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• W2674899056 endingPage "1734" @default.
• W2674899056 startingPage "1717" @default.
• W2674899056 abstract "The growing concern about air quality and the impact exhaust particles can have on the environment has resulted in the increased use of alternative fuels. A sampling campaign from a conventional heavy diesel engine operated in typical transient cycle or steady-state condition, and running on diesel, 30% biodiesel in diesel, and 100% biodiesel was carried out. The particulate composition was characterized using Fourier Transform Infrared (FTIR) spectroscopy, Two-step Laser Mass Spectrometry (L2MS), Secondary Ion Mass Spectrometry (SIMS), thermo-optical analysis, and capillary electrophoresis. Elemental carbon is demonstrated to decrease from diesel to 100% biodiesel, in agreement with the evolution of aromatic bands and the MS abundance of Cn– fragments, while organic carbon exhibits a constant level irrespective of the working regime. Aliphatic, aromatic, carboxyl, carbonyl, hydroxyl functionalities, and nitro compounds are found to depend on the engine-working regime. Mass spectra are mainly characterized by alkyl fragments (CnH2n+1+), associated to normal and branched alkanes, PAHs and their alkylated derivatives. The addition of biodiesel to diesel changes the particulate composition towards more oxygenated constituents, such as carbonyl groups attributed to methyl ester CH3O+ fragments of unburned biodiesel. Fuel-specific fragments have been identified, such as C3H7O+ for diesel, and C2H3O2+ and CH3O– for biodiesel. Nitrogenized compounds are revealed by -NO2 functionalities and N-containing fragments. Principal Component Analysis (PCA) was successfully applied to discriminate the engine operating conditions, with a higher variance given by the fuel, thus allowing to better evaluate the environmental impacts of alternative energy source emissions." @default.
• W2674899056 created "2017-06-30" @default.
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• W2674899056 date "2017-01-01" @default.
• W2674899056 modified "2023-10-15" @default.
• W2674899056 title "Chemical Composition of Diesel/Biodiesel Particulate Exhaust by FTIR Spectroscopy and Mass Spectrometry: Impact of Fuel and Driving Cycle" @default.
• W2674899056 cites W1838380446 @default.
• W2674899056 cites W1843484340 @default.
• W2674899056 cites W1891917253 @default.
• W2674899056 cites W1964831145 @default.
• W2674899056 cites W1965486232 @default.
• W2674899056 cites W1965752084 @default.
• W2674899056 cites W1966069031 @default.
• W2674899056 cites W1967415205 @default.
• W2674899056 cites W1967835485 @default.
• W2674899056 cites W1969323268 @default.
• W2674899056 cites W1974293688 @default.
• W2674899056 cites W1983260842 @default.
• W2674899056 cites W1983740601 @default.
• W2674899056 cites W1989012898 @default.
• W2674899056 cites W1995148697 @default.
• W2674899056 cites W1996621895 @default.
• W2674899056 cites W1998461278 @default.
• W2674899056 cites W1999683643 @default.
• W2674899056 cites W2001700133 @default.
• W2674899056 cites W2006073383 @default.
• W2674899056 cites W2007422493 @default.
• W2674899056 cites W2008269801 @default.
• W2674899056 cites W2008534204 @default.
• W2674899056 cites W2008796214 @default.
• W2674899056 cites W2009837182 @default.
• W2674899056 cites W2011240393 @default.
• W2674899056 cites W2011722031 @default.
• W2674899056 cites W2011973112 @default.
• W2674899056 cites W2013582710 @default.
• W2674899056 cites W2018078027 @default.
• W2674899056 cites W2019567366 @default.
• W2674899056 cites W2022318068 @default.
• W2674899056 cites W2024037180 @default.
• W2674899056 cites W2024840581 @default.
• W2674899056 cites W2029850555 @default.
• W2674899056 cites W2030537486 @default.
• W2674899056 cites W2040292890 @default.
• W2674899056 cites W2045929090 @default.
• W2674899056 cites W2048690601 @default.
• W2674899056 cites W2051419408 @default.
• W2674899056 cites W2054371887 @default.
• W2674899056 cites W2056551052 @default.
• W2674899056 cites W2061049779 @default.
• W2674899056 cites W2062252413 @default.
• W2674899056 cites W2067278628 @default.
• W2674899056 cites W2071327121 @default.
• W2674899056 cites W2073952761 @default.
• W2674899056 cites W2075704530 @default.
• W2674899056 cites W2076061604 @default.
• W2674899056 cites W2076279052 @default.
• W2674899056 cites W2080742034 @default.
• W2674899056 cites W2080860718 @default.
• W2674899056 cites W2081586229 @default.
• W2674899056 cites W2084521881 @default.
• W2674899056 cites W2087003927 @default.
• W2674899056 cites W2093162108 @default.
• W2674899056 cites W2093533799 @default.
• W2674899056 cites W2104724954 @default.
• W2674899056 cites W2120971774 @default.
• W2674899056 cites W2129212361 @default.
• W2674899056 cites W2146271692 @default.
• W2674899056 cites W2148462529 @default.
• W2674899056 cites W2156550005 @default.
• W2674899056 cites W2161032652 @default.
• W2674899056 cites W2161255744 @default.
• W2674899056 cites W2168210799 @default.
• W2674899056 cites W2220632502 @default.
• W2674899056 cites W2284101970 @default.
• W2674899056 cites W2292088928 @default.
• W2674899056 cites W2319989762 @default.
• W2674899056 cites W2327618142 @default.
• W2674899056 cites W2461879193 @default.
• W2674899056 cites W2548837716 @default.
• W2674899056 cites W2581471964 @default.
• W2674899056 cites W2597800181 @default.
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• W2674899056 doi "https://doi.org/10.4209/aaqr.2017.04.0127" @default.
• W2674899056 hasPublicationYear "2017" @default.
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