Radar observations of the ocean surface can be affected by impacting raindrops. Ring-wave measurements are presented for drops of 2.2 and 2.8 mm in diameter impacting on fresh and salt water surfaces initially at rest. They are based on the observation of the mirror image of a sharp edge on the perturbed surface. The retrieved wave profiles show a rather stable characteristic wavenumber (0.2 mm1) and very small wave amplitudes: the fraction of the incident kinetic energy converted into ring-waves is of the order of 1%
Microwave signatures of the ocean surface are a¿ ected by wind and rain. To support the development ...
Microwave signatures of the ocean surface are a¿ ected by wind and rain. To support the development ...
International audienceBoth wind and rain roughen the sea surface, but whereas wind generates waves, ...
Radar observations of the ocean surface can be affected by impacting raindrops. Ring-wave measuremen...
Abstract — Radar observations of the ocean surface can be affected by impacting raindrops. Ring-wave...
Radar observations of the ocean surface can be affected by impacting raindrops. Ring-wave measuremen...
Radar observations of the ocean surface can be affected by impacting raindrops. Ring-wave measuremen...
Radar observations of the ocean surface can be affected by impacting raindrops. Ring-wave measuremen...
Radar observations of the ocean surface can be affected by impacting raindrops. Ring-wave measuremen...
This paper presents an analysis of drop size effects on ring-wave spectra and radar scatterometer re...
This paper presents an analysis of drop size effects on ring-wave spectra and radar scatterometer re...
We present an analysis of ring-wave and scatterometer data from a water surface that was agitated by...
Both wind and rain roughen the sea surface, but whereas wind generates waves, rain generates craters...
Microwave signatures of the ocean surface are a¿ ected by wind and rain. To support the development ...
Microwave signatures of the ocean surface are a¿ ected by wind and rain. To support the development ...
Microwave signatures of the ocean surface are a¿ ected by wind and rain. To support the development ...
Microwave signatures of the ocean surface are a¿ ected by wind and rain. To support the development ...
International audienceBoth wind and rain roughen the sea surface, but whereas wind generates waves, ...
Radar observations of the ocean surface can be affected by impacting raindrops. Ring-wave measuremen...
Abstract — Radar observations of the ocean surface can be affected by impacting raindrops. Ring-wave...
Radar observations of the ocean surface can be affected by impacting raindrops. Ring-wave measuremen...
Radar observations of the ocean surface can be affected by impacting raindrops. Ring-wave measuremen...
Radar observations of the ocean surface can be affected by impacting raindrops. Ring-wave measuremen...
Radar observations of the ocean surface can be affected by impacting raindrops. Ring-wave measuremen...
This paper presents an analysis of drop size effects on ring-wave spectra and radar scatterometer re...
This paper presents an analysis of drop size effects on ring-wave spectra and radar scatterometer re...
We present an analysis of ring-wave and scatterometer data from a water surface that was agitated by...
Both wind and rain roughen the sea surface, but whereas wind generates waves, rain generates craters...
Microwave signatures of the ocean surface are a¿ ected by wind and rain. To support the development ...
Microwave signatures of the ocean surface are a¿ ected by wind and rain. To support the development ...
Microwave signatures of the ocean surface are a¿ ected by wind and rain. To support the development ...
Microwave signatures of the ocean surface are a¿ ected by wind and rain. To support the development ...
International audienceBoth wind and rain roughen the sea surface, but whereas wind generates waves, ...