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Haedrich,\ L.\ ; Kousias,\ N.*\ ; Raptis,\ I.*\ ; Li,\ D.\ ; Stahl,\ U.\ ; Ntziachristos,\ L.*\ ; Ntziachristos,\ V.
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An optoacoustic black carbon sensor for ship emission monitoring.
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Aerosol Sci. Technol. 59, 1095-1107 (2025)
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Nannu Shankar,\ S.*\ ; O’Connor,\ A.*\ ; Mital,\ K.*\ ; Zhang,\ Y.*\ ; Theodore,\ A.*\ ; Shirkhani,\ A.*\ ; Amanatidis,\ S.*\ ; Lewis,\ G.S.*\ ; Eiguren Fernandez,\ A.*\ ; Tilly,\ T.B.*\ ; Schmid,\ O.\ ; Sabo-Attwood,\ T.*\ ; Wu,\ C.Y.*
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Cellular responses of lung cells cultured at an air-liquid interface are influenced by spatial nanoparticle deposition patterns in an in\ vitro aerosol exposure system.
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Aerosol Sci. Technol. 59, 1198-1209 (2025)
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Pardo,\ M.*\ ; Li,\ C.*\ ; Zimmermann,\ R.\ ; Rudich,\ Y.*
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Health impacts of biomass burning aerosols: Relation to oxidative stress and inflammation.
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Aerosol Sci. Technol. 58, 1093-1113 (2024)
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Pardo,\ M.*\ ; Czech,\ H.\ ; Offer,\ S.\ ; Sklorz,\ M.\ ; Di Bucchianico,\ S.\ ; Hartner,\ E.\ ; Pantzke,\ J.\ ; Kuhn,\ E.\ ; Paul,\ A.*\ ; Ziehm,\ T.*\ ; Zhang,\ Z.H.*\ ; Jakobi,\ G.\ ; Bauer,\ S.\ ; Huber,\ A.\ ; Zimmermann,\ E.\ ; Rastak,\ N.\ ; Binder,\ S.\ ; Brejcha,\ R.\ ; Schneider,\ E.*\ ; Orasche,\ J.\ ; Rüger,\ C.P.*\ ; Gröger,\ T.M.\ ; Oeder,\ S.\ ; Schnelle-Kreis,\ J.\ ; Hohaus,\ T.*\ ; Kalberer,\ M.*\ ; Sippula,\ O.*\ ; Kiendler-Scharr,\ A.*\ ; Zimmermann,\ R.\ ; Rudich,\ Y.*
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Atmospheric aging increases the cytotoxicity of bare soot particles in BEAS-2B lung cells.
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Aerosol Sci. Technol. 57, 367-383 (2023)
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Momenimovahed,\ A.*\ ; Gagné,\ S.*\ ; Martens,\ P.*\ ; Jakobi,\ G.\ ; Czech,\ H.\ ; Wichmann,\ V.*\ ; Buchholz,\ B.*\ ; Zimmermann,\ R.\ ; Behrends,\ B.*\ ; Thomson,\ K.A.*
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Comparison of black carbon measurement techniques for marine engine emissions using three marine fuel types.
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Aerosol Sci. Technol. 56, 46-62 (2022)
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Koch,\ A.*\ ; Bergelt,\ P.*\ ; Fiala,\ P.*\ ; Käfer,\ U.*\ ; Orasche,\ J.\ ; Bauer,\ S.\ ; Di Bucchianico,\ S.\ ; Stintz,\ M.*\ ; Gröger,\ T.M.\ ; Streibel,\ T.\ ; Zimmermann,\ R.
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Investigation of chemical composition and fiber-occurrence in inhalable particulate matter obtained from dry cutting processes of carbon fiber reinforced concrete composite, concrete and the carbon fiber reinforcement materials.
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Aerosol Sci. Technol. 5, 292–306 (2021)
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Karg,\ E.W.\ ; Ferron,\ G.A.\ ; Bauer,\ S.\ ; Di Bucchianico,\ S.\ ; Zimmermann,\ R.*
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Is the particle deposition in a cell exposure facility comparable to the lungs? A computer model approach.
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Aerosol Sci. Technol. 54, 668-684 (2020)
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Ihalainen,\ M.*\ ; Tiitta,\ P.*\ ; Czech,\ H.*\ ; Yli-Pirilä,\ P.*\ ; Hartikainen,\ A.*\ ; Kortelainen,\ M.*\ ; Tissari,\ J.*\ ; Stengel,\ B.*\ ; Sklorz,\ M.\ ; Suhonen,\ H.*\ ; Lamberg,\ H.*\ ; Leskinen,\ A.*\ ; Kiendler-Scharr,\ A.*\ ; Harndorf,\ H.*\ ; Zimmermann,\ R.\ ; Jokiniemi,\ J.*\ ; Sippula,\ O.*
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A novel high-volume Photochemical Emission Aging flow tube Reactor (PEAR).
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Aerosol Sci. Technol. 53, 276-294 (2019)
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O\'Connor,\ D.*\ ; Healy,\ D.A.*\ ; Buters,\ J.T.M.\ ; Sodeau,\ J.R.*
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Using the WIBS-4 (Waveband Integrated Bioaerosol Sensor) technique for the on-line detection of pollen grains.
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Aerosol Sci. Technol. 48, 341-349 (2014)
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Deuerling,\ C.F.\ ; Maguhn,\ J.\ ; Nordsieck,\ H.O.*\ ; Warnecke,\ R.*\ ; Zimmermann,\ R.
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Measurement system for characterization of gas and particle phase of high temperature combustion aerosols.
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Aerosol Sci. Technol. 44, 1-9 (2010)
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Roth,\ C.\ ; Ferron,\ G.A.\ ; Karg,\ E.W.\ ; Lentner,\ B.\ ; Schumann,\ G.\ ; Takenaka,\ S.\ ; Heyder,\ J.
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Generation of ultrafine particles by spark discharging.
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Aerosol Sci. Technol. 38, 228-235 (2004)
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Mirme,\ A.*\ ; Kreyling,\ W.G.\ ; Khlystov,\ A.*\ ; ten Brink,\ H.*\ ; Ruuskanen,\ J.*\ ; Tuch,\ T.\ ; Pekkanen,\ J.*
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Intercomparison of Aerosol Spectrometers for Ambient Air Monitoring.
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Aerosol Sci. Technol. 36, 866-876 (2002)
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Scheuch,\ G.\ ; Heyder,\ J.
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Dynamic shape factor of nonspherical aerosol particles in the diffusion regime.
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Aerosol Sci. Technol. 12, 270-277 (1990)
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Scheuch,\ G.\ ; Heyder,\ J.
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Dynamic Shape Factor of Nonsperical Aerosol Particles in the Diffusion Regime.
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Aerosol Sci. Technol. (1988)
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