A microwave sensor aimed to characterize the complex permittivity depth profile of the Antarctic firn layer is presented. It is based on the open-coaxial re-entrant cavity method. Preliminary results of the measured permittivity depth profile on the Antarctic firn is also presented showing a very good agreement to expected values
ABSTRACT. As a joint contribution of Japan and Sweden to the International Polar Year 2007–09, a fie...
Because of its great size, the Antarctic Ice Sheet represents a considerable fresh water resource. F...
Radio-glaciological parameters from the Moore's Bay region of the Ross Ice Shelf, Antarctica, have b...
A microwave sensor aimed to characterize the complex permittivity depth profile of the Antarctic fir...
In order to characterize the complex permittivity depth profile of the firn constituting the Antarct...
In this paper, the theory behind the design of a microwave sensor for the accurate measurement of fi...
In recent years, special attention has been paid, in microwave remote sensing from space, to extend ...
Recent studies have demonstrated that wideband microwave radiometers provide significant potential f...
A 130 m long ice core has been dielectrically profiled. From an analysis of the measurements, we obt...
Most of the antarctic continent has never experienced melt. In those regions snow properties such as...
This study is based on the analysis of detailed measurements of firn dielectric properties performed...
Airborne observations of 19.35 GHz microwave radiation were taken over the sea ice and firn cover of...
In this paper we present and discuss the first series of results obtained during a propagation measu...
The relative complex dielectric permittivity, ε^*=ε′-iε″, of ice has been measured in the frequency ...
Precise measurements of snow structural parameters and stratigraphy are essential to understand and ...
ABSTRACT. As a joint contribution of Japan and Sweden to the International Polar Year 2007–09, a fie...
Because of its great size, the Antarctic Ice Sheet represents a considerable fresh water resource. F...
Radio-glaciological parameters from the Moore's Bay region of the Ross Ice Shelf, Antarctica, have b...
A microwave sensor aimed to characterize the complex permittivity depth profile of the Antarctic fir...
In order to characterize the complex permittivity depth profile of the firn constituting the Antarct...
In this paper, the theory behind the design of a microwave sensor for the accurate measurement of fi...
In recent years, special attention has been paid, in microwave remote sensing from space, to extend ...
Recent studies have demonstrated that wideband microwave radiometers provide significant potential f...
A 130 m long ice core has been dielectrically profiled. From an analysis of the measurements, we obt...
Most of the antarctic continent has never experienced melt. In those regions snow properties such as...
This study is based on the analysis of detailed measurements of firn dielectric properties performed...
Airborne observations of 19.35 GHz microwave radiation were taken over the sea ice and firn cover of...
In this paper we present and discuss the first series of results obtained during a propagation measu...
The relative complex dielectric permittivity, ε^*=ε′-iε″, of ice has been measured in the frequency ...
Precise measurements of snow structural parameters and stratigraphy are essential to understand and ...
ABSTRACT. As a joint contribution of Japan and Sweden to the International Polar Year 2007–09, a fie...
Because of its great size, the Antarctic Ice Sheet represents a considerable fresh water resource. F...
Radio-glaciological parameters from the Moore's Bay region of the Ross Ice Shelf, Antarctica, have b...