FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2082707783> ?p ?o ?g. }

• W2082707783 endingPage "86" @default.
• W2082707783 startingPage "73" @default.
• W2082707783 abstract "For the first time, comprehensive aircraft measurements of atmospheric aerosols and cloud condensation nuclei (CCN) were made over the Loess Plateau in Shanxi, China. Data from six flights in July and August 2013 were analyzed. Fine aerosols were predominant over the region. On the one hazy day, the fraction of fine particles in the total aerosol load was the greatest. Aerosol number concentration decreased exponentially with altitude. Inversion layers caused low-level aerosol accumulation zones. The mean aerosol particle size increased with altitude, and the larger particles were mainly found above 2 km. Aerosol number size distributions at different height ranges showed two or three peaks. The aerosol number size distribution from 0.01 μm to 20 μm can be fitted with three log-normal distribution functions. The number concentration of CCN (NCCN) decreased with altitude. NCCN was linearly related to the CN concentration (NCN). The fraction of CCN to CN (fCCN/CN) at 0.3% SS was half of that at 0.4% SS. The fCCN/CN on the hazy day was lower than on the clear days. Vertical profiles of fCCN/CN and the effective diameter (ED) were similar, although the fCCN/CN increased with altitude." @default.
• W2082707783 created "2016-06-24" @default.
• W2082707783 creator A5021321050 @default.
• W2082707783 creator A5030908494 @default.
• W2082707783 creator A5032528335 @default.
• W2082707783 creator A5037950211 @default.
• W2082707783 creator A5045287775 @default.
• W2082707783 creator A5051286588 @default.
• W2082707783 creator A5067400352 @default.
• W2082707783 creator A5070372106 @default.
• W2082707783 creator A5071409265 @default.
• W2082707783 creator A5082290659 @default.
• W2082707783 creator A5085884060 @default.
• W2082707783 creator A5090318355 @default.
• W2082707783 date "2015-03-01" @default.
• W2082707783 modified "2023-10-17" @default.
• W2082707783 title "Aircraft measurements of the vertical distribution and activation property of aerosol particles over the Loess Plateau in China" @default.
• W2082707783 cites W1487831352 @default.
• W2082707783 cites W1540639285 @default.
• W2082707783 cites W1598092288 @default.
• W2082707783 cites W1673318037 @default.
• W2082707783 cites W1867678312 @default.
• W2082707783 cites W1963558950 @default.
• W2082707783 cites W1969125927 @default.
• W2082707783 cites W1973882529 @default.
• W2082707783 cites W1974806585 @default.
• W2082707783 cites W1975278507 @default.
• W2082707783 cites W1978983144 @default.
• W2082707783 cites W1981041732 @default.
• W2082707783 cites W1982232999 @default.
• W2082707783 cites W1989042856 @default.
• W2082707783 cites W1991221348 @default.
• W2082707783 cites W1992278417 @default.
• W2082707783 cites W1993157331 @default.
• W2082707783 cites W2001155707 @default.
• W2082707783 cites W2004145515 @default.
• W2082707783 cites W2008641547 @default.
• W2082707783 cites W2014741650 @default.
• W2082707783 cites W2015317407 @default.
• W2082707783 cites W2015544209 @default.
• W2082707783 cites W2019493306 @default.
• W2082707783 cites W2022810714 @default.
• W2082707783 cites W2029087567 @default.
• W2082707783 cites W2031974819 @default.
• W2082707783 cites W2037062907 @default.
• W2082707783 cites W2038328366 @default.
• W2082707783 cites W2040734443 @default.
• W2082707783 cites W2042369731 @default.
• W2082707783 cites W2044417816 @default.
• W2082707783 cites W2046642617 @default.
• W2082707783 cites W2053452714 @default.
• W2082707783 cites W2055740215 @default.
• W2082707783 cites W2057283791 @default.
• W2082707783 cites W2058853538 @default.
• W2082707783 cites W2058903389 @default.
• W2082707783 cites W2060563929 @default.
• W2082707783 cites W2062831251 @default.
• W2082707783 cites W2070804679 @default.
• W2082707783 cites W2071400988 @default.
• W2082707783 cites W2073115945 @default.
• W2082707783 cites W2073933662 @default.
• W2082707783 cites W2075867375 @default.
• W2082707783 cites W2077050854 @default.
• W2082707783 cites W2077616853 @default.
• W2082707783 cites W2078757045 @default.
• W2082707783 cites W2081585332 @default.
• W2082707783 cites W2085188293 @default.
• W2082707783 cites W2094691975 @default.
• W2082707783 cites W2095282061 @default.
• W2082707783 cites W2101033347 @default.
• W2082707783 cites W2105463749 @default.
• W2082707783 cites W2106290037 @default.
• W2082707783 cites W2106549035 @default.
• W2082707783 cites W2110062597 @default.
• W2082707783 cites W2113257326 @default.
• W2082707783 cites W2116040867 @default.
• W2082707783 cites W2116900371 @default.
• W2082707783 cites W2142078859 @default.
• W2082707783 cites W2143468207 @default.
• W2082707783 cites W2145971409 @default.
• W2082707783 cites W2148854824 @default.
• W2082707783 cites W2149549709 @default.
• W2082707783 cites W2163667214 @default.
• W2082707783 cites W2172694317 @default.
• W2082707783 cites W2333885941 @default.
• W2082707783 cites W4229935748 @default.
• W2082707783 cites W4236270162 @default.
• W2082707783 doi "https://doi.org/10.1016/j.atmosres.2014.12.004" @default.
• W2082707783 hasPublicationYear "2015" @default.
• W2082707783 type Work @default.
• W2082707783 sameAs 2082707783 @default.
• W2082707783 citedByCount "30" @default.
• W2082707783 countsByYear W20827077832015 @default.
• W2082707783 countsByYear W20827077832016 @default.
• W2082707783 countsByYear W20827077832017 @default.
• W2082707783 countsByYear W20827077832018 @default.
• W2082707783 countsByYear W20827077832019 @default.
• W2082707783 countsByYear W20827077832020 @default.

• next