1) Phase plane division
相平面分区
1.
Its domain of inputs and output linguistic variables has direct relations with the phase plane divisions of the new characteristic model algorithm of HSIC,and the control rule table is determined directly by the logical control rules of the new algorithm.
模糊控制器输入输出各语言变量的论域和HSIC特征模型新算法的相平面分区有直接的联系,其控制规则表可以由新算法的逻辑控制规则直接构建。
2) Phase plane divisional control
相平面分区控制
1.
Firstly,after a theoretical analysis of the phase plane divisional control,in order to tune the parameters,some methods were put forward,an improved controller was presented.
通过对相平面分区控制的机理进行分析,为降低系统参数整定难度,提出了控制器的一种改进措施,引入两段相平面分区控制方法。
3) Planar division
平面分区性
4) phase plane analysis
相平面分析
1.
Qualitative analysis,linearization,phase plane analysis and Lyapunov function method are adopted to study its global asymptotical stability.
采用定性分析、线性化、相平面分析和Lyapunov函数方法,讨论其非负平衡点的全局渐近稳定性。
2.
The Kaas Petersen Model of autocatalytic chemical reaction is discussed by the phase plane analysis method in ODEs,and all the possible results about the exitence of travelling waves are obtained.
运用常微定性理论的相平面分析方法讨论了自催化反应中的Ｋａａｓ－Ｐｅｔｅｒｓｅｎ模型，得到了行波存在的各种可能结
3.
In this paper, based on some previous results, we study a kind of Liénard Equation u′′(t ) +u′(t ) +c|u(t)|~(1+δ)=0 and the asymptotic behavior of the solutions of the equation with the initial state in the entire phase plane by phase plane analysis.
本文在以前一些研究的结论基础上,用相平面分析法研究了一类初始状态在整个相平面上的Liénard方程u′′(t) +u′(t) +c|u(t)|~(1+δ)=0的解的收敛性和全局渐近性。
5) state plane analysis
相平面分析
1.
Simulation was proposed to verify the practicability of state plane analysis and the correctness of the circuit parameter design.
最后运用PSim软件进行了电路仿真,验证了相平面分析法在分析非线性电路上的简单实用性以及电路参数设计的正确性。
6) site flatness
区分地段平面度
补充资料：相平面
相平面
phase plane
相平面，吧.归.祀;中a3OB，n加c劝c几l 平面RZ，可用于对两个一阶常微分方程(或一个二阶常微分方程)所成的自治系统(autonomouss声teln)作几何解释.相平面是相空间(Phase sPace)的特例.亦见动力系统(d扣la而cals”tem)(这种解释在那里称为运动学的解释)，微分方程定性理论(qUa五扭ti记th图理of山陀肥ntial阅Uatio璐)，R浦心花-B匕.石x，”l理论(Pojnca花一氏 11d此on Ul“〕ry).
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条