The ultimate goal of the present investigation was the classification of organic surface films by determining their viscoelastic parameters with the help of multi-frequency radar techniques. This aim has been approached by the following strategy: laboratory measurements which included chemical and physicochemical characterization of the system slick/vicinal water layer. As a consequence of this endeavour, about 24 different slick-forming materials were selected. Wind-wave-tank experiments were performed using these 24 substances, nine of which were chosen for further investigations on the open sea. During the SAXON-FPN experiments these nine slick-forming substances and, in addition, a mixture of compounds, were disseminated on the sea surf...
Microwave radar is a very perspective tool for all-weather monitoring of film slicks which appear in...
The reduction of the Ku‐band (13.9 GHz) normalized radar cross section (NRCS) by an artificial monom...
The results of a field study of surface film spreading on the sea surface are presented. The experim...
In this paper we demonstrate SAR system capability for detecting and characterizing marine surface s...
Microwave radar is a well-established tool for all-weather monitoring of film slicks which appear in...
International audienceThis paper describes an experiment in a wind-wave pool in Brest, France, to ch...
Seawater samples were collected using a technique that isolated the upper 0.15 mm of surface water. ...
It is known that films on the sea surface can appear due to ship pollution, river and collector drai...
Measurements on sea surface films were conducted during five separate experimental periods in the fo...
Hydrocarbon compounds produce huge areas of surface film reducing water surface roughness. Measureme...
The Synthetic Aperture Radar (SAR) system capability to detect and characterise marine surface slick...
A spectrum of low-frequency (20–30 Hz) amplitude fluctuations of the ultrasonic (10 MHz) signal spec...
Since the late 1960s, various groups have investigated the influence of marine surface films on mech...
The increase in maritime traffic, particularly the transport of hazardous and noxious substances (HN...
The sea-surface microlayer (SSM) is a hugely complex system comprised of many different organic mate...
Microwave radar is a very perspective tool for all-weather monitoring of film slicks which appear in...
The reduction of the Ku‐band (13.9 GHz) normalized radar cross section (NRCS) by an artificial monom...
The results of a field study of surface film spreading on the sea surface are presented. The experim...
In this paper we demonstrate SAR system capability for detecting and characterizing marine surface s...
Microwave radar is a well-established tool for all-weather monitoring of film slicks which appear in...
International audienceThis paper describes an experiment in a wind-wave pool in Brest, France, to ch...
Seawater samples were collected using a technique that isolated the upper 0.15 mm of surface water. ...
It is known that films on the sea surface can appear due to ship pollution, river and collector drai...
Measurements on sea surface films were conducted during five separate experimental periods in the fo...
Hydrocarbon compounds produce huge areas of surface film reducing water surface roughness. Measureme...
The Synthetic Aperture Radar (SAR) system capability to detect and characterise marine surface slick...
A spectrum of low-frequency (20–30 Hz) amplitude fluctuations of the ultrasonic (10 MHz) signal spec...
Since the late 1960s, various groups have investigated the influence of marine surface films on mech...
The increase in maritime traffic, particularly the transport of hazardous and noxious substances (HN...
The sea-surface microlayer (SSM) is a hugely complex system comprised of many different organic mate...
Microwave radar is a very perspective tool for all-weather monitoring of film slicks which appear in...
The reduction of the Ku‐band (13.9 GHz) normalized radar cross section (NRCS) by an artificial monom...
The results of a field study of surface film spreading on the sea surface are presented. The experim...