AVTIS is a 94GHz dual-mode radar/radiometric imager designed to survey volcanic lava domes. The FMCW radar provides topographic and reflectivity maps and the radiometer yields thermal images of the scene. The data generated by AVTIS will be used by volcanologists to validate numerical models of lava dome growth and collapse, ultimately leading to improved hazard warning
The second generation AVTIS ground-based millimeter wave instruments designed for monitoring topogra...
Topographic and thermal mapping of volcanic terrain using AVTIS ground-based 94-GHz dual-mode radar ...
A ground-based millimetre wave radar, AVTIS (All-weather Volcano Topography Imaging Sensor), has bee...
AVTIS is a 94GHz dual-mode radar/radiometric imager designed to survey volcanic lava domes. The FMCW...
We present the design and preliminary results for an advanced nun-wave remote sensing instrument. AV...
During May and June 2004, we tested a novel, millimetre-wave ground based, dual-mode radar and radio...
During May and June 2004, we tested a novel, millimetre-wave ground based, dual-mode radar and radio...
The All-Weather Volcano Topography Imaging Sensor remote sensing instrument is a custom-built millim...
During May and June 2004, we tested a novel, millimetre-wave ground based, dual-mode radar and radio...
We report on the use of the All-weather Volcano Topography Imaging Sensor (AVTIS) 94 GHz dual mode r...
To solve the problem of lava dome growth at Soufrière Hills Volcano (SHV) being invisible and unmeas...
The All-Weather Volcano Topography Imaging Sensor remote sensing instrument is a custom-built millim...
We present the development and field testing results of a dual-mode radar/radiometric imager operati...
The AVTIS remote sensing instrument is a custom built millimetre wave sensor that has been developed...
The All-Weather Volcano Topography Imaging Sensor remote sensing instrument is a custom-built millim...
The second generation AVTIS ground-based millimeter wave instruments designed for monitoring topogra...
Topographic and thermal mapping of volcanic terrain using AVTIS ground-based 94-GHz dual-mode radar ...
A ground-based millimetre wave radar, AVTIS (All-weather Volcano Topography Imaging Sensor), has bee...
AVTIS is a 94GHz dual-mode radar/radiometric imager designed to survey volcanic lava domes. The FMCW...
We present the design and preliminary results for an advanced nun-wave remote sensing instrument. AV...
During May and June 2004, we tested a novel, millimetre-wave ground based, dual-mode radar and radio...
During May and June 2004, we tested a novel, millimetre-wave ground based, dual-mode radar and radio...
The All-Weather Volcano Topography Imaging Sensor remote sensing instrument is a custom-built millim...
During May and June 2004, we tested a novel, millimetre-wave ground based, dual-mode radar and radio...
We report on the use of the All-weather Volcano Topography Imaging Sensor (AVTIS) 94 GHz dual mode r...
To solve the problem of lava dome growth at Soufrière Hills Volcano (SHV) being invisible and unmeas...
The All-Weather Volcano Topography Imaging Sensor remote sensing instrument is a custom-built millim...
We present the development and field testing results of a dual-mode radar/radiometric imager operati...
The AVTIS remote sensing instrument is a custom built millimetre wave sensor that has been developed...
The All-Weather Volcano Topography Imaging Sensor remote sensing instrument is a custom-built millim...
The second generation AVTIS ground-based millimeter wave instruments designed for monitoring topogra...
Topographic and thermal mapping of volcanic terrain using AVTIS ground-based 94-GHz dual-mode radar ...
A ground-based millimetre wave radar, AVTIS (All-weather Volcano Topography Imaging Sensor), has bee...