諧波平衡法 的英文怎麼說

中文拼音 [xiébōpínghéngfǎ]
諧波平衡法 英文
harmonic balance method
  • 諧 : Ⅰ形容詞1 （和諧） in harmony; in accord; in tune 2 （詼諧） humorous Ⅱ動詞（商量好; 辦妥） come t...
  • 波 : Ⅰ名詞1 （波浪） wave 2 [物理學] （振動傳播的過程） wave 3 （意外變化） an unexpected turn of even...
  • 平 : Ⅰ形容詞1 （沒有高低凹凸 不頃斜） flat; level; even; smooth 2 （高度相同; 不相上下） on the same l...
  • 衡 : Ⅰ名詞1 （秤桿） the graduated arm of a steelyard2 （稱重量的器具） weighing apparatus3 （姓氏） a...
  • 法 : Ⅰ名詞1 （由國家制定或認可的行為規則的總稱） law 2 （方法; 方式） way; method; mode; means 3 （標...
  1. In the active circuit part, based on the theories of multiplier of srd and fet, we have designed the circuit of x band 6 multiplier and ka band tripler. then they are simulated and optimized using harmonic balance method. furthermore, the results of optimization and experiments are analyzed

    在有源電路部分，我們介紹了階躍管、 fet倍頻器的基本原理，在此基礎上分別設計了兩個倍頻器電路，然後利用諧波平衡法進行了模擬，並對模擬、測試結果作出了比較。
  2. Such an expansion reduces the original problem to a set of linear algebraic equations from which the solution in the interval of one period can be obtained

    無論哪種諧波平衡法，最終得到的是一組復雜的非摘要周期時變凸輪系統的動力行為研究線性代數方程組。
  3. A detailed model of non - linear parametric excitation vibration coupling the stay cable and the girder, in which the static sag as well as the geometric non - linearity are considered, is proposed in this paper. based on several numeric examples investigated by the galerkin method composed with the integration strategy, several kinds of factors effecting stay cable parameter vibration are studied. another parameter vibration model by the axial excitation is presented and the corresponding nonlinear equations are derived

    本文創新地提出了斜拉橋拉索-橋面耦合參數振動模型，推導了索-橋耦合非線性參數振動方程組，聯合galerkin法及數值積分方法，對各種特性的拉索進行了數值求解，得出了影響拉索參數振動的各種因素；提出了斜拉索受軸向端激勵參數振動模型，導出了模型的非線性振動方程，使用諧波平衡法得出了產生參數振動需要的最小激勵幅值、共振時瞬態及穩態的振動幅值及索拉力的變化特性，並用數值積分方法對實際斜拉橋拉索進行了計算，分析了拉索阻尼對參數振動的影響。
  4. The resonance network is connected to the gate, then the output and input matching network is designed to satisfy the oscillation criteria. then harmonic balance method is used to analysize and optimize the output power and phase noise. to minimize the load pulling effect a buffer amplifier is designed to isolate the oscillator and the load

    本文在場效應管fet柵極上加上諧振網路（諧振網路是通過cst模擬得到的，它是串聯反饋迴路，介質工作在te01模，對于其後的fet ，它又相當於一個帶阻濾波器） ，然後設計輸入輸出匹配電路，使電路結構滿足起振條件，之後繼續用諧波平衡法模擬和優化，使振蕩器輸出功率合適，相位噪聲很低。
  5. Under the small amplitude condition, the system becomes weak nonlinear system, it can be solved by harmonic balance method, the result show that the frequency is in respect to the amplitude of vibration and the value of prepressing

    在小振幅條件下，系統是弱非線性，可以利用諧波平衡法對系統進行定量分析，得出了系統頻率與振幅、預緊量的關系。
  6. The analysis of harmonic balance and transpositional matrix is used to get the formula of conversion loss in the later according to equivalent circuit design the whole circuit

    詳細介紹了二極體的混頻原理，以及常見的二極體混頻器電路的實現形式。採用諧波平衡分析方法和變換矩陣分析方法，推導出平衡混頻器變頻損耗公式。
  7. In the paper, by using the incremental harmonic balance method ( ihb ), the viscous damped bilinear hysteretic isolation system with cubic restoring force on flexible foundation is studied and the influnce of flexible foundation on displacement transmissibility is investigated

