Matches in SemOpenAlex for { <https://semopenalex.org/work/W3150592252> ?p ?o ?g. }
- W3150592252 abstract "Abstract Density of fine mode particles is an important physical parameter. However, its measurement and validation in the actual atmosphere are still difficult. In this study, the measurements at Shouxian, Anhui province, China (32.56°N, 116.78°E, elevation 22.7 m) in winter, are used for density retrieval and quality control. The effective density and number size distribution of fine mode aerosol can be obtained in real time, by using the scanning mobility particle sizer and aerodynamic particle sizer. During the experiment, the average density is about 1.66 ± 0.15 g/cm 3 with the uncertainty of 0.19 g/cm 3 calculated from the residuals in the overlap region of scanning mobility and aerodynamic particle sizers. A multi‐instrument measurement and quality control scheme is proposed to identify large measurement uncertainties. The extinction and scattering coefficients calculated from the merged fine particle number size distributions by Mie theory are comparable with the measurements from cavity‐enhanced albedometer. The differences between the calculated and observed scattering and extinction coefficients are less than 2%. Meanwhile, the deduced aerosol complex refractive index n and k are obtained by minimizing the sum of squared residuals of extinction and scattering coefficients and comparable with the values retrieved from the Sun‐sky radiometer CE318 measurements. The correlation coefficient on n is 0.72. However, the correlation on k is not optimized, explained by the influence of anthropogenic aerosol particles with strong absorption near ground and the poor accuracy of k . Compared with independent observations, a good agreement between the optical parameters is also obtained." @default.
- W3150592252 created "2021-04-13" @default.
- W3150592252 creator A5012850904 @default.
- W3150592252 creator A5022188121 @default.
- W3150592252 creator A5033167149 @default.
- W3150592252 creator A5038369203 @default.
- W3150592252 creator A5042754874 @default.
- W3150592252 creator A5044644796 @default.
- W3150592252 creator A5064574915 @default.
- W3150592252 creator A5069717456 @default.
- W3150592252 creator A5074343026 @default.
- W3150592252 creator A5076642136 @default.
- W3150592252 date "2018-11-13" @default.
- W3150592252 modified "2023-09-29" @default.
- W3150592252 title "Retrieval of Atmospheric Fine Particulate Density Based on Merging Particle Size Distribution Measurements: Multi‐instrument Observation and Quality Control at Shouxian" @default.
- W3150592252 cites W1559399347 @default.
- W3150592252 cites W1564094774 @default.
- W3150592252 cites W1969102395 @default.
- W3150592252 cites W1976824623 @default.
- W3150592252 cites W1980891198 @default.
- W3150592252 cites W1983175659 @default.
- W3150592252 cites W1985587901 @default.
- W3150592252 cites W1986694277 @default.
- W3150592252 cites W1990692990 @default.
- W3150592252 cites W1993419861 @default.
- W3150592252 cites W1995416936 @default.
- W3150592252 cites W2000389218 @default.
- W3150592252 cites W2005695278 @default.
- W3150592252 cites W2009411593 @default.
- W3150592252 cites W2010625139 @default.
- W3150592252 cites W2013498974 @default.
- W3150592252 cites W2020417792 @default.
- W3150592252 cites W2021279663 @default.
- W3150592252 cites W2022388755 @default.
- W3150592252 cites W2026317156 @default.
- W3150592252 cites W2028561100 @default.
- W3150592252 cites W2033268074 @default.
- W3150592252 cites W2036745747 @default.
- W3150592252 cites W2036937370 @default.
- W3150592252 cites W2037934638 @default.
- W3150592252 cites W2044428202 @default.
- W3150592252 cites W2045747043 @default.
- W3150592252 cites W2047442548 @default.
- W3150592252 cites W2053799799 @default.
- W3150592252 cites W2060843688 @default.
- W3150592252 cites W2063094669 @default.
- W3150592252 cites W2069530000 @default.
- W3150592252 cites W2070464942 @default.
- W3150592252 cites W2073340285 @default.
- W3150592252 cites W2074942519 @default.
- W3150592252 cites W2078006822 @default.
- W3150592252 cites W2083646987 @default.
- W3150592252 cites W2087271056 @default.
- W3150592252 cites W2089433206 @default.
- W3150592252 cites W2093878129 @default.
- W3150592252 cites W2106103662 @default.
- W3150592252 cites W2106585632 @default.
- W3150592252 cites W2112330104 @default.
- W3150592252 cites W2125426196 @default.
- W3150592252 cites W2131140592 @default.
- W3150592252 cites W2132436993 @default.
- W3150592252 cites W2139837229 @default.
- W3150592252 cites W2140282454 @default.
- W3150592252 cites W2143993673 @default.
- W3150592252 cites W2144345975 @default.
- W3150592252 cites W2162912069 @default.
- W3150592252 cites W2163882954 @default.
- W3150592252 cites W2167427547 @default.
- W3150592252 cites W2167929905 @default.
- W3150592252 cites W2189499426 @default.
- W3150592252 cites W2242357534 @default.
- W3150592252 cites W2289243322 @default.
- W3150592252 cites W2322146677 @default.
- W3150592252 cites W2588391982 @default.
- W3150592252 cites W2603304070 @default.
- W3150592252 cites W4234618391 @default.
- W3150592252 cites W4292822122 @default.
- W3150592252 doi "https://doi.org/10.1029/2018jd028956" @default.
- W3150592252 hasPublicationYear "2018" @default.
- W3150592252 type Work @default.
- W3150592252 sameAs 3150592252 @default.
- W3150592252 citedByCount "7" @default.
- W3150592252 countsByYear W31505922522019 @default.
- W3150592252 countsByYear W31505922522020 @default.
- W3150592252 countsByYear W31505922522021 @default.
- W3150592252 countsByYear W31505922522022 @default.
- W3150592252 countsByYear W31505922522023 @default.
- W3150592252 crossrefType "journal-article" @default.
- W3150592252 hasAuthorship W3150592252A5012850904 @default.
- W3150592252 hasAuthorship W3150592252A5022188121 @default.
- W3150592252 hasAuthorship W3150592252A5033167149 @default.
- W3150592252 hasAuthorship W3150592252A5038369203 @default.
- W3150592252 hasAuthorship W3150592252A5042754874 @default.
- W3150592252 hasAuthorship W3150592252A5044644796 @default.
- W3150592252 hasAuthorship W3150592252A5064574915 @default.
- W3150592252 hasAuthorship W3150592252A5069717456 @default.
- W3150592252 hasAuthorship W3150592252A5074343026 @default.
- W3150592252 hasAuthorship W3150592252A5076642136 @default.
- W3150592252 hasConcept C101991246 @default.
- W3150592252 hasConcept C105795698 @default.