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MILLIMETER-WAVELENGTH RADARS New Frontier in Atmospheric
 

Summary: MILLIMETER-WAVELENGTH
RADARS New Frontier in Atmospheric
Cloud and Precipitation Research
BY P. KOLLIAS, E. E. CLOTHIAUX, M. A. MILLER, B. A. ALBRECHT,
G. L. STEPHENS, AND T. P. ACKERMAN
Millimeter-wavelength radars bridge an observational gap
in Earth's hydrological cycle by adequately detecting clouds
and precipitation, thus offering a unique and more holistic
view of the water cycle in action.
FIG. 1. Photo of MMCR at the SGP site
of the ARM program.
1608 OCTOBER 2007|
T
he choice of operating wavelength for
a radar (from radio detection and rang-
ing) is framed by two physical realities.
For radars with the same resolution volume
and transmitted power, as the operating
wavelength gets shorter the radar is capable of
detecting smaller particles (Lhermitte 1987);

  

Source: Ackerman, Thomas P. - Department of Atmospheric Sciences, University of Washington at Seattle
Stephens, Graeme L. - Department of Atmospheric Science, Colorado State University

 

Collections: Environmental Sciences and Ecology; Geosciences