倍增器系統 的英文怎麼說

中文拼音 [bèizēngqìxìtǒng]
倍增器系統 英文
dynode system
  • 倍 : Ⅰ名詞（跟原數相同的量） times Ⅱ形容詞（加倍） double; twice as much
  • 器 : 名詞1. （器具） implement; utensil; ware 2. （器官） organ 3. （度量; 才能） capacity; talent 4. （姓氏） a surname
  • 系 : 系動詞（打結; 扣） tie; fasten; do up; button up
  • 統 : Ⅰ名詞1 （事物間連續的關系） interconnected system 2 （衣服等的筒狀部分） any tube shaped part of ...
  • 系統 : 1. （按一定關系組成的同類事物） system 2. （有條理的;有系統的） systematic
  1. The ginger ( zingiber officinale ) plantlets cultured in triangle vessels under photoautotrophic micropropagation were vigorous and 1. 4, 1. 5, 1. 7 times in leaf number, dry weight, and stem elongation compared to those culutred under conventional micropropagation, respectively. 5. some improved suggestions were shown based on the disadvantages of the environmental control system in the closed tissue culture system

    利用該環境控制系統，在三角瓶容器中採用光獨立組織培養的生薑組培苗長勢粗壯、品質高，其新增葉片數、干鮮重和株高的增加分別為常規組織培養的1 . 4 ， 1 . 5和1 . 7倍。
  2. Due to the continuous progress of techlnology and fast increment of information capacit } r, especially the development of network technology and multi - media technolog } r. data process has transformed from the traditional rnode to a nex ' ! - stvle mode. for instance svstematic structure transformed from terminal host computer rnode to client / server struct - ure mode, network circumstance transformed from lan to internet

    隨著技術的不斷進步和信息量成倍地增加，特別是網路技術和多媒體技術的發展，使信息處理從傳統模式向新型模式轉變，如體系結構從終端主機方式到客戶服務器結構方式、網路環境從局域網到internet等開放網、信息結構從結構化到非結構化等，這些變化必將促使信息檢索技術的研究和不斷發展，以滿足人們對提高信息獲取能力的需要。
  3. 2 the design and manufacture of focs instrument system the foundation of commercial fiber optical chemical technique is to manufacture a fiber optical chemical instrument system. an instrument is assembled with xenon light as the source, bifurcate quartz fiber as the carrier for light, high precision photomultiplier tube for the conversion of light signal to electron signal and the 16 - digit multi - channels analog - to - digital card for collection of data

    生產人作者選擇氖燈為光源、設計聚焦系統，以石英分支光纖作為傳輸光信號介質，高精度光電倍增管檢測， 16位多道數據採集卡為a d轉換，採用visualbasic編寫windows平臺操作軟體，菜單提示，窗口人機對話，研製成功單通道光纖化學過程傳感儀器系統。
  4. Thermal dissipation of electronic equipments is rising more and more quickly, but their volume is smaller and smaller. the heat flux of component is increasing geminately. the fluid cooling system plays an important role in industry production, aeronautics and astronautics, military equipment of national defence

    隨著電子設備的發熱量越來越大，而器件本身的體積越來越小，器件的熱流密度成倍增加，液體冷卻系統在工業生產、航空航天、國防軍事裝備等領域的電子設備散熱設計中發揮著重要作用。
  5. Information system is the key of victory under such condition. battlefield information control system is the main technological support of integrated electronic information system. furthermore, it is also a part of weaponry and the intensifier of battle effectiveness

    在這種戰爭中，信息化是制勝的關鍵，而戰場信息處理系統是綜合電子信息系統的關鍵技術支撐，它不僅是武器，也是戰鬥力的倍增器。
  6. We adopt double alkali cathodal tube 9789qb, which was made by emi corporation in england, as our photomultiplier, whose spectrum ranges between 300nm to 650nm, with less noise counters and single - photon apices, which make it suitable as a single - photon - counter. the disparted - voltage device is designed in a reasonable way and the cooling system of iquefied nitrogen which makes it small in size, simple in structure, easy in processing, cheap in cost and good in performance

    該管型的光譜范圍在300 650nm ，具有暗計數少，有單光子峰的特點，適于做單光子計數器；本文的光電倍增管分壓器設計合理而冷卻系統採用液氮，該系統體積小、結構簡單、加工便利、成本低廉且性能良好。
  7. Abstract : by taking the thinking method of lanchester combat theory, the thesis analyses the combat effect of accurate - attacking weapons under the support of satellite system and also gives us a better explanation of satellite system ' s force - multiplying function

    文摘:本文採用蘭徹斯特戰斗理論的思想方法，對在衛星系統支援下精確制導武器的戰斗效能的評價，建立數學模型，進行了定量分析，較好地說明了衛星系統力量倍增器的作用。
  8. In the experiments, the phenomenon of the fringe frequency doubled we observed, ha hind that the resolution of the optical feedback system we doubled and the sensitivity of din optical feedback system we also improved after the modes competition between both the polarized light beams

    結果表明，光回饋系統解析度提高了1倍，同時利用雙頻激光器兩垂直偏振光間的模競爭，使得倍頻條紋的調制幅度明顯增大，從而使得光回饋系統的靈敏度大大提高。
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