2) precise decoupling tracking
精确解耦跟踪
1.
Use stable inversion to accomplish precise decoupling tracking of airspeed and altitude for conventional takeoff and landing of unmanned aerial vehicles (UAVs) is in essence a non-minimum phase output tracking problem.
基于稳定逆解决无人机空速/高度的精确解耦跟踪这一本质为非最小相位输出解耦跟踪的问题。
3) decoupling control with exect model matching
精确模型匹配解耦控制
4) accurate solution
精确解
1.
Aimed at the vadose of horizontal well in sandstone gas reservoir, the accurate solutions about three basic boundary value problems are found in this paper, which is of important theoretical and practical significance on well test interpretation of horizontal well in sandstone gas reservoir.
本文针对砂岩气藏水平井渗流问题,求得了关于三个基本边值问题的精确解,对砂岩气藏水平井试井解释有着重要的理论和实际意义。
2.
The vibration of a fixed supported pipe containing flowing fluid was studied, and the accurate solution of the function of the normal vibration mode and the corresponding frequency equation were obtained.
研究有流体流动固支管道的振动,得到了振型函数的精确解和相应的频率方程。
3.
In this paper, the reciprocal theorem is applied to research on the bending problem of rectangular plates with opposite simple supported and clamped edges under distributed bending moment and a concentrated bending moment acting at any of its points, the accurate solution of the problem are given.
应用功的互等定理研究了在分布弯矩与任一点集中弯矩共同作用下对边简支另一对边固定的矩形板的弯曲问题,给出了该问题的精确解。
5) exact solution
精确解
1.
Three-dimensional well-path planning model and its exact solution;
三维井眼轨道设计模型及其精确解
2.
New exact solutions to the Burgers-Huxley equation;
Burgers-Huxley方程新的精确解
3.
Study on exact solution of nonlinear equations;
一类非线性拟线性方程的精确解
6) exact solutions
精确解
1.
Explicit and exact solutions for unstable nonlinear schrodinger equation;
非稳非线性Schrodinger方程的显式精确解
2.
Auto-BT of a set of stochastic nonlinear evolution equations and its exact solutions;
一随机非线性发展方程组的自-BT及其精确解
3.
A construction method of exact solutions for Burgers equation;
Burgers方程精确解的一种构造方法
补充资料：耦中有耦
中国北宋王安石提出的重要哲学命题。出自其《洪范传》。"耦"即"对"，王安石用以表述对立的概念。他认为，宇宙万物是由水、火、木、金、土五种物质元素构成的。五行具有"时"、"位"、"材"、"气"、"性"、"形"、"事"、"情"、"色"、"声"、"臭"、"味"等属性。不同元素的同一属性是两两相对的。如就"位"言，火上而水下；就"性"言，水润而火熯；就"形"言，水平而火锐；就"材"言，火革而金从革。他把这种对立,叫作"五行之为物,其时、其位、其材、其气、其性、其形、其事、其情、其色、其声、其臭、其味，皆各有耦"。他又认为，每一元素的不同性质，如"气"与"味"之间也存在着对立："生物者，气也；成之者，味也。以奇生则成而耦，以耦生则成而奇。寒之气坚，故其味可用以耎；热之气耎，故其味可用以坚。风之气散，故其味可用以收；燥之气收，故其味可用以散。"由于这种对立处于各元素的对立之中，故王安石称之为"耦之中又有耦"。他认为，由于五行"皆各有耦"、"耦之中又有耦"、"万物之变遂至于无穷"。
王安石"耦中有耦"的命题，揭示了世界处于无穷无尽矛盾之中的状况，猜测到宇宙万物发展的根本原因。
王安石"耦中有耦"的命题，揭示了世界处于无穷无尽矛盾之中的状况，猜测到宇宙万物发展的根本原因。
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