1.
Study of Stability Analysis and Related Control Problems for General Periodic Descriptor Systems;
一般广义周期系统的稳定性分析及相关控制问题研究
2.
Robust stability of general periodically time-varying uncertain descriptor systems
一般广义不确定周期时变系统的鲁棒稳定性
3.
Periodic Solutions for Ordinary p-Laplacian Systems
关于一般p-Laplacian系统的周期解
4.
Impulse Elimination Controllability of Periodically Time-varying Descriptor Systems;
广义周期时变系统的鲁棒消脉冲控制
5.
Periodic Solution of Linear Autonomous Neutral Differential Equations with Delays;
常系数线性中立型方程的一般周期的周期解
6.
Adaptively Generalized Generic Model Control Scheme for a Class of Nonlinear Systems
一类非线性系统的自适应广义一般模型控制策略
7.
A energy iteration method for periodic solutions to second order strongly nonlinear non-autonomous systems is suggested.
给出了确定一般二阶强非线性非自治系统周期解的能量迭代方法。
8.
Four Periodic Solutions of a generalized delayed discrete predator-prey system
具一般时滞离散捕食-被捕食系统的四个正周期解
9.
Research on Stability Analysis and Related Control Problems for Periodically Time-Varying Descriptor Systems;
广义周期系统的稳定性分析及相关控制问题研究
10.
Rankine Cycle is spread to universal thermodynamic system by using matrix theory. A new universal model is provided to describe thermodynamic system.
利用矩阵理论 ,将朗肯循环推广到一般的热力系统 ,提出了热力系统广义数学模型。
11.
Almost Periodic Solutions to a Class of Generalized Liénard Equations
一类广义Liénard方程的概周期解
12.
Existence of Periodic Solutions of a Kind of Generalized Duffing-Type Equations
一类广义Duffing型方程周期解的存在性
13.
A note on periodic solution for a kind of generalized Liénard equation
关于一类广义Liénard型方程的周期解注记
14.
The Existence for Periodic Solutions of the Generalized Second-order Systems with Subconvex Potential;
次凸条件下一类推广的二阶边值系统周期解的存在性
15.
Geometric Integration Methods for Generalized Hamiltonian Systems and Furthermore for General Nonlinear Dynamic Systems;
非线性动力学系统一般形式及其广义哈密顿体系下的几何积分方法
16.
Existence and Uniquence of Periodic Solution of Diffusion Lotka-Volterra System;
一类广义具扩散Lokta-Volterra模型周期解的存在唯一性
17.
The existence and uniqueness of the almost periodic solution for a generalized forced pendulum equation
一类广义受迫摆方程概周期解的存在唯一性
18.
The systems generally display reduced manufacturing lead time, low in-process inventory, and high machine tool utilization, with reduced indirect and direct labor.
一般来说,FMS系统具有生产周期短、在制品库存低、机床利用率高、间接和直接劳动少等特点。