Add to ORKGThis paper summarises a study of millimetre wave propagation models of precipitation in the atmosphere. Measurements of drop size distributions (DSDs), rain rates and millimetre wave attenuation have formed the key input to the analyses. In addition 20-30 years of rainfall from 3 sites in Norway have been investigated. The work includes physical and empirical modelling, and development of a method for administering DSDs, including averaging and statistical analysis of DSDs. Wind has a clear effect on the stability of rain rate measurements, and a method for correcting for some of the influence of wind is proposed
325-344This paper reviews the literature on attenuation of mm-wave due to rain and rain rate predict...
International audienceBecause the rain rate R is easier to observe than the drop size distribution (...
319-327This paper describes research on a new form of gamma drop size distribution (DSD) model that...
This paper presents a review of the current knowledge concerning the measurement and time evolution ...
Attenuation by atmospheric rain is the most significant impairment in millimetre wave frequencies (m...
This study shows the results of the modeling of drop size distributions (DSD) observed during a 2-yr...
Rain is a random lossy dielectrics that is necessary to respect by the design of cm and mm links. ...
193-196The performance of the microwave links at frequencies have 10 GHz are constrained by the exce...
Rain attenuation is strongly dependent on the rain rate, but also on the rain drop size distribution...
The paper presents the results of theoretical simulation of mmWave, cmWave and visible light attenua...
This paper is a review of rain parameters, and their measurements, pertinent to electromagnetic wave...
The drop size distribution (DSD) is a fundamental property of rainfall because the shape of the dis...
80-85The paper describes system design of laser distrometer, its calibration process and profiling o...
In this work, the various sources of errors in radar rain estimation are quantified and procedures a...
The raindrop size distribution (DSD) is fundamental for quantitative precipitation estimation (QPE) ...
325-344This paper reviews the literature on attenuation of mm-wave due to rain and rain rate predict...
International audienceBecause the rain rate R is easier to observe than the drop size distribution (...
319-327This paper describes research on a new form of gamma drop size distribution (DSD) model that...
This paper presents a review of the current knowledge concerning the measurement and time evolution ...
Attenuation by atmospheric rain is the most significant impairment in millimetre wave frequencies (m...
This study shows the results of the modeling of drop size distributions (DSD) observed during a 2-yr...
Rain is a random lossy dielectrics that is necessary to respect by the design of cm and mm links. ...
193-196The performance of the microwave links at frequencies have 10 GHz are constrained by the exce...
Rain attenuation is strongly dependent on the rain rate, but also on the rain drop size distribution...
The paper presents the results of theoretical simulation of mmWave, cmWave and visible light attenua...
This paper is a review of rain parameters, and their measurements, pertinent to electromagnetic wave...
The drop size distribution (DSD) is a fundamental property of rainfall because the shape of the dis...
80-85The paper describes system design of laser distrometer, its calibration process and profiling o...
In this work, the various sources of errors in radar rain estimation are quantified and procedures a...
The raindrop size distribution (DSD) is fundamental for quantitative precipitation estimation (QPE) ...
325-344This paper reviews the literature on attenuation of mm-wave due to rain and rain rate predict...
International audienceBecause the rain rate R is easier to observe than the drop size distribution (...
319-327This paper describes research on a new form of gamma drop size distribution (DSD) model that...