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• W2006790147 startingPage "n/a" @default.
• W2006790147 abstract "[1] High quality measurements of ice cloud properties from ground- and space-based sensors are key for improving our understanding of processes that affect ice cloud radiative effects and lifetime. Doppler cloud radars provide two independent measurements (reflectivity and Doppler velocity) to constrain the ice clouds microphysical retrievals. However, the retrievals are highly sensitive to the choice of the scattering forward model for non-spherical particles at millimeter-wavelengths and the selection of parameters in the mass- and velocity-size relationships, as well as to the representation of the particle size distribution (PSD). In this paper (part 1), the development of the basic relations used in the retrieval is presented. A novel approach for reducing the number of free parameters required to describe the microphysical properties of ice particles is described. The new proposed form of the mass-size relationship significantly reduces the sensitivity of the quantities of interest to the power law mass exponent, leaving only one parameter controlling mass dimensional relationship. A similar approach is adopted in the velocity calculation. In order to reduce the retrieval's dependence on the size distribution, the PSD defined for liquid-equivalent diameter is described using the concept of double moment normalization. The two normalizing quantities, mean mass-weighted diameter (Dm) and ice water content (IWC) are controlled mainly by the PSD size interval that is also an important contributor to the two Doppler observables. Both Dm and IWC are generally not very sensitive to the PSD segments of the smallest and largest particles that are considered as very uncertain." @default.
• W2006790147 created "2016-06-24" @default.
• W2006790147 creator A5014390294 @default.
• W2006790147 creator A5045860366 @default.
• W2006790147 creator A5078378073 @default.
• W2006790147 date "2012-07-26" @default.
• W2006790147 modified "2023-10-18" @default.
• W2006790147 title "Ice clouds microphysical retrieval using 94-GHz Doppler radar observations: Basic relations within the retrieval framework" @default.
• W2006790147 cites W1513466144 @default.
• W2006790147 cites W1553206119 @default.
• W2006790147 cites W1613795631 @default.
• W2006790147 cites W1968520704 @default.
• W2006790147 cites W1968541152 @default.
• W2006790147 cites W1971263073 @default.
• W2006790147 cites W1974474410 @default.
• W2006790147 cites W1977469072 @default.
• W2006790147 cites W1979895664 @default.
• W2006790147 cites W1983452070 @default.
• W2006790147 cites W1986345419 @default.
• W2006790147 cites W1988498574 @default.
• W2006790147 cites W1990118576 @default.
• W2006790147 cites W1991265075 @default.
• W2006790147 cites W1992566586 @default.
• W2006790147 cites W1993960085 @default.
• W2006790147 cites W1995842717 @default.
• W2006790147 cites W1997746439 @default.
• W2006790147 cites W2002370027 @default.
• W2006790147 cites W2004084705 @default.
• W2006790147 cites W2008594745 @default.
• W2006790147 cites W2009452797 @default.
• W2006790147 cites W2010778555 @default.
• W2006790147 cites W2011234168 @default.
• W2006790147 cites W2014199340 @default.
• W2006790147 cites W2034159542 @default.
• W2006790147 cites W2037568989 @default.
• W2006790147 cites W2040024665 @default.
• W2006790147 cites W2045894505 @default.
• W2006790147 cites W2048051513 @default.
• W2006790147 cites W2048407298 @default.
• W2006790147 cites W2050293252 @default.
• W2006790147 cites W2050592390 @default.
• W2006790147 cites W2052760356 @default.
• W2006790147 cites W2056575570 @default.
• W2006790147 cites W2058024487 @default.
• W2006790147 cites W2060396294 @default.
• W2006790147 cites W2060411282 @default.
• W2006790147 cites W2061087560 @default.
• W2006790147 cites W2061537181 @default.
• W2006790147 cites W2061792766 @default.
• W2006790147 cites W2063032378 @default.
• W2006790147 cites W2064879933 @default.
• W2006790147 cites W2065117080 @default.
• W2006790147 cites W2065450476 @default.
• W2006790147 cites W2066295638 @default.
• W2006790147 cites W2069717158 @default.
• W2006790147 cites W2072091687 @default.
• W2006790147 cites W2077712623 @default.
• W2006790147 cites W2078016202 @default.
• W2006790147 cites W2078315240 @default.
• W2006790147 cites W2078522113 @default.
• W2006790147 cites W2080964149 @default.
• W2006790147 cites W2082054253 @default.
• W2006790147 cites W2082324942 @default.
• W2006790147 cites W2088732358 @default.
• W2006790147 cites W2091458129 @default.
• W2006790147 cites W2091778621 @default.
• W2006790147 cites W2095844902 @default.
• W2006790147 cites W2096424133 @default.
• W2006790147 cites W2096798869 @default.
• W2006790147 cites W2103617451 @default.
• W2006790147 cites W2103737497 @default.
• W2006790147 cites W2104485729 @default.
• W2006790147 cites W2115012166 @default.
• W2006790147 cites W2116304420 @default.
• W2006790147 cites W2120114636 @default.
• W2006790147 cites W2120192921 @default.
• W2006790147 cites W2126705532 @default.
• W2006790147 cites W2127648936 @default.
• W2006790147 cites W2128634041 @default.
• W2006790147 cites W2128749168 @default.
• W2006790147 cites W2131246033 @default.
• W2006790147 cites W2133487359 @default.
• W2006790147 cites W2135985073 @default.
• W2006790147 cites W2136489520 @default.
• W2006790147 cites W2137083458 @default.
• W2006790147 cites W2137961154 @default.
• W2006790147 cites W2138274386 @default.
• W2006790147 cites W2138721042 @default.
• W2006790147 cites W2138781584 @default.
• W2006790147 cites W2140254482 @default.
• W2006790147 cites W2140257878 @default.
• W2006790147 cites W2142829305 @default.
• W2006790147 cites W2149025380 @default.
• W2006790147 cites W2149167691 @default.
• W2006790147 cites W2151248247 @default.
• W2006790147 cites W2152428353 @default.
• W2006790147 cites W2152745976 @default.
• W2006790147 cites W2156498995 @default.

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