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- W855546040 abstract "A first time comprehensive study of Cloud Condensation Nuclei (CCN) and associated spectra from both airborne and ground campaigns of the Cloud Aerosol Interaction and Precipitation Enhancement Experiment (CAIPEEX) conducted over the rain shadow region of Western Ghats during September and October 2011 is illustrated. Observations of CCN spectra during clean, polluted and highly polluted conditions indicated significant differences between airborne and ground observations. Vertical variation of CCN concentration is illustrated from airborne observations in the clean, polluted and highly polluted conditions with different air mass characteristics. The cloud base CCN number concentrations are three times less than that of the surface measurements at different supersaturations. Diurnal variations of the ground based CCN number concentration and activation diameter showed bimodality. Atmospheric mixing in the wet conditions is mainly through mechanical mixing. The dry conditions favored convective mixing and were dominated by more CCN than the wet conditions. New particle formation and growth events have been observed and were found more often on days with convective mixing. The average critical activation diameter (at 0.6% SS) observed at the ground is approximately 60 nm and availability of a large number of particles below this limit was due to the new particle formation. Observations give convincing evidence that the precipitable water and liquid water path is inversely proportional to surface CCN number concentration, and this relationship is largely dictated by the meteorological conditions." @default.
- W855546040 created "2016-06-24" @default.
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- W855546040 date "2016-01-01" @default.
- W855546040 modified "2023-09-30" @default.
- W855546040 title "Airborne and ground based CCN spectral characteristics: Inferences from CAIPEEX – 2011" @default.
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- W855546040 cites W1973412224 @default.
- W855546040 cites W1975006905 @default.
- W855546040 cites W1987618296 @default.
- W855546040 cites W1989258851 @default.
- W855546040 cites W1994776679 @default.
- W855546040 cites W1996032974 @default.
- W855546040 cites W2010952761 @default.
- W855546040 cites W2012907556 @default.
- W855546040 cites W2016456913 @default.
- W855546040 cites W2017594474 @default.
- W855546040 cites W2017627270 @default.
- W855546040 cites W2017737863 @default.
- W855546040 cites W2020075470 @default.
- W855546040 cites W2020625500 @default.
- W855546040 cites W2023996680 @default.
- W855546040 cites W2025870163 @default.
- W855546040 cites W2030280376 @default.
- W855546040 cites W2031627633 @default.
- W855546040 cites W2035100346 @default.
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- W855546040 cites W2050171144 @default.
- W855546040 cites W2053651823 @default.
- W855546040 cites W2055228374 @default.
- W855546040 cites W2060563929 @default.
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- W855546040 cites W2064943738 @default.
- W855546040 cites W2067648302 @default.
- W855546040 cites W2069220482 @default.
- W855546040 cites W2070627708 @default.
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- W855546040 cites W2092600957 @default.
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- W855546040 doi "https://doi.org/10.1016/j.atmosenv.2015.06.041" @default.
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