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- W1986047719 abstract "Mineral dust is an important aerosol species in the Earth’s atmosphere and has a major source within North Africa, of which the Sahara forms the major part. Aerosol Time of Flight Mass Spectrometry (ATOFMS) is first used to determine the mixing state of dust particles collected from the land surface in the Saharan region, showing low abundance of species such as nitrate and sulphate internally mixed with the dust mineral matrix. These data are then compared with the ATOFMS single particle mass spectra of Saharan dust particles detected in the marine atmosphere in the vicinity of the Cape Verde islands, which are further compared with those from particles with longer atmospheric residence sampled at a coastal station at Mace Head, Ireland. Saharan dust particles collected near the Cape Verde Islands showed increased internally mixed nitrate but no sulphate, whilst Saharan dust particles collected on the coast of Ireland showed a very high degree of internally mixed secondary species including nitrate, sulphate and methanesulphonate. This uptake of secondary species will change the pH and hygroscopic properties of the aerosol dust and thus can influence the budgets of other reactive gases, as well as influencing the radiative properties of the particles and the availability of metals for dissolution." @default.
- W1986047719 created "2016-06-24" @default.
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- W1986047719 date "2010-08-01" @default.
- W1986047719 modified "2023-10-17" @default.
- W1986047719 title "Variation of the mixing state of Saharan dust particles with atmospheric transport" @default.
- W1986047719 cites W1964423747 @default.
- W1986047719 cites W1969000165 @default.
- W1986047719 cites W1971484197 @default.
- W1986047719 cites W1973591035 @default.
- W1986047719 cites W1975804496 @default.
- W1986047719 cites W1978731813 @default.
- W1986047719 cites W1983016934 @default.
- W1986047719 cites W1984484393 @default.
- W1986047719 cites W1985767539 @default.
- W1986047719 cites W1987148569 @default.
- W1986047719 cites W1990537653 @default.
- W1986047719 cites W1991778269 @default.
- W1986047719 cites W1993447811 @default.
- W1986047719 cites W1994104550 @default.
- W1986047719 cites W1995594261 @default.
- W1986047719 cites W1997281484 @default.
- W1986047719 cites W1999020034 @default.
- W1986047719 cites W1999868042 @default.
- W1986047719 cites W2007483549 @default.
- W1986047719 cites W2011018145 @default.
- W1986047719 cites W2012276155 @default.
- W1986047719 cites W2014941408 @default.
- W1986047719 cites W202440244 @default.
- W1986047719 cites W2024442065 @default.
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- W1986047719 cites W2028833959 @default.
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- W1986047719 cites W2032321488 @default.
- W1986047719 cites W2032701007 @default.
- W1986047719 cites W2040368914 @default.
- W1986047719 cites W2046874471 @default.
- W1986047719 cites W2047177845 @default.
- W1986047719 cites W2048094265 @default.
- W1986047719 cites W2048387479 @default.
- W1986047719 cites W2052826296 @default.
- W1986047719 cites W2054119472 @default.
- W1986047719 cites W2055153124 @default.
- W1986047719 cites W2056358767 @default.
- W1986047719 cites W2061638594 @default.
- W1986047719 cites W2063160720 @default.
- W1986047719 cites W2065352925 @default.
- W1986047719 cites W2070009663 @default.
- W1986047719 cites W2072478844 @default.
- W1986047719 cites W2072861274 @default.
- W1986047719 cites W2079525897 @default.
- W1986047719 cites W2081107827 @default.
- W1986047719 cites W2085382828 @default.
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- W1986047719 cites W2089489390 @default.
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- W1986047719 cites W2094785557 @default.
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- W1986047719 cites W2121831435 @default.
- W1986047719 cites W2126729384 @default.
- W1986047719 cites W2136533233 @default.
- W1986047719 cites W2138460152 @default.
- W1986047719 cites W2142180479 @default.
- W1986047719 cites W2162923152 @default.
- W1986047719 cites W2163951142 @default.
- W1986047719 cites W2164263790 @default.
- W1986047719 cites W2167705142 @default.
- W1986047719 cites W2167926271 @default.
- W1986047719 cites W2952443239 @default.
- W1986047719 cites W585222231 @default.
- W1986047719 cites W75807313 @default.
- W1986047719 cites W2182176887 @default.
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- W1986047719 doi "https://doi.org/10.1016/j.atmosenv.2010.05.030" @default.
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