1.
Period-Doubling Bifurcation Behaviors of a Controllable Rectifier With Capacitive Load
容性负载可控整流电路倍周期分岔行为
2.
The effects of stochastic excitation on the period-doubling bifurcation and chaotic motions of the softening Duffing oscillator, are discussed in detail.
讨论了有界噪声激励对软弹簧杜芬振子的倍周期分岔至混沌运动的影响。
3.
Weak Centers and Local Bifurcations of Critical Periods for Liénard Equations;
多项式Liénard方程细中心及临界周期分岔
4.
Studies on Bifurcation and Period in Semiconductor Laser Due to Optical Injection
光注入半导体激光器分岔与周期研究
5.
Periodic Motions and Bifurcations of Multi-degree-of-freedom Vibro-impact Systems;
多自由度冲击振动系统的周期运动和分岔
6.
The Research of Stochastic Stability and Bifurcation of Non-linear Economical Period Model;
非线性经济周期模型的随机稳定性与分岔研究
7.
Analysis on Lateral Dynamic Stability and Bifurcation of Vehicle Periodic Steering under Critical Condition
极限工况下周期转向汽车侧向动力稳定性及分岔分析
8.
Periodic Motion,Recurrence and Bifurcation of Continual Dynamic System of Digital Human Body
数字人体连续动态系统的周期运动与回归性及分岔
9.
Bifurcation and Amplitude Catastrophe of Periodic Respon ses in a Nonlinear Rotor with Rub
非线性转子碰摩振动周期响应的分岔与振幅突变
10.
Stabilty and Bifurcatuons of Periodic Moton in a Two-degree-of-freedom Vibro-Impact System;
一类两自由度碰撞振动系统的周期运动稳定性与分岔
11.
Interpreting a Period-Adding Bifurcation Scenario in Neural Bursting Patterns Using a Discontinuous Map
用不连续映射理解神经元簇放电模式中的加周期分岔
12.
Understanding period adding bifurcation scenario in neural firing patterns using discontinuous maps
用不连续映射理解神经元放电模式中的加周期分岔
13.
Stability and Bifurcation of Periodic Motion in a Mechanical Vibration System with Random Clearance
含随机间隙机械振动系统的周期运动稳定性与分岔
14.
Fractal characterization for subharmonic motion of completely inelastic bouncing ball
完全非弹性蹦球倍周期运动的分形特征
15.
Effects of subharmonic motion on size segregation in vertically vibrated granular materials
振动颗粒物质中倍周期运动对尺寸分离的影响
16.
The Numerical Simulation of Period Doubling Bifurcation and Chaos in a Two Degree of Freedom Dry Friction System
一类两自由度干摩擦系统倍化分岔与混沌的数值模拟
17.
Another advantage is that the ISS's orbital period of92 minutes would allow data to be taken about16 times as fast as a fixed earth-based experiment.
另一项优点是ISS的轨道周期为92分钟，获取资料的速度将比地面上的实验快上16倍。
18.
Analysis of Chromosomal Aneuploid and Research on Value for Transfer on Embryos from in Vitro Fertilization-Embryo Transfer Cycles;
体外受精—胚胎移植周期中胚胎染色体非整倍体分析及移植价值探讨