Matches in SemOpenAlex for { <https://semopenalex.org/work/W2144608959> ?p ?o ?g. }
- W2144608959 endingPage "802" @default.
- W2144608959 startingPage "791" @default.
- W2144608959 abstract "Abstract. Herein, a method for the determination of viscosities of small sample volumes is introduced, with important implications for the viscosity determination of particle samples from environmental chambers (used to simulate atmospheric conditions). The amount of sample needed is < 1 μl, and the technique is capable of determining viscosities (η) ranging between 10−3 and 103 Pascal seconds (Pa s) in samples that cover a range of chemical properties and with real-time relative humidity and temperature control; hence, the technique should be well-suited for determining the viscosities, under atmospherically relevant conditions, of particles collected from environmental chambers. In this technique, supermicron particles are first deposited on an inert hydrophobic substrate. Then, insoluble beads (~1 μm in diameter) are embedded in the particles. Next, a flow of gas is introduced over the particles, which generates a shear stress on the particle surfaces. The sample responds to this shear stress by generating internal circulations, which are quantified with an optical microscope by monitoring the movement of the beads. The rate of internal circulation is shown to be a function of particle viscosity but independent of the particle material for a wide range of organic and organic-water samples. A calibration curve is constructed from the experimental data that relates the rate of internal circulation to particle viscosity, and this calibration curve is successfully used to predict viscosities in multicomponent organic mixtures." @default.
- W2144608959 created "2016-06-24" @default.
- W2144608959 creator A5022742013 @default.
- W2144608959 creator A5029635675 @default.
- W2144608959 creator A5080963886 @default.
- W2144608959 date "2013-01-22" @default.
- W2144608959 modified "2023-10-04" @default.
- W2144608959 title "Technical Note: New methodology for measuring viscosities in small volumes characteristic of environmental chamber particle samples" @default.
- W2144608959 cites W1597994956 @default.
- W2144608959 cites W1971286156 @default.
- W2144608959 cites W1972697387 @default.
- W2144608959 cites W1978714843 @default.
- W2144608959 cites W1980195813 @default.
- W2144608959 cites W1982859702 @default.
- W2144608959 cites W1986418366 @default.
- W2144608959 cites W1988233385 @default.
- W2144608959 cites W1991578735 @default.
- W2144608959 cites W1991764322 @default.
- W2144608959 cites W1993265869 @default.
- W2144608959 cites W2001219782 @default.
- W2144608959 cites W2015133270 @default.
- W2144608959 cites W2024778709 @default.
- W2144608959 cites W2033814543 @default.
- W2144608959 cites W2034390920 @default.
- W2144608959 cites W2035215452 @default.
- W2144608959 cites W2039437298 @default.
- W2144608959 cites W2040401205 @default.
- W2144608959 cites W2045483878 @default.
- W2144608959 cites W2047299290 @default.
- W2144608959 cites W2047926788 @default.
- W2144608959 cites W2053137403 @default.
- W2144608959 cites W2059162191 @default.
- W2144608959 cites W2070499868 @default.
- W2144608959 cites W2078331915 @default.
- W2144608959 cites W2078555613 @default.
- W2144608959 cites W2080099167 @default.
- W2144608959 cites W2080703386 @default.
- W2144608959 cites W2084470081 @default.
- W2144608959 cites W2090333901 @default.
- W2144608959 cites W2094804775 @default.
- W2144608959 cites W2097531853 @default.
- W2144608959 cites W2097675283 @default.
- W2144608959 cites W2098747002 @default.
- W2144608959 cites W2101475717 @default.
- W2144608959 cites W2102580125 @default.
- W2144608959 cites W2104093336 @default.
- W2144608959 cites W2105223773 @default.
- W2144608959 cites W2105372426 @default.
- W2144608959 cites W2106115411 @default.
- W2144608959 cites W2108282698 @default.
- W2144608959 cites W2112923815 @default.
- W2144608959 cites W2114176419 @default.
- W2144608959 cites W2115754251 @default.
- W2144608959 cites W2116507044 @default.
- W2144608959 cites W2117098008 @default.
- W2144608959 cites W2120371463 @default.
- W2144608959 cites W2126119440 @default.
- W2144608959 cites W2127510753 @default.
- W2144608959 cites W2140137657 @default.
- W2144608959 cites W2144923407 @default.
- W2144608959 cites W2145123870 @default.
- W2144608959 cites W2149517925 @default.
- W2144608959 cites W2153011775 @default.
- W2144608959 cites W2153877708 @default.
- W2144608959 cites W2156519242 @default.
- W2144608959 cites W2160060603 @default.
- W2144608959 cites W2160853425 @default.
- W2144608959 cites W2161411175 @default.
- W2144608959 cites W2167302998 @default.
- W2144608959 cites W2317416776 @default.
- W2144608959 cites W4235386625 @default.
- W2144608959 cites W4236171073 @default.
- W2144608959 cites W4250346324 @default.
- W2144608959 doi "https://doi.org/10.5194/acp-13-791-2013" @default.
- W2144608959 hasPublicationYear "2013" @default.
- W2144608959 type Work @default.
- W2144608959 sameAs 2144608959 @default.
- W2144608959 citedByCount "41" @default.
- W2144608959 countsByYear W21446089592013 @default.
- W2144608959 countsByYear W21446089592014 @default.
- W2144608959 countsByYear W21446089592015 @default.
- W2144608959 countsByYear W21446089592016 @default.
- W2144608959 countsByYear W21446089592017 @default.
- W2144608959 countsByYear W21446089592018 @default.
- W2144608959 countsByYear W21446089592019 @default.
- W2144608959 countsByYear W21446089592020 @default.
- W2144608959 countsByYear W21446089592021 @default.
- W2144608959 countsByYear W21446089592022 @default.
- W2144608959 countsByYear W21446089592023 @default.
- W2144608959 crossrefType "journal-article" @default.
- W2144608959 hasAuthorship W2144608959A5022742013 @default.
- W2144608959 hasAuthorship W2144608959A5029635675 @default.
- W2144608959 hasAuthorship W2144608959A5080963886 @default.
- W2144608959 hasBestOaLocation W21446089591 @default.
- W2144608959 hasConcept C105795698 @default.
- W2144608959 hasConcept C111368507 @default.
- W2144608959 hasConcept C113196181 @default.
- W2144608959 hasConcept C119128265 @default.