控制棒價值 的英文怎麼說

中文拼音 [kòngzhìbàngjiàzhí]
控制棒價值 英文
control rod worth
  • 控 : 動詞1 （告發;控告） accuse; charge 2 （控制） control; dominate 3 （使容器口兒朝下 讓裏面的液體慢...
  • 制 : Ⅰ動詞1 （製造） make; manufacture 2 （擬訂; 規定） draw up; establish 3 （用強力約束; 限定; 管束...
  • 棒 : Ⅰ名詞（棍子） stick; staff; club; cudgel Ⅱ形容詞[口語] （強; 高; 好） strong; excellent; good
  • 價 : 名詞1. （價格） price 2. （價值） value 3. [化學] （化合價） valence
  • 控制 : control; dominate; regulate; govern; manage; check; cybernate; manipulate; encraty; rule; rein; c...
  1. Analyze and compare pid and vague, single neuron etc. control strategy, and combine with single neuron self adaptive gain, self adaptive right value and preventive integral saturation etc. control strategy. have improved single neuron control algorithm, may restrain efficiently to disturb, reduce broken arc and short circuit etc. phenomenon, make systematic control effect and robustness get to strengthen, also have certain application reference value for the design of the dc arc furnace

    通過對pid 、模糊、單神經元等控制策略的分析比較，將單神經元增益與權值的自適應調節、抗積分飽和等控制策略相結合，改進了單神經元控制器演算法，可以有效抑制擾動，減少斷弧、短路等現象的發生，使系統的控制效果和魯棒性都得到增強，對電弧爐控制系統的設計也具有一定的應用參考價值。
  2. Control rods worth calibration experiment for hfetr

    控制棒價值刻度實驗
  3. Measurement of ari rod worth by rod drop - off

    落棒法測量所有控制棒全插時的棒價值
  4. Computing worth of thin slab control rod in thermal research reactor

    熱中子研究堆薄板型控制棒價值計算
  5. Then an impedance control strategy with robust performance is presented aiming at uncertainties of robot, fnn is used to learning the uncertainties in order to eliminate disturbance, which have good robust and high value in practice. finally, an adaptive method is presented

    為此，本文又在機器人阻抗控制的基礎上，針對機器人和環境的不確定性，提出一種具有魯棒性的阻抗控制結構，使用模糊神經網路作為補償控制器消除力控制中的所有不確定性，具有較強的魯棒性和較好的實用價值。
  6. Author brings forward control strategy of artificial intelligent with predictive model and proposes to improve on the control system of wastewater treatment at last, it simulates the design model with simulink in matlab and gives the simulation results and analyses

    文章最後，利用matlab中的simulink工具，對溶解氧仿人智能控制系統進行了模擬實驗，模擬結果驗證了該控制策略的魯棒性和有效性，具有推廣應用的價值。
  7. The varieties of interior parameter and exterior load disturbance and the presence of saturation nonlinear have great influence on the dynamic process and tracking effect of the system, so there are practical meanings and theory values to apply robust control methods to speed system. the development and status quo of robust control theory is summarized

    由於系統內部參數的變化、飽和非線性的存在及外界負載擾動的變化對軋機速度系統的動態過程及跟蹤效果有較大的影響，因此，本文應用魯棒控制方法對速度系統進行控制研究，具有較大的實際意義和理論價值。
  8. This thesis has discussed several primary algorithm of speed estimation and emphasized on the algorithm of speed estimate based on mras. it worth researching duo to it has excellent robustness and little be effected by the parameter of motor

    無速度傳感器是當今電機控制領域的研究熱點，本文討論了幾種基本的電機轉速估算方法，特別是基於mras的速度辨識方法，由於其具有較好的魯棒性，受電機參數變化影響小，很有研究價值。
  9. The performance and effectiveness of the semi - active logic control algorithm could only depend on the control algorithm itself without structural system model and is not affected by external disturbance, in which the analysis is simplified and the control performance is enhanced. the semi - active logic control algorithm has the high adaptability for different kinds of ground excitations. the effectiveness and efficiency of the proposed semi - active logic control algorithm was higher than those of the clipped - optimal algorithm, which is one of the most popular control algorithms used at present for mr dampers

    半主動邏輯控制方法不依賴結構體系模型和外界擾動影響，只依賴于邏輯控制演算法自身，簡化了分析過程，增強了控制效果，且對不同激勵的適應性強，比目前廣泛應用的部分最優控制演算法的控制效果和魯棒性好，是一種新的具有工程應用價值的結構智能半主動控制方法。
  10. The article aimed at the uncertainty in actual industrial control, combined robust control with adaptive control, proposed an improved robust gmc based on invariable constant linear model and applied it in the actual paper industry, with matlab simu - lation, obtained a better effect, has certain actual application value

    文章針對實際工業控制中的不確定性，將魯棒控制與自適應控制相結合，提出一種改進的基於定常線性模型的魯棒gmc控制，並將它應用到實際造紙工業中，經matlab模擬模擬，取得了較好的效果，具有一定的實際應用價值。
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