is improve d

    本文首先介紹了ld泵浦nd : yag激光器的發展狀況、主要特性及其應用,從四能級速率方程出發,推導了ld泵浦nd : yag激光器的閾值、輸出功率和斜效率的表達式,並簡述了激光器的工作原理、結構型式和倍頻方法;其次,以空間相關的速率方程為基礎,提出了ld端面泵浦nd : yag激光器的設計方法,給出了一泵浦耦合方式下,振蕩光模尺寸、最佳輸出耦合率、泵浦光模尺寸、泵浦光焦斑位置等參數的選取依據,以此為依據,設計了自聚焦透鏡耦合小功率ld泵浦nd : yag激光器和透鏡組耦合高功率ld泵浦nd : yag激光器,對激光器的輸出功率和功率穩性等特性進行了實驗研究;再次,在帶尾纖輸出的高功率ld泵浦nd : yag激光腔內插入一隻空液晶盒,觀察到了激光器以單模運轉;最後,根據泵浦光焦斑端面位置對激光輸出功率的影響規律,提出了ld端面泵浦nd : yag激光位移傳感新方法,並進行了理論和實驗研究,研究結果表明:當激光晶體內泵浦光平均光斑半徑遠小於振西理工大學碩士學位論文蕩光束腰半徑時,激光輸出功率的自然指數與泵浦光焦斑的位置成高斯變化規律,測量范圍和靈敏依賴于泵浦功率,隨著泵浦功率的增加,測量范圍擴大,靈敏提高,當端面泵浦功率為7 . 24w (最大輸出功率為1 . 926w )時,激光位移傳感器的測量范圍和靈敏分別是13 . 045mm和0 . 148mw / pm 。
  2. Then using ansys analysis software, we are with an emphasis on studying stress and strain of up - press - board and low - press - board of main engine structure and find the rules for the stress and strain of up - press - board and low - press - board in the different boundary conditions. these rules provide theory for designing reasonable thickness of up - press - board and low - press - board. this article also discusses the best locations for installing vertical displacement sensors

    然後利用ansys分析軟體,重點對系統中主機結構的上、下壓板的應力應變進行分析研究,找出在不同的邊界條件下,上、下壓板的應力應變變化規律,為設計出合理的上、下壓板厚提供理論依據並確位移傳感器在上、下壓板的最佳裝位置。
  3. First, in the connotation of the broad sense of " competition policy ", think it can be comprehend as a market the horizontal mechanism arrange lengthways the system complement, and analyze related economics theories to the influence that competes a policy, immediately after through the history and reality of the competition policy, tally up a competition policy implement to can be provided as three kinds of way of thinkings ( the structure method, the behavior method and the results method ) of the choice with two kinds of principles ( oneself illegal principle and reasonable principle ) ; led off definitely the target and basic principle of " economic united nations " ? wto and compete the consistency of the policy in the international competition policy the analysis, introduce the related competition rule in the wto agreement, point out china competes a policy of the establishment should obey with body now the wto basic principle and the competition rule in the related agreement, and try hard for to in the

    首先闡述了廣義「競爭政策」的涵義,認為它可以被理解為是市場橫機制排的補充,並分析了相關經濟學理論對競爭政策的影響,進而透過競爭政策的歷史和現實,總結出競爭政策實施可供選擇的三種思路(結構方法、行為方法及績效方法)和兩種原則(本身違法原則與合理原則) ;其次,在率先明確了「經濟聯合國」 wto的目標和基本原則與競爭政策的一致性前提下,介紹了wto協議中的相關競爭規則,指出中國競爭政策的制應遵守和體現wto基本原則以及相關協議中的競爭規則,并力求對將來在wto框架下可能啟動的競爭政策談判施加影響。
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