International audienceWe present time reversal experiments demonstrating refocusing of gravity-capillary waves in a water tank cavity. Owing to the reverberating effect of the cavity, only a few channels are sufficient to reconstruct the surface wave at the point source, even if the absorption is not negligible. Space-time-resolved measurements of the waves during the refocusing allow us to quantitatively demonstrate that the quality of the refocusing increases linearly with the number of reemitting channels. Numerical simulations corresponding to water waves at larger scales, with negligible damping, indicate the possibility of very high quality refocusing
We present numerical computations that reproduce the time reversal experiments of Draeger, Cassereau...
International audienceIn this paper we analyze a time reversal experiment in a random underwater aco...
We present numerical computations that reproduce the time reversal experiments of Draeger, Cassereau...
International audienceWe present time reversal experiments demonstrating refocusing of gravity-capil...
In many mechanical systems the propagation of elastic and acoustical waves is reversible in time. A ...
This thesis presents an experimental investigation on water waves and concentrates on two current ch...
International audienceTime-reversal (TR) refocusing of waves is one of fundamental principles in wav...
Cette thèse porte sur l étude expérimentale des ondes à la surface de l eau et se concentre sur deux...
Time reversal is an efficient way for focusing waves deeply inside heterogeneous media [1]. In a typ...
We report the first experimental demonstration of time-reversal focusing with electromagnetic waves....
Time reversal of free-surface water (gravity) waves due to a sudden change in the effective gravity ...
The capability of the time reversal technique (TR) to focus in time and in space a signal is analyze...
Time reversal of free-surface water (gravity) waves due to a sudden change in the effective gravity ...
In this paper we analyze a time-reversal experiment in a random underwater acoustic channel. In this...
We consider the time-reversal of waves in time-dependent media. The constitu-tive parameters of a wa...
We present numerical computations that reproduce the time reversal experiments of Draeger, Cassereau...
International audienceIn this paper we analyze a time reversal experiment in a random underwater aco...
We present numerical computations that reproduce the time reversal experiments of Draeger, Cassereau...
International audienceWe present time reversal experiments demonstrating refocusing of gravity-capil...
In many mechanical systems the propagation of elastic and acoustical waves is reversible in time. A ...
This thesis presents an experimental investigation on water waves and concentrates on two current ch...
International audienceTime-reversal (TR) refocusing of waves is one of fundamental principles in wav...
Cette thèse porte sur l étude expérimentale des ondes à la surface de l eau et se concentre sur deux...
Time reversal is an efficient way for focusing waves deeply inside heterogeneous media [1]. In a typ...
We report the first experimental demonstration of time-reversal focusing with electromagnetic waves....
Time reversal of free-surface water (gravity) waves due to a sudden change in the effective gravity ...
The capability of the time reversal technique (TR) to focus in time and in space a signal is analyze...
Time reversal of free-surface water (gravity) waves due to a sudden change in the effective gravity ...
In this paper we analyze a time-reversal experiment in a random underwater acoustic channel. In this...
We consider the time-reversal of waves in time-dependent media. The constitu-tive parameters of a wa...
We present numerical computations that reproduce the time reversal experiments of Draeger, Cassereau...
International audienceIn this paper we analyze a time reversal experiment in a random underwater aco...
We present numerical computations that reproduce the time reversal experiments of Draeger, Cassereau...