1.
Solving method based on genetic algorithm to complex transcendental equations in electromagnetic field
电磁领域中复超越方程的遗传算法求解方法
2.
Rooting Complex Transcendental Equations in Electromagnetic Fields in Terms of the Mixed PSO-PTS Algorithms
求解电磁领域中复超越方程的PSO-PTS混合算法
3.
The remaining boundary condition leads to a transcendental equation.
剩下的一个边值条件导致一个超越方程。
4.
The Four Classes of Equations over a Field with P~K Elements F and a Simple Transcendental Extension Field E of F;
P~K元域F及其单超越扩域E上的四类方程
5.
Solving Higher-degree or Transcendental Equations by Expanding the Inverse Functions in Multinomial Forms;
用反函数多项式展开法求解高次超越方程
6.
The binomial equations over a field F of p~k elements and a simple transcendental extension field E of F;
p~k元域F及F的单超越扩域E上的二项方程
7.
The General Integral of the Original Differential Equation and Making the Formule for Elementary Transcendental Function;
微分方程的通积分与初等超越函数公式的推导
8.
The asymptotic expressions of several common transcendental equations in college physics
大学物理中几个常见超越方程解的渐近表示
9.
The Perturbed Solutions for a Class of Transcendental Equations and the Estimate of Precision for the Solution
一类超越方程的摄动解与解的精度估计
10.
In the twenty-first century, feminism continues to extend beyond the complexities of Western society and even beyond strict gender notions of“ female”.
在21世纪，女性主义继续延展，超越西方社会的复杂性，甚至超越“女性”这一严格的性别观念。
11.
Fixed Point and Transcendental Number of Linear Differential Equatio n Solution when Finite Set Overreaches the Whole Function Factor;
有限级超越整函数系数线性微分方程解的不动点与超级
12.
Commenting on the Viewpoint of Contemporary Humanism Course of the West Surpassing the Traditional Course Theory
论当代西方人本主义课程观对传统课程理论的超越
13.
Transcendence of Philosophy as a Thinking Pattern--On Marx's Thinking Pattern of Practice Process
哲学作为思维方式的超越——论马克思的实践过程思维方式
14.
Reflecting and Transcending Essentialism in Studies of Curricular Essence;
课程本质研究中本质主义思维方式的反思与超越
15.
The Orientation of Multiple Authorities in Curriculum Management -Beyond the Directed Thinking of Centralization and Decentralization;
权力多极化的课程权力定位——超越中央与地方的思维框架
16.
A CRITERION FOR ROOTS IN MODULI NOT EXCEEDING ONE OF ALGEBRAIC EQUATIONS WITH COMPLEX COEFFICIENTS
复系数代数方程的根按模不超过一的判别法
17.
Singular Integral Equations on the Characteristic Manifold of Two Complex Hyper-sphere Topological Product Domains;
复超球拓扑积域特征流形上的奇异积分方程
18.
Riemann-Hilbert Boundary Value Problem in a Class of Overdetermined Hyperbolic Equations of Second Order
一类二阶超定双曲型复方程组的Riemann-Hilbert边值问题