超越方程

  • 网络transcendental equation
超越方程超越方程
  1. 超越方程求根的MonteCarlo方法

    Monte Carlo method for finding roots of a transcendental equation

  2. 本文报告了H面铁氧体非互易移相器的H面介质加载的研究结果;推导了该器件的差相移近似表达式及差相移频率特性斜率为零时的超越方程。

    The theoretical and experimental results of a nonreciprocal H plane dielectric-loaded H plane ferrite phase shifter are presented , including the approximate formula of differential phase shift and the transcendental equation of differential phase shift frequency response with zero slope .

  3. 关于方程ф(x)=ф(y)求解悬链曲线超越方程组的计算程序设计

    The calculation program design of the overstep equation set for obtaining the suspended chain curve

  4. 消谐逆变器的数学模型为非线性超越方程组,选择性谐波消除PWM控制技术(SHE技术)关键在于在线求解、实时控制。

    The mathematic model of harmonic elimination inverter is a non-linear transcendental equations .

  5. 用拟牛顿(quasi-Newton)迭代法解二次Logistic判别系数的超越方程组

    Solution of transcendental equations of quadratic logistic discriminant coefficients by quasi-Newton iterative computation

  6. 提出了一种基于Matlab软件求解赫兹接触问题时超越方程的新方法,具有编程非常简单、使用方便、计算精度高和应用前景广泛等优点;

    A kind of new method for solving Hertzian contact problems with transcendental equation based on Matlab software was proposed . It has the advantages of very simple programming , convenient utilization , high computational accuracy and broad prospect of application .

  7. 用多功能求解器求解超越方程,并给出总框架的一系列Qf-ξ-λ关系曲线和λ-ξmax关系图。

    A transcendental equation is solved by applying multi functional solver ; and a series of Q f ξ λ relation curves and λ ξ max relation diagram are given , where Q f denotes horizontal shear of general frame .

  8. 求解电磁领域中复超越方程的PSO-PTS混合算法

    Rooting Complex Transcendental Equations in Electromagnetic Fields in Terms of the Mixed PSO-PTS Algorithms

  9. 在给出关于开关角度计算的超越方程的基础上,将这一求解问题转化为带约束的单目标优化问题,并利用序列二次规划法(SQP)对这一问题进行了求解。

    On the basis of transcendental equation solved for switching angles , the formulation is converted to one single objective optimization problem with certain constraints . The problem is solved using sequential quadratic programming .

  10. 对于n级传动,通过求解n-1元超越方程(组)即可求出各级速比,进而按接触和弯曲强度确定各级中心距和齿轮其它设计参数。

    As for the n staged transmission through solving the transcendental equation with n-1 member the speed ratio of each stage can be found out and then proceed to define centre distance of each stage and other designing parameters of the gear according to the cotact and bending strength .

  11. 针对J2项摄动的LEO卫星与地面站通信链路,提出一种由偏近点角的超越方程计算时间窗口的新方法,采用以大圆近似星下点轨迹的方法求解此方程。

    A transcendental equation about the eccentric anomaly is proposed to compute the time windows between the J2 perturbed LEO satellite and the ground station , and this equation is solved by using the great circle to locally approximate the ground trace .

  12. 采用Flügge壳体运动方程和Helmholtz声学方程建立静水压力作用下耦合系统的频散方程,利用三点迭代法对该超越方程进行求解,得到传播波的频散曲线。

    Fl ü gge shell equation of motion and the Helmholtz equation were used to build hydrostatic pressure dispersion equation of coupling system , use the three-pointed iteration to solve Transcendental equations , get the spread of the wave dispersion curves .

  13. 但是在求输入Ebers-Moll模型的信号却是求很多个超越方程解。在这些方程中,有相当的一部分不能用牛顿迭代法解。

    However , the solving the signal of the inputting Ebers-Moll model part contains a lot of a transcendental equations . Newton iteration method can not be used in many of these equations .

  14. 大学物理中几个常见超越方程解的渐近表示

    The asymptotic expressions of several common transcendental equations in college physics

  15. 一类超越方程根的稳定性分析

    Stability analysis of the roots of a class transcendental equation

  16. 剩下的一个边值条件导致一个超越方程。

    The remaining boundary condition leads to a transcendental equation .

  17. 横观各向同性板精化理论中的超越方程

    The Transcendental Equation in the Refined Theory of Transversely Isotropic Elasticity Plate

  18. 解超越方程的二分-弦截法

    Two Section - chord Intercept Method for Solving Transcendental Equation

  19. 电磁领域中复超越方程的遗传算法求解方法

    Solving method based on genetic algorithm to complex transcendental equations in electromagnetic field

  20. 测量复介电常数时通常会得到一个复超越方程。

    The complex transcendental equation will be usually encountered in measuring material permittivity .

  21. 解超越方程的斜弦法

    The oblique string method of solving a transcendental equation

  22. 这里介绍了求解这些非线性超越方程所采用的数值方法。

    Methods for solving these transcendental equations are presented .

  23. 一个解代数方程和超越方程的迭代公式

    An iterative formula for solving algebraic and transcendental equations

  24. 一类三参数超越方程稳定区域的确定

    The Position of Stable Region for a Sort of Transcendental Equations with Three Parameters

  25. 超越方程的诺模图求解对分区间套法超越方程求根程序的新应用

    Nomography solution of the transcend equation the new programmes solving roots of non-linear equation

  26. 给出了一维多量子阱能级满足的超越方程,利用此方程可以求出任意一维势的束缚态能级。

    The transcendental equation of the energy for one-dimension many quantum wells is introduced .

  27. 一类超越方程的根在复平面上的分布

    Distribution of the Roots of a Class of Transcendental Equations in the Complex Plane

  28. 并应用能量原理导出了弯曲井眼内确定钟摆组合钻具扶正器的最佳安装位置的超越方程。

    Equation is derived for the determination of the optimal location to place the stabilizer .

  29. 应用解超越方程法、矩阵微扰法、伽辽金法和有限差分法计算光纤色散特性。

    Four numerical methods are employed to compute the chromatic dispersion characteristics of optical fibers .

  30. 梯形明渠临界水深的求解过程是求解一个单变量超越方程的过程,理论上无解析解。

    The solution process of critical depth on trapezoidal channel is to solute a single variable .