微分反馈的英文

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"微分反馈"怎么读用"微分反馈"造句

英文翻译手机版

derivative feedback

"微分"英文翻译 differential
"反馈"英文翻译 feedback; couple back; retro ...
"输出微分反馈" 英文翻译 : output derivative feedback
"微分反馈, 导数反馈, 微商反馈" 英文翻译 : derivative feedback
"微分反应器" 英文翻译 : differential reactor
"微分反照率" 英文翻译 : differential albedo
"部分反馈" 英文翻译 : partial feedback
"积分反馈" 英文翻译 : integral feedback
"微分反应截面" 英文翻译 : differential reaction cross section
"微分反应速度" 英文翻译 : differential reaction rate; differential teaction rate
"微分反应速率" 英文翻译 : differential reaction rate
"比例加积分反馈" 英文翻译 : proportional-plus-derivative feedback
"反馈微分器" 英文翻译 : feedback differentiator
"微分" 英文翻译 : [数学] differential 全微分 total differential; 偏微分 partial differential; 二项式微分 binomial differential; differentiation; 微分分析 differential analysis; 微分学 differential calculus
"反馈" 英文翻译 : [电学] feedback; couple back; retroaction; tickling; back feed; recuperation; back-tracking; back coupling; return coupling 负反馈 negative feedback; 正反馈 positive feedback; 信息反馈给政府有关部门。 the information is fed back to the government department concerned
"部分反射" 英文翻译 : partial irradiation; partial reflection
"部分反射层" 英文翻译 : partially reflecting layer
"部分反射镜" 英文翻译 : partially reflecting mirror
"部分反射率" 英文翻译 : partial reflectance
"部分反应" 英文翻译 : partial reaction
"部分反致" 英文翻译 : partial renvoi
"部分反转" 英文翻译 : partial inversion
"充分反应区" 英文翻译 : zone of full response
"充分反映" 英文翻译 : adequate disclosure
"积分反应器" 英文翻译 : integral reactor

例句与用法

Synchronization of chaotic system based on optimal control theory
基于比例微分反馈控制思想的不同类型混沌系统同步方法
Then , chaos control on hyper - chaotic chua ' s circuit is studied using feedback method of variables " proportional and differential . it is demonstrated that instead of feeding back one system variable to control chaos it needs at least two system variables to control hyper - chaos
接着研究了超混沌chua电路的混沌控制，研究发现单变量的比例微分控制对超混沌的控制是不充分的，既至少需要应用两个变量的比例微分反馈才能实现超混沌chua电路的控制。
First of all , a chaos control method based on variable ' s differential feedback is presented and applied to control chaos on chaotic chua ' s circuit . and then based on this chaos control method , two schematic circuits are designed , i . e . continuous differential feedback realization and impulse differential feedback realization . the circuit simulations are consistent with the theoretical analysis and numerical simulations
首先针对混沌chua电路提出了应用变量的微分反馈控制混沌的方法，并设计了基于该方法的两种电路实现方案，即连续微分反馈控制电路实现和脉冲微分控制电路实现，电路仿真的结果与理论分析和数值模拟具有很好的一致性。
Third , controlling chaos in the chaotic n - scroll chua ' s circuit is studied . the approach taken is to use feedback of a single state variable in a simple pd ( proportional and differential ) format . first , the unstable fixed points in the n - scroll chua ' s circuit are classified into two different types according to the characteristics of the eigenvalues of the linearized system matrix at the fixed points
第三，研究了多涡卷chua电路中不动点处jacobian矩阵特征根的性质，并据此将不动点分成两类，应用变量的比例微分反馈法分别对这两类不动点的可控性进行了研究，研究发现该法只能实现第一类不动点及其相应子空间的混沌控制，而不能完成第二类不动点的混沌控制，并给出了数值模拟结果,理论分析和数值模拟证实了该方法的有效性。
At first , a feedback chaos control method based on variables " proportional and differential is presented . and then it is applied to two autonomous classical physical systems lorenz system and chen system as well as two non - autonomous classical physical systems rossler system and buluser vibrator . chaos in these systems are suppressed
首先，提出了基于变量的比例微分反馈进行混沌控制的方法，并将其应用到两个经典的自治混沌系统lorenz系统和chen氏系统以及两个经典的非自治系统rossler系统和buluser振子系统的混沌控制中，抑制了这些系统的混沌。
It is found that when the switch s is on , the capacity charges too fast is the main reason why generating chaos in the circuit . then based on above analysis , we present the method of using output voltage pulse differential feedback to control chaos in the buck converter . theoretical analysis , numerical calculation and circuit simulation demonstrate the validity of this chaos control method
首先研究了脉宽调制式的buck变换器中混沌产生的原因，研究发现开关s导通时，电容充电过快是这类电路中混沌产生的主要原因，在此基础上提出了应用脉冲微分反馈控制buck变换器的混沌，并设计了控制电路，数值模拟和电路仿真的结果证实了该混沌控制方法的有效性。