閘函數 的英文怎麼說

中文拼音 [zháhánshǔ]
閘函數 英文
barrier function
  • : anchor gate
  • : 名詞1. [書面語] (匣; 封套) case; envelope 2. (信件) letter 3. (姓氏) a surname
  • : 數副詞(屢次) frequently; repeatedly
  • 函數 : [數學] function函數計算機 function computer; 函數計算器 function calculator; 函數運算 functional operation
  1. According to eigenvalue equation ( general formula ) of the energy method of the plane steel frame structure stability, and considering the restriction of the end of the column of the main steel frame and function of deflection curve gained from the differential balance equation general resolution, we get the equation for calculating the length coefficient of the main frame structure stability of the steel arch gate and the resolutions are also given

    根據平面剛架穩定性能量法特徵值方程(通式) ,考慮弧形鋼門主框架柱的柱端約束的特殊情況,求出撓曲線(試解)通解,得到弧形鋼門主框架柱穩定性計算長度系方程。其中弧門主框架主橫梁式形框架的臨界荷載比較現行規范推薦的有限元法簡單方便、結果精確及物理概念明確等優點。
  2. Bpnn is suitable for the soft measurement modeling for its advange of fitting functions

    Bp網具有較好的逼近及映射能力,適合涵流量軟測量建模。
  3. Digital design : binary system, boolean algebra, logic gates, simplification of boolean functions, combinational logic. analog design : amplifiers, frequency response, feedback, operational amplifier

    位設計:二進位制、布氏代、邏輯、布氏的化簡、組合邏輯電路。類比設計:放大器、頻率響應、反饋系統、運算放大器。
  4. To improve the transmitting characteristic and decrease the output work has a direct effect on the enhancement of the operating property and life - span of the operating mechanism of vacuum circuit breakes. based on the characteristics of polynomial rule of the cam movement, considering the pressure angle of cam device, an optimization model is established, with the coefficients of polynomial rule of cam movement as the optimizing variable, and the minimum output work of the mechanism as the object function. with the optimization tool box of matlab, the optimization process is conveniently completed and the perfect result of optimization design is obtained

    改善真空斷路器操動機構的傳動運動特性,減小真空斷路器的操作輸出功,對提高真空斷路器的操作使用性能及壽命都具有直接的影響.利用凸輪機構的多項式運動規律的特點,以凸輪多項式運動規律的多項式系為優化變量,以斷路器操動機構最小的輸出功為目標,考慮操動機構合分時凸輪機構傳動壓力角的情況,建立了彈簧操動機構中凸輪機構的優化學模型,並利用matlab語言的優化工具箱方便地實現了優化過程,得到了較理想的優化設計結果
  5. In chapter 3, we constitute the barriers related to la and get the entire positive solution of the yamabe type equation on la when a = 1. chapter 4 is devoted to the uniqueness proof of p - subelliptic operator

    在第三章,構造了相應于l _ a的閘函數,並得到了a = 1時,與l _ a相應的yamabe型方程的整體正解。
  6. This paper uses compare principle to show that there exists at most one of classical solution for ( 1 ), while the existance of solution is obtained through continuous method. to get the required a priori estimates except the double normal derivatives, we adopt the method in [ 3 ], and the double normal derivatives on dq are achieved by barrier constructions and applying skill of [ 2 ]

    本文用比較原理證明了問題( 1 )至多存在一個古典解,應用連續性方法,得到了問題( 1 )古典解的存在。在得到所需的先驗估計時,利用了[ 3 ]中的方法建立了除去邊界二階法向導外的先驗估計,通過構造閘函數,用[ 2 ]中的技巧得到在邊界(
  7. 4. choosing the reasonable deflection curve function. according to the energy method and the constrained condition of column end of the steel arch gate, the article presents a practical calculating formula for the stability of the main frame structure of the steel arch gate

    選擇合理的撓曲線(試解) ,根據能量法及弧門柱端約束條件,提出弧形鋼門主框架(平面鋼框架)穩定性計算的實用解析計算公式,並根據影響弧門主框架穩定性的因素對該公式進行修正。
  8. The equation among peak factor, quality factor, switch initial angel is concluded. on the basis of the equation, peak factor curve has been programmed. the rms value, peak value and switch initial angel can be shown in the screen of computer

    本文推導峰值系與品質因和合初相角的關系式,依此編制峰值系曲線程序,利用對品質因和合初相角的控制可使每個繞組都受到規定峰值的作用。
  9. In order to solve those problems, this article adopts the energy method to analyze the stability of the major frame of steel arch gate to make up the weakness in the current standards and found the calculating models of the stability of the whole major frame of the steel arch gate. it also presents the general formula for calculating the eigenvalue and the precise equation of the calculating the length coefficient of the steel arch gate frame by using the energy method and choosing the proper experiment function

    本文主要採用能量法對弧形鋼門主框架線彈性穩定性進行分析與研究,建立單柱概化弧形鋼門主框架整體穩定的計算模型,並通過選擇合適試解,應用能量法給出特徵值方程及弧門框架穩定性計算長度系精確解的公式,提出一個基於該模型方便工程設計的實用計算公式。
  10. Gages - funktional, ball - lock punches metric

    量規.球形門沖頭
  11. Gages - funktional, ball - lock punches

    量規.球形門沖頭
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