This paper presents initial results from an investigation into the feasibility of measuring rain using a pair of horizontally-pointed FMCW radars operating at 38 and 94 GHz. Such a system could potentially offer data complementary to that provided by existing networks of meteorological radars. It may find application where higher resolutions are required, or where a small, portable, low-power system is desirable. The technique used is a variation on the well known dual-frequency extinction technique. Radar-measured rainfall rates and drop-size distributions are compared with data gathered from a disdrometer.</p
Polarisation effects can be observed as well in radar as in radio- meter data of stratiform and conv...
This study develops and demonstrates a new method for using a 94-GHz Doppler radar to measure vertic...
In the spring of 2001 the Microwave Remote Sensing Laboratory (MIRSL) at the University of Massachus...
In this paper, we propose a novel method for rain sensing using dual-frequency measurements at 25 an...
This dissertation presents a procedure that uses dual-frequency millimeter-wave Doppler spectra to r...
Investigation has been conducted on the feasibility of a dual-frequency radar system for the study o...
Dual-wavelength radars can, in principle, provide extra information to help in the estimation of pr...
This thesis presents the development of various methods for measuring rainfall rates using horizont...
A millimetric wave transmission link of the radar type has been established at the University of Bri...
For a long period of time FHR is developing millimetre wave radars for airborne remote sensing appli...
Dense millimeter-wave networks are a promising candidate for next-generation cellular systems enabli...
Subject and Purpose. The development of radar methods for measuring liquid-drop precipitation charac...
This paper describes the theoretical basis and conceptual design of a dual-frequency radar and micro...
Absolute calibration of cloud radars is very difficult. A new method is proposed for 94/95-GHz radar...
A new 94-GHz frequency-modulated continuous wave (FMCW) Doppler radar-radiometer system [Julich Obse...
Polarisation effects can be observed as well in radar as in radio- meter data of stratiform and conv...
This study develops and demonstrates a new method for using a 94-GHz Doppler radar to measure vertic...
In the spring of 2001 the Microwave Remote Sensing Laboratory (MIRSL) at the University of Massachus...
In this paper, we propose a novel method for rain sensing using dual-frequency measurements at 25 an...
This dissertation presents a procedure that uses dual-frequency millimeter-wave Doppler spectra to r...
Investigation has been conducted on the feasibility of a dual-frequency radar system for the study o...
Dual-wavelength radars can, in principle, provide extra information to help in the estimation of pr...
This thesis presents the development of various methods for measuring rainfall rates using horizont...
A millimetric wave transmission link of the radar type has been established at the University of Bri...
For a long period of time FHR is developing millimetre wave radars for airborne remote sensing appli...
Dense millimeter-wave networks are a promising candidate for next-generation cellular systems enabli...
Subject and Purpose. The development of radar methods for measuring liquid-drop precipitation charac...
This paper describes the theoretical basis and conceptual design of a dual-frequency radar and micro...
Absolute calibration of cloud radars is very difficult. A new method is proposed for 94/95-GHz radar...
A new 94-GHz frequency-modulated continuous wave (FMCW) Doppler radar-radiometer system [Julich Obse...
Polarisation effects can be observed as well in radar as in radio- meter data of stratiform and conv...
This study develops and demonstrates a new method for using a 94-GHz Doppler radar to measure vertic...
In the spring of 2001 the Microwave Remote Sensing Laboratory (MIRSL) at the University of Massachus...