預定調節參數 的英文怎麼說

中文拼音 [dìngdiàojiéshēnshǔ]
預定調節參數 英文
preselect controls
  • : Ⅰ副詞(預先; 事先) in advance; beforehand Ⅱ動詞(參與) take part in
  • : 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...
  • 調 : Ⅰ動詞1 (配合得均勻合適) harmonize; suit well; fit in perfectly 2 (使配合得均勻合適) mix; adju...
  • : 節構詞成分。
  • : 參構詞成分。
  • : 數副詞(屢次) frequently; repeatedly
  • 預定 : 1. (預先規定或約定) fix in advance; predetermine; schedule 2. [計算機] reserve
  • 調節 : regulate; adjust; monitor; measure; take care of; condition; regulation; adjustment; conditioning...
  1. In this process, the thesis discusses detailedly the method which can improve the resolving power in measuring component and can deal with the probe circuit, and puts forward the design method of applied circuit. then the thesis discusses the methods of line and circle interpretation

    接著又討論了計算機控系統的控制策略,主要包括:知道軌跡的直線與圓弧插補的方法、連續掃描系統的控制策略、 pid調器的設計及pid的整方法等。
  2. The system can simulate the transfer process of photo - thermal and thermal - electric at a given parameter setting of structure, environment and circuit. on the basis of circuit structure, the calibration, parameter adjusting and signal readout can be simulated, the vary process of readout circuit, readout voltage, optical gain, optical gain rate, and uniformity can be given. in addition, all kinds of character parameters of device can be forecasted

    本論文根據umbirfpa的原理,建立它的軟體模擬系統,它可以根據給的結構、環境、電路設置等首先模擬光熱、熱電轉換過程,並可根據電路結構,模擬校準、調並讀出信號,給出讀出電流和電壓、光學增益、光學增益比、非均勻性等各特徵量的量變化過程,測製成后器件的各種性能
  3. Intelligent flow integrated controller adopts advanced microprocessor for smart control, apply to flow detection and integrated control for a variety of liquid, general gas, steam, natural gas and so on. it adopts check table method to carry out density compensate, can automaticaly carry out high - accurate integrated control for superheat steam, saturated steam

    可根據生產過程的要求,按照一的曲線進行控制,最多可分32段曲線對控制對象進行編程式控制制,每一段均採用pid調控制先設,使控制更為精確可靠。可分別帶有一路pid控制輸出及一路變送輸出。
  4. The processing techniques to manufacture gap net polymer and gap fuel - rich propellant were determined by means of careful selections of curing parameter, proper curative and crosslinking agent, addition of stabilizer and etc. the mechanic property of gap propellant was modified by addition of chain extender. as a result, the gap fuel - rich propellant was developed. by means of dsc and pdta methods, the thermal decomposition characteristics of gap model fuel - rich propellant and its ingredients at both 0. 1 and 0. 5 mpa were investigated

    通過調固化,選擇合適的固化劑和交聯劑體系,添加安劑以及改進工藝步驟等方法,解決了gap聚物及gap貧氧推進劑制備工藝中的關鍵技術;採用添加擴鏈劑的方法改善了gap貧氧推進劑的力學性能;最後研製出一個可實用的gap貧氧推進劑配方。
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