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• W2029937823 abstract "Abstract. A single particle instrument was developed for real-time analysis of organic aerosol. This instrument, named Single Particle Laser Ablation Mass Spectrometry (SPLAM), samples particles using an aerodynamic lens system for which the theoretical performances were calculated. At the outlet of this system, particle detection and sizing are realized by using two continuous diode lasers operating at λ = 403 nm. Polystyrene Latex (PSL), sodium chloride (NaCl) and dioctylphtalate (DOP) particles were used to characterize and calibrate optical detection of SPLAM. The optical detection limit (DL) and detection efficiency (DE) were determined using size-selected DOP particles. The DE ranges from 0.1 to 90% for 100 and 350 nm DOP particles respectively and the SPLAM instrument is able to detect and size-resolve particles as small as 110–120 nm. During optical detection, particle scattered light from the two diode lasers, is detected by two photomultipliers and the detected signals are used to trigger UV excimer laser (λ = 248 nm) used for one-step laser desorption ionization (LDI) of individual aerosol particles. The formed ions are analyzed by a 1 m linear time-of-flight mass spectrometer in order to access to the chemical composition of individual particles. The TOF-MS detection limit for gaseous aromatic compounds was determined to be 0.85 × 10−15 kg (∼4 × 103 molecules). DOP particles were also used to test the overall operation of the instrument. The analysis of a secondary organic aerosol, formed in a smog chamber by the ozonolysis of indene, is presented as a first application of the instrument. Single particle mass spectra were obtained with an effective hit rate of 8%. Some of these mass spectra were found to be very different from one particle to another possibly reflecting chemical differences within the investigated indene SOA particles. Our study shows that an exhaustive statistical analysis, over hundreds of particles, and adapted reference mass spectra are further needed to understand the chemical meaning of single particle mass spectra of chemically complex submicrometer-sized organic aerosols." @default.
• W2029937823 created "2016-06-24" @default.
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• W2029937823 date "2012-01-26" @default.
• W2029937823 modified "2023-10-14" @default.
• W2029937823 title "Development and characterization of a single particle laser ablation mass spectrometer (SPLAM) for organic aerosol studies" @default.
• W2029937823 cites W1561878391 @default.
• W2029937823 cites W1963633212 @default.
• W2029937823 cites W1966005889 @default.
• W2029937823 cites W1966128561 @default.
• W2029937823 cites W1970939026 @default.
• W2029937823 cites W1974186182 @default.
• W2029937823 cites W1974926526 @default.
• W2029937823 cites W1976316993 @default.
• W2029937823 cites W1978863752 @default.
• W2029937823 cites W1978992158 @default.
• W2029937823 cites W1979619808 @default.
• W2029937823 cites W1983053065 @default.
• W2029937823 cites W1988058823 @default.
• W2029937823 cites W1990833576 @default.
• W2029937823 cites W1993154003 @default.
• W2029937823 cites W1995163638 @default.
• W2029937823 cites W1998068140 @default.
• W2029937823 cites W2001426933 @default.
• W2029937823 cites W2005649573 @default.
• W2029937823 cites W2009761601 @default.
• W2029937823 cites W2010870019 @default.
• W2029937823 cites W2012753279 @default.
• W2029937823 cites W2014430235 @default.
• W2029937823 cites W2016995633 @default.
• W2029937823 cites W2020571520 @default.
• W2029937823 cites W2021198116 @default.
• W2029937823 cites W2021456894 @default.
• W2029937823 cites W2023037439 @default.
• W2029937823 cites W2023433562 @default.
• W2029937823 cites W2024503159 @default.
• W2029937823 cites W2024602595 @default.
• W2029937823 cites W2026485295 @default.
• W2029937823 cites W2028278419 @default.
• W2029937823 cites W2033085586 @default.
• W2029937823 cites W2048156426 @default.
• W2029937823 cites W2055953245 @default.
• W2029937823 cites W2058229196 @default.
• W2029937823 cites W2068063821 @default.
• W2029937823 cites W2068241704 @default.
• W2029937823 cites W2069186996 @default.
• W2029937823 cites W2069196382 @default.
• W2029937823 cites W2072478844 @default.
• W2029937823 cites W2073030654 @default.
• W2029937823 cites W2074307487 @default.
• W2029937823 cites W2074618726 @default.
• W2029937823 cites W2079590605 @default.
• W2029937823 cites W2079622146 @default.
• W2029937823 cites W2082263866 @default.
• W2029937823 cites W2083843513 @default.
• W2029937823 cites W2087357626 @default.
• W2029937823 cites W2091478754 @default.
• W2029937823 cites W2091910448 @default.
• W2029937823 cites W2092733447 @default.
• W2029937823 cites W2094816998 @default.
• W2029937823 cites W2094852141 @default.
• W2029937823 cites W2098348578 @default.
• W2029937823 cites W2107326994 @default.
• W2029937823 cites W2108914136 @default.
• W2029937823 cites W2112626032 @default.
• W2029937823 cites W2116507044 @default.
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• W2029937823 cites W2136092558 @default.
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• W2029937823 cites W2170783614 @default.
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• W2029937823 doi "https://doi.org/10.5194/amt-5-225-2012" @default.
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