Unstable period 1 orbits with high statistical significance were identified in all 10 data sets.
从得到的1 0例数据中无一例外地检测到了具有高度统计显著性的非稳定周期1轨道。
We also detected the orbits with higher periods, and highly significant unstable period 2 and period 3 orbits were identified.
在此基础上，进一步对阵发放电的非稳定周期轨道分级进行了初步研究，检测到了显著的周期2与周期3轨道。
The response results show that there are three ways leading to chaos: quasi-periodic bifurcation, intermittent bifurcation and unstable period-3 motion.
由结果发现：响应进入混沌的道路有拟周期环面破裂、周期3运动失稳和阵发性混沌进入混沌三条。
应用推荐