bifurcating

英 [ˈbaɪfəkeɪtɪŋ] 美 [ˈbaɪfərkeɪtɪŋ]

v.  分叉; 分支
bifurcate的现在分词

柯林斯词典

  1. V-ERG （使）分叉；（使）分成两支
    If something such as a line or path bifurcates or is bifurcated, it divides into two parts which go in different directions.
    1. The blood supply bifurcates between eight and thirty times before reaching each particular location in the body.
      血液要分流8到30次才能到达身体的各个部位。
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双语例句

  1. By bifurcating the market into some derivatives that are standardised and disclosed, and some that are not, there is a hole that can only get bigger, he says.
    把市场划分为某些标准化的、已被披露的衍生品，和某些未标准化、也没有披露的衍生品，洞只会变得更大，他说。
  2. The lower part of PV curve contains abundant information about UEP bifurcating as power changes.
    常用电力系统P-V曲线的下半部分包含有不稳定平衡点随功率P变化的丰富信息。
  3. Taking into account the rotating effect of the drillstring, this paper presents a bifurcating differential equation for the rotating slender drillstring being in tension in vertical well section.
    考虑到垂直井中钻柱受拉段在旋转时的转动效应，建立了顶部悬挂、受分布浮重作用的旋转细长钻柱的分岔微分方程。
  4. A fluid may flow through a maze of tiny channels, bifurcating and recombining randomly.
    流体可以经过很小的、完全随机地分开又重新结合的，错综复杂的渠道而流动。
  5. The phrase'to various future times, but not to all'suggested the image of bifurcating in time, not in space.
    若干后世（并非所有后世）这句话向我揭示的形象是时间而非空间的分岔。
  6. Stability Analysis of Synchronous Bifurcating Periodic Solutions in a Weakly Coupled System with Time Delays
    具有指数型弱耦合时滞系统的同步分支周期解
  7. We give a kind of stability criterion involving the delays and the parameters. Second, taking one delay as a bifurcating parameter and another as a fixed parameter, we prove that the system exhibits the Hopf bifurcation.
    其次，将一个时滞看成分歧参数，而另一个看作固定参数，我们证明了该系统具有HOPF分歧特性。
  8. Using the theory of Floquet exponent, the stability of synchronous bifurcating periodic solutions is studied for a weakly coupled system with time delay.
    利用Floquet指数理论讨论了一类弱耦合时滞系统同步分支周期解的稳定性。
  9. The dynamic buckling condition is expressed as the bifurcating condition and the buckling force and the buckling modes are obtained.
    通过方程求解，将梁的动力屈曲划归为分叉问题并给出了分叉条件，并由分叉条件得到了屈曲临界力和模态。
  10. In this paper, we discuss the stability of a steady state and the existence of the Hopf bifurcation in a competition diffusion model with delay, furthermore, we give the stability of the bifurcating periodic solutions.
    本文研究一类含扩散的竞争时滞模型的定常解的稳定性以及Hopf分歧解的存在性，进而给出分歧周期解的稳定性和分歧方向。
  11. Dr. Li Chun-guang has further studied the local stability and the Hopf bifurcation of this model, and has determined the stability of the bifurcating periodic solutions and directions of Hopf bifurcation by applying the center manifold theorem and the normal form theory.
    李春光博士进一步研究了该模型的局部稳定性和Hopf分岔，并用中心流形定理和正规型理论确定了分岔周期解的稳定性和分岔方向。
  12. Stability criteria for the bifurcating periodic solutions are derived in the neural network with weak kernel.
    在带弱核的神经网络模型中，得到了分岔周期解稳定性准则。
  13. A more general kind of nonlinear evolution equations with integral operators is discussed in order to study the spatially periodic static bifurcating solutions and their stability.
    本文研究比较一般的有积分算子的非线性发展方程的空间周期分叉解及稳定性问题。
  14. The present paper covers the Hopf points bifurcating from double fold points, and gives some computable nondegeneracy conditions and stability conditions of these Hopf points.
    本文研究从双重折叠点分支出的Hopf点，给出了可计算的非退化性条件及稳定性条件。
  15. Nondegeneracy and Stability of Hopf Points Bifurcating from Double Fold Points
    从双重折叠点分支出的Hopf点的非退化性和稳定性
  16. This paper is focus on delay-induced non-resonant double Hopf bifurcations, computation of the bifurcating solutions, and chaos in a van der Pol-Duffing system with linearly delayed feedback.
