A MODIFIED PERIODIC PULSE METHOD TO CONTROL THE CHAOS OF CONSERVATIVE FLOW

LI WEI; CHEN GUANG-ZHI; LIU ZHONG-HUA

doi:10.7498/aps.48.581

Abstract
Firstly, we find out the convergent scope in limited time of the conservation flow x…+x·-x2+B=0 (0≤B≤0.005) in a certain time, whose scope Lyapunov exponents is below zero, and restrained in Poincaré section, and then get the steady periodic orbits through periodic pulse method. With the above-mentioned rule, we can control systematic high periodic orbits.This rule is, to some extent, robust against external noise.
Authors and contacts
LI WEI²,

CHEN GUANG-ZHI¹,

LIU ZHONG-HUA¹

(1)广西大学物理系，南宁 530004; (2)中国工程物理研究院北京研究生部，北京2101信箱，北京 100088
References

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Vol. 48, Issue 4 - 1999-02-20

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A MODIFIED PERIODIC PULSE METHOD TO CONTROL THE CHAOS OF CONSERVATIVE FLOW

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