Add to ORKGThe behavior of chemical waves advancing through a disordered excitable medium is investigated in terms of percolation theory and autowave properties in the framework of the light-sensitive Belousov-Zhabotinsky reaction. By controlling the number of sites with a given illumination, different percolation thresholds for propagation are observed, which depend on the relative wave transmittances of the two-state medium considered
We present experimental results that demonstrate anomalous dispersion in a Belousov-Zhabotinsky syst...
We observe N:(N-1)(N >= 2) frequency-locking phenomena of propagating wave fronts when increasing...
Chemical waves are initiated from complex geometries in the excitable Belosouv-Zhabotinsky medium us...
The behavior of chemical waves advancing through a disordered excitable medium is investigated in te...
The behavior of chemical waves advancing through a disordered excitable medium is investigated in te...
The behavior of chemical waves advancing through a disordered excitable medium is investigated in te...
The behavior of chemical waves advancing through a disordered excitable medium is investigated in te...
The effect of quenched disorder on the propagation of autowaves in excitable media is studied both e...
The effect of quenched disorder on the propagation of autowaves in excitable media is studied both e...
The effect of quenched disorder on the propagation of autowaves in excitable media is studied both e...
Chemical traveling waves play an important role in biological functions, such as the propagation of ...
A pacemaker, regularly emitting chemical waves, is created out of noise when an excitable photosensi...
A pacemaker, regularly emitting chemical waves, is created out of noise when an excitable photosensi...
Chemical waves are initiated in an excitable medium by resonance with local periodic forcing of the ...
A pacemaker, regularly emitting chemical waves, is created out of noise when an excitable photosensi...
We present experimental results that demonstrate anomalous dispersion in a Belousov-Zhabotinsky syst...
We observe N:(N-1)(N >= 2) frequency-locking phenomena of propagating wave fronts when increasing...
Chemical waves are initiated from complex geometries in the excitable Belosouv-Zhabotinsky medium us...
The behavior of chemical waves advancing through a disordered excitable medium is investigated in te...
The behavior of chemical waves advancing through a disordered excitable medium is investigated in te...
The behavior of chemical waves advancing through a disordered excitable medium is investigated in te...
The behavior of chemical waves advancing through a disordered excitable medium is investigated in te...
The effect of quenched disorder on the propagation of autowaves in excitable media is studied both e...
The effect of quenched disorder on the propagation of autowaves in excitable media is studied both e...
The effect of quenched disorder on the propagation of autowaves in excitable media is studied both e...
Chemical traveling waves play an important role in biological functions, such as the propagation of ...
A pacemaker, regularly emitting chemical waves, is created out of noise when an excitable photosensi...
A pacemaker, regularly emitting chemical waves, is created out of noise when an excitable photosensi...
Chemical waves are initiated in an excitable medium by resonance with local periodic forcing of the ...
A pacemaker, regularly emitting chemical waves, is created out of noise when an excitable photosensi...
We present experimental results that demonstrate anomalous dispersion in a Belousov-Zhabotinsky syst...
We observe N:(N-1)(N >= 2) frequency-locking phenomena of propagating wave fronts when increasing...
Chemical waves are initiated from complex geometries in the excitable Belosouv-Zhabotinsky medium us...