    摘要本文運用增量諧波平衡（ ihb ）法研究了安裝于柔性基礎上的含有三次非線性粘性阻尼雙線性滯遲隔振系統，考察了基礎柔性對隔振性能的重要影響作用，為這類干摩擦隔振系統在工程上的實際應用提供了理論依據。
  8. And then, we analyze the nonlinear properties of limiting amplifier. due to the typical nonlinear properties of limiting amplifier, we studied the method of academic analysis for microwave nonlinear circuit and the nonlinear circuit model of transistor in detail

    由於微波限幅放大器的工作是典型的非線性特性，我們研究了非線性電路的分析方法和微波晶體管的非線性模型，詳細得介紹了諧波平衡法這種重要的非線性電路分析方法。
  9. A preconditioner for the simulation using harmonic balance

    預條件在諧波平衡模擬演算法中的應用
  10. Harmonic balance method

    諧波平衡法
  11. At first, we set up models using software - hp ads, optimized and simulated the models using harmonic balance method

    我們先在hpads軟體中建立了模型，並利用諧波平衡法對此進行了優化和模擬。
  12. Because of strong nonlinear constitute relation, the response calculation methods are noticed by many scientists. incremental harmonic balanced method ( ihb ) is one of the widely used methods

    干摩擦隔振系統由於具有強非線性本構關系，它的響應計算問題被人們所關注，目前應用較多的是增量諧波平衡法（ ihb ） 。
  13. The nonlinear properties of transistor in large signal condition are simulated by ads ( advanced design system ) using the nonlinear model of transistor and harmonic balance analysis technique

    採用agilent公司的ads模擬軟體與微波晶體管的非線性模型應用諧波平衡法模擬計算了微波晶體管在大信號條件下的非線性特性。
  14. The response calculation of labyrinth gas seals with damping sleeve is done by the time - frequency transition method, which includes of the merits of harmonic balance method, dynamic softness method and tracking motion method

    採用一種將柔度系數法、諧波平衡法與求解摩擦力的數值跟蹤法相結合的時頻轉換方法，對帶阻尼套筒的蓖齒封嚴結構的響應進行計算。
  15. The mathematical model of rub has been built while theoretical research begins, then approximate periodic solutions for nonlinear equations of the model has been worked out by using the harmonic balance method

    本文在對碰摩現象進行理論研究時，首先建立了它的數學模型，接著利用諧波平衡法對該數學模型所對應的非線性方程組進行了求解，得到了相應的近似周期解。
  16. Recently, there are some methods are utilized to study it, such as the modified lindstedt - poincare method, frequency - incremental method, stroboscopic method etc. more and more, scientists pay attention to it, as the study of solving partial differential equation is very important for the development of mechanics

    目前主要的近似求解方法有改進l - p方法、頻率增量法、改進的諧波平衡法、頻閃法等等。由於求解偏微分方程對于力學的發展起了很重要的作用，求解偏微方程特別是非線性偏微分方程引起了很多力學工作者的注意。
  17. The numerical solution proves that this method is valid and credible

    通過數值分析，證實了這種改進的增量諧波平衡法的有效性和可靠性。
  18. The circuits used for these objectives have been developed. the procedure on bulding the whole system has been introduced in detail. at last, the performance of these applications for the soms has been concluded

    文章中採用了諧波平衡法和輔助源的技術對自振混頻器的混頻性能進行模擬優化，然後對實際電路進行測試和結果分析，並對其應用進行了總結。
  19. By combining the linearization of the rewritten governing equation with the method of harmonic balance, improved analytical approximate expressions of the frequency and the corresponding periodic solutions of the oscillator are derived

    通過將變形后的控制方程的線性化與諧波平衡法組合起來，我們建立了達芬諧波振子頻率及周期解的改進解板逼近。
  20. By combining the newton method and the method of harmonic balance into the rewritten governing equation, we have established improved analytical approximations to the frequency and the corresponding periodic solution of the oscillator

    將牛頓線性化方法與諧波平衡法組合起來應用於變形后的控制方程，建立了達芬諧波振子頻率及周期解的改進解析逼近。
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