Matches in SemOpenAlex for { <https://semopenalex.org/work/W2034209838> ?p ?o ?g. }
- W2034209838 endingPage "94" @default.
- W2034209838 startingPage "86" @default.
- W2034209838 abstract "An aerosol mass spectrometric set-up is presented comprising three different laser based techniques for on-line analysis of particles. The implemented methods are one-step laser desorption/ionisation (LDI), two-step laser desorption/photoionisation (LDPI) and thermal desorption/photoionisation (TDPI). Photoionisation processes for the latter two methods are based on resonance enhanced multiphoton ionisation (REMPI), which is highly selective and sensitive for polyaromatic hydrocarbons (PAH). LDI is especially suitable for the detection of inorganic compounds and the determination of sum values such as elemental carbon content. Investigated samples were particles from spruce wood ash generated by an oxygen-controlled residential heating system and exhaust gases from a gasoline driven passenger car. In the positive LDI mass spectra several metal cations such as potassium and iron are detectable, whereas carbon clusters can be observed with the negative mode. With LD-REMPI and TD-REMPI various PAH such as phenanthrene and derivatives, pyrene, etc., become visible. In the wood ash samples relatively high yields of retene were found, which could be used as tracer compound for coniferous wood combustion. All three modes can be applied with only slight modifications of the instrument. Thus, it allows characterising single particles on a real time basis and, depending on the application, the most convenient technique can be selected." @default.
- W2034209838 created "2016-06-24" @default.
- W2034209838 creator A5004825633 @default.
- W2034209838 creator A5020487887 @default.
- W2034209838 creator A5034871177 @default.
- W2034209838 creator A5037422708 @default.
- W2034209838 creator A5056733951 @default.
- W2034209838 creator A5061142660 @default.
- W2034209838 creator A5072748713 @default.
- W2034209838 date "2006-12-01" @default.
- W2034209838 modified "2023-10-10" @default.
- W2034209838 title "An on-line aerosol laser mass spectrometer with three, easily interchangeable laser based ionisation methods for characterisation of inorganic and aromatic compounds on particles" @default.
- W2034209838 cites W1965358789 @default.
- W2034209838 cites W1967521448 @default.
- W2034209838 cites W1967753278 @default.
- W2034209838 cites W1969238151 @default.
- W2034209838 cites W1973726644 @default.
- W2034209838 cites W1974166992 @default.
- W2034209838 cites W1974926526 @default.
- W2034209838 cites W1976557884 @default.
- W2034209838 cites W1978216319 @default.
- W2034209838 cites W1978863752 @default.
- W2034209838 cites W1978992158 @default.
- W2034209838 cites W1979017922 @default.
- W2034209838 cites W1979619808 @default.
- W2034209838 cites W1980311783 @default.
- W2034209838 cites W1982484146 @default.
- W2034209838 cites W1983053065 @default.
- W2034209838 cites W1986016007 @default.
- W2034209838 cites W1989721257 @default.
- W2034209838 cites W1990889448 @default.
- W2034209838 cites W1991368351 @default.
- W2034209838 cites W1992303429 @default.
- W2034209838 cites W1993154003 @default.
- W2034209838 cites W1994024845 @default.
- W2034209838 cites W1994347005 @default.
- W2034209838 cites W1995163927 @default.
- W2034209838 cites W1996611343 @default.
- W2034209838 cites W1998068140 @default.
- W2034209838 cites W2000225726 @default.
- W2034209838 cites W2002146930 @default.
- W2034209838 cites W2006073383 @default.
- W2034209838 cites W2008493342 @default.
- W2034209838 cites W2010824179 @default.
- W2034209838 cites W2013493473 @default.
- W2034209838 cites W2014589977 @default.
- W2034209838 cites W2019566939 @default.
- W2034209838 cites W2021583537 @default.
- W2034209838 cites W2024442065 @default.
- W2034209838 cites W2024978822 @default.
- W2034209838 cites W2025772648 @default.
- W2034209838 cites W2026393349 @default.
- W2034209838 cites W2028123374 @default.
- W2034209838 cites W2029890768 @default.
- W2034209838 cites W2032401307 @default.
- W2034209838 cites W2032866325 @default.
- W2034209838 cites W2035402472 @default.
- W2034209838 cites W2037161592 @default.
- W2034209838 cites W2038606465 @default.
- W2034209838 cites W2038717962 @default.
- W2034209838 cites W2040066643 @default.
- W2034209838 cites W2040529061 @default.
- W2034209838 cites W2040830309 @default.
- W2034209838 cites W2041159126 @default.
- W2034209838 cites W2042331645 @default.
- W2034209838 cites W2043481611 @default.
- W2034209838 cites W2045159566 @default.
- W2034209838 cites W2045258300 @default.
- W2034209838 cites W2046949673 @default.
- W2034209838 cites W2051467022 @default.
- W2034209838 cites W2057586851 @default.
- W2034209838 cites W2065129246 @default.
- W2034209838 cites W2065409007 @default.
- W2034209838 cites W2066061039 @default.
- W2034209838 cites W2067264333 @default.
- W2034209838 cites W2068063821 @default.
- W2034209838 cites W2071756730 @default.
- W2034209838 cites W2073030654 @default.
- W2034209838 cites W2074579424 @default.
- W2034209838 cites W2076274831 @default.
- W2034209838 cites W2076462014 @default.
- W2034209838 cites W2079590605 @default.
- W2034209838 cites W2079622146 @default.
- W2034209838 cites W2080350337 @default.
- W2034209838 cites W2081353390 @default.
- W2034209838 cites W2083843513 @default.
- W2034209838 cites W2084846709 @default.
- W2034209838 cites W2085589106 @default.
- W2034209838 cites W2085593160 @default.
- W2034209838 cites W2091478754 @default.
- W2034209838 cites W2091910448 @default.
- W2034209838 cites W2094415424 @default.
- W2034209838 cites W2094852141 @default.
- W2034209838 cites W2095398169 @default.
- W2034209838 cites W2098348578 @default.
- W2034209838 cites W2101039127 @default.
- W2034209838 cites W2104198157 @default.
- W2034209838 cites W2117610650 @default.