1) higher-order fractional constitutive equation
高阶的分数阶本构方程
2) Higher order functional differential equations
高阶泛函数微分方程
3) systems of higher-order algebraic differential equations
高阶代数微分方程组
1.
In this paper, we mainly investigate some applications of Nevanlinna theory of the value distribution of meromorphic function, including some problems of zeros and the value distribution of a type of meromorphic function, and the existence of admissible meromorphic solutions of types of systems of higher-order algebraic differential equations in the complex domain.
本文研究了亚纯函数Nevanlinna值分布理论的一些应用,包含一类亚纯函数的零点和值分布,以及复域内一类高阶代数微分方程组亚纯解的存在性等若干问题。
4) k-imem gradue associe a D
D的k阶本方程
5) fractional differential equation
分数阶微分方程
1.
Eigenvalue problems for a kind of fractional differential equations;
一类分数阶微分方程的本征值问题
2.
The mathematics model of the systems described by fractional differential equations is proposed.
首先给出了由分数阶微分方程描述的系统的数学模型,根据对整数阶系统能控性和能观性的研究,给出了此类分数阶系统的能控性和能观性的定义,并利用两参数的Mittage-Leffler函数和Cayley-Hamilton定理分析此类分数阶系统的能控性和能观性,推导由分数阶微分方程描述的系统能控性和能观性判据。
3.
And then, we introduce the origin of the linear fractional differential equations of multistep method, discuss their advantages and research the development of the definition of fractional derivative in detail.
本文主要研究分数阶微分方程的数值处理及稳定性的分析,分为两个部分:第一,研究了用显隐式分数阶后退的差分格式,考虑实验方程数值解的性质及稳定性分析;第二,讨论了分数阶线性多步法相容格式的零稳定性和收敛性,分析其可能的最大稳定域的估计。
6) fractional differential equations
分数阶微分方程
1.
Theoretical Analysis and Numerical Computation for Fractional Differential Equations;
分数阶微分方程的理论分析与数值计算
补充资料:宝阶
【宝阶】
(杂名)以七宝所作之阶段。佛从仞利天下之阶段也。西域记四曰:“劫比他国城西二十余里有大伽蓝,伽蓝大垣内有三宝阶,南北列东面下,是如来自三十三天降还也。”
(杂名)以七宝所作之阶段。佛从仞利天下之阶段也。西域记四曰:“劫比他国城西二十余里有大伽蓝,伽蓝大垣内有三宝阶,南北列东面下,是如来自三十三天降还也。”
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