Phase-locking modes in a bidimensional network of coupled water jets

Phase-locking in Strongly Coupled Squid Cells

Within the RSJ model we performed an analytical and numerical investigation of SQUID cells consisting of two Josephson junctions shunted by an extremely small inductance leading to strong coupling of the elements. Contrary to the well-known behavior of cells shunted by a high inductance voltage phases of the junctions are locked with very small phase difference for almost all values of external...

Global Phase-Locking in Finite Populations of Phase-Coupled Oscillators

We present new necessary and sufficient conditions for the existence of fixed points in a finite system of coupled phase oscillators on a complete graph. We use these conditions to derive bounds on the critical coupling.

Phase locking between Fiske and flux-flow modes in coupled sine-Gordon systems.

Phase-locking of tearing modes in the reversed field experiment

In the reversed field experiment ~RFX! @F. Gnesotto et al., Fusion Eng. Des. 25, 335 ~1995!#, the m51 and m50 tearing modes present in the plasma are observed to phase-lock together to form a highly peaked, strongly toroidally localized, pattern in the perturbed magnetic field. This pattern, which is commonly known as the ‘‘slinky’’ pattern, gives rise to severe edge loading problems which limi...

Phase Model Reduction and Phase Locking of Coupled Nonlinear oscillators

The synchronization of an oscillator with an external stimulus or between coupled elements is the subject of intense research in many areas of applied sciences. The most successful approach is based on phase modeling, founded on the idea to represent each oscillator by a phase variable. Phase models have been analyzed with wealth of details and in a plethora of different variants, but little re...