    本文研究线性时滞反馈导致vanderpol-Duffing系统非共振双Hopf分岔分类、分岔解计算以及混沌运动。
  17. The algebraic equations for computing the Hopf bifurcation are obtained. In Chapter three, the direction and stability of the bifurcating periodic solutions are determined by the Nyquist criterion and the graphical Hopf bifurcation theorem.
    在第三章，利用奈奎斯特准则和Hopf分岔图示定理分析上述两个模型的Hopf分岔方向与分岔周期解的稳定性。
  18. The stability of bifurcating periodic solutions and the direction of Hopf bifurcation are determined by applying the normal form theory and the center manifold theorem.
    利用规范形式理论和中心流形定理，解析确定了该时延系统的周期解的稳定性与Hopf分岔方向。
  19. In the second, we make using of the method of HKW [ 14] which based on the center manifold theorem and normal form theory, and list two calculation formulas which reflect the stability with Hopf bifurcating periodic solution, and bifurcating direction.
    其次，利用基于中心流形定理和规范形理论的HKW方法给出了确定Hopf分支周期解的稳定性，分支方向的计算公式，为数值模拟计算提供了依据。
  20. Then, we derive the explicit formulae for determining the direction of the Hopf bifurcation and the stability of these periodic solutions bifurcating from the steady states, by using the normal form method and center manifold theorem.
    进而应用规范型方法和中心流形理论，我们推导出确定分支周期解的稳定性和分支方向的计算公式。
  21. Furthermore, an explicit algorithm for determining the direction of the Hopf bifurcation and the stability of the bifurcating periodic solutions are derived by using the normal form and the center manifold theory.
    进而利用规范型方法和中心流形理论得到了关于确定Hopf分支的方向和分支周期解的稳定性的计算公式。
  22. Solving the equation numerically can obtain the bifurcating value curves.
    通过对方程的数值求解，得到了相应的分岔值曲线。
  23. A Linearization Method for Bifurcating Point under Geometrically Nonlinear Conditions
    确定非线性路径分支点的一种线性化方法
  24. Secondly, the synchronous bifurcating periodic solutions for a weakly coupled model with time delay is studied.
    其次讨论了一类弱耦合时滞模型的同步分支周期解问题。
  25. Activities The bifurcating routes for spiking of the neurons are displayed.
    神经元活动的分岔路径得以表明。
  26. The theory and algorithm of symmetry-breaking bifurcation are applied to finding multiple solutions for boundary value problems of nonlinear elliptic PDE's, different symmetry properties of nontrivial solutions have been studied, and numerical multiple solutions which have vary symmetry properties bifurcating from bifurcation points are visualized.
    用对称破缺分歧理论的方法计算了非线性椭圆型方程边值问题的多个解，讨论了非平凡解的各种对称性质，画出了从各个分歧点出发的具有各种对称性质的解。
  27. With the velocity feedback control gains as the bifurcation parameter, the normal form theory and center manifold argument are applied to derive the explicit formulae, which determine the direction of Hopf bifurcation and the stability of periodic solutions bifurcating from trivial equilibrium. 2.
    并以速度反馈增益为分岔参量，利用中心流形法和规范型法分析了在Hopf分岔点处系统的分岔方向及周期解的稳定性。
  28. Secondly, using center manifold theory and normal form method, we can give the formulas of the local Hopf bifurcation to discuss the direction of the bifurcation, the stability of bifurcating periodic solutions and the period of the solutions.
    其次，运用中心流形及规范型的理论讨论了在正平衡点处局部Hopf分支的计算公式，并且以此讨论了局部Hopf分支的分支方向、分支周期解的稳定性及其周期解的周期等。
  29. By calculating some relevant essential parameters, the direction of the periodic solutions bifurcating from the zero equilibrium and their stability on the center manifold can be determined.
    通过计算相关的重要参数，可以确定在零平衡点附近分支出的周期解的方向以及其在中心流形上的稳定性。
  30. With the continuous variation of the circuit parameter, the catastrophe of the number and the stability of the map solutions will also take place, thus leading to bifurcating continuously, and the system eventually approaches to chaos.
    随着电路参数的不断变化，方程的解的数目和稳定性也在不断地突变，导致系统不断地发生分岔现象，最终趋向混沌运动状态。
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