Research and Simulation for Elastic Deformation of Linkages Parametric Torque Converter Dynamic Model with Variable Shock Loss Coefficient 基于CAD变量几何法的机构弹性变形分析与模拟变冲击系数的几何参数化变矩器特性模型
T invariant estimate of location parameter Parametric Torque Converter Dynamic Model with Variable Shock Loss Coefficient 局部参数的最佳不变量估计;局部参数的最佳不变量估计变冲击系数的几何参数化变矩器特性模型
Parametric Torque Converter Dynamic Model with Variable Shock Loss Coefficient 变冲击系数的几何参数化变矩器特性模型
Parametric Design of AC Inductor in High Power Factor Reversible Converter 高功率因数可逆变流器中交流电感的参数设计
Application of resonant parametric perturbation to the chaos control in Boost converter and its optimization 参数共振微扰法在Boost变换器混沌控制中的实现及其优化
Small Parametric Perturbation Method in Controlling Boost Converter 参数微扰方法对Boost变换器的混沌控制
We consider a strongly driven three-level ⅴ-type atom dispersively interacting with a two-mode cavity. If the initial state of the atom is prepared in the ground state. under large detuning condition. we obtain an effective Hamiltonian that similar to parametric frequency converter. 我们考虑强场驱动下一个V型三能级原子与两模腔场的大失谐相互作用,选择原子初态为基态,可以得到关于腔场的类似于参量频率转换的有效哈密顿量。
In the end, several kinds of chaos control methods are introduced. The Resonant Parametric Perturbation is applied to control the chaos in continuous conduction mode SEPIC converter, which realizes the control of chaos in SEPIC converter, and the simulation and experiment results are given finally. 最后本文对几种混沌控制方法进行介绍,并将共振参数微扰法应用于连续导电模式SEPIC变换器的混沌控制中,实现了对变换器中混沌现象的控制,并给出了仿真与实验结果。