Publications
Title:
Mode Locking in Coupled Oscillators as is Exemplified in Chemical and Hydrodynamic Systems
Language: | English |
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Type: | Article |
Authors: | Kenichi Yoshikawa, Ryoichi Aihara and Nobuyuki Magome |
Editors: | |
Journal: | ACH - Models in Chemistry |
Volume: | 135 |
Number: | 3 |
Year: | 1998 |
Actual year: | 1998 |
Pages: | 417–423 |
bibtex id: | 184_1998_ACHM_Yoshikawa |
Abstract: | Simple theoretical consideration on the coupling of neighboring two identical oscillators under nonequilibrium open conditions suggests that there exist two phase-locking modes with in-phase and antiphase. In the actual experiment for the coupled oscillators using ion-exchange beads in BZ reaction, it is shown that in-phase mode is generated where the void space between the beads conducts the role of a pacemaker. It is also shown that both in-phase and anti-phase modes are induced in the coupling between two coupled PET-bottle oscillators; synchronization of the periodic fluid flow in interconnected bottles which are situated upside-down. |
Acknowledgment: |
1998 | |
"Mode Locking in Coupled Oscillators as is Exemplified in Chemical and Hydrodynamic Systems" Kenichi Yoshikawa, Ryoichi Aihara and Nobuyuki Magome, ACH - Models in Chemistry, 135(3), 417–423 (1998) | detail |
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