Matches in SemOpenAlex for { <https://semopenalex.org/work/W2101195768> ?p ?o ?g. }
- W2101195768 endingPage "109" @default.
- W2101195768 startingPage "95" @default.
- W2101195768 abstract "Benzene is an important molecule in Titan’s atmosphere because it is a potential link between the gas phase and the organic solid phase. We measured photoabsorption in the ultraviolet by benzene gas at temperatures covering the range from room temperature to 215 K. We derived benzene absorption cross sections and analyzed them in terms of the transitions observed. No significant variation with measurement temperature was observed. We discuss the implications of our measurements for the derivation of benzene abundance profiles in Titan’s thermosphere, by the Cassini/Ultraviolet Imaging Spectrograph (UVIS). The use of absorption cross sections at low temperature is recommended to avoid small systematic uncertainties in the profiles. We used our measurements, together with absorption cross sections from other molecules, to analyze four stellar occultations by Titan, measured by UVIS during flybys T21, T41, T41_II, and T53. We derived and compared benzene abundance profiles in Titan’s thermosphere between approximately 530 and 1000 km, for different dates and geographical locations. The comparisons of our benzene profiles with each other, and with profiles from models of the upper atmosphere, point to a complex behavior that is not explained by current photochemical models." @default.
- W2101195768 created "2016-06-24" @default.
- W2101195768 creator A5000711170 @default.
- W2101195768 creator A5008359412 @default.
- W2101195768 creator A5013138672 @default.
- W2101195768 creator A5014067195 @default.
- W2101195768 creator A5049858345 @default.
- W2101195768 creator A5050863072 @default.
- W2101195768 creator A5059609102 @default.
- W2101195768 creator A5074060237 @default.
- W2101195768 creator A5083549847 @default.
- W2101195768 date "2016-02-01" @default.
- W2101195768 modified "2023-10-10" @default.
- W2101195768 title "New benzene absorption cross sections in the VUV, relevance for Titan’s upper atmosphere" @default.
- W2101195768 cites W1632903569 @default.
- W2101195768 cites W1965187252 @default.
- W2101195768 cites W1968294842 @default.
- W2101195768 cites W1973108813 @default.
- W2101195768 cites W1973367332 @default.
- W2101195768 cites W1978446652 @default.
- W2101195768 cites W1980877427 @default.
- W2101195768 cites W1981222572 @default.
- W2101195768 cites W1982698144 @default.
- W2101195768 cites W1986847803 @default.
- W2101195768 cites W1988744790 @default.
- W2101195768 cites W1995134790 @default.
- W2101195768 cites W1999044000 @default.
- W2101195768 cites W2003392069 @default.
- W2101195768 cites W2004807716 @default.
- W2101195768 cites W2009442138 @default.
- W2101195768 cites W2015824538 @default.
- W2101195768 cites W2016608754 @default.
- W2101195768 cites W2019946665 @default.
- W2101195768 cites W2022939605 @default.
- W2101195768 cites W2026740000 @default.
- W2101195768 cites W2030877475 @default.
- W2101195768 cites W2034846051 @default.
- W2101195768 cites W2036413407 @default.
- W2101195768 cites W2043923217 @default.
- W2101195768 cites W2044043527 @default.
- W2101195768 cites W2050792156 @default.
- W2101195768 cites W2052589382 @default.
- W2101195768 cites W2061565712 @default.
- W2101195768 cites W2063028656 @default.
- W2101195768 cites W2066129716 @default.
- W2101195768 cites W2072185720 @default.
- W2101195768 cites W2073088152 @default.
- W2101195768 cites W2073702425 @default.
- W2101195768 cites W2074644212 @default.
- W2101195768 cites W2078481949 @default.
- W2101195768 cites W2078680682 @default.
- W2101195768 cites W2081080961 @default.
- W2101195768 cites W2081527666 @default.
- W2101195768 cites W2088968146 @default.
- W2101195768 cites W2090185981 @default.
- W2101195768 cites W2092856666 @default.
- W2101195768 cites W2095517724 @default.
- W2101195768 cites W2109214912 @default.
- W2101195768 cites W2111776318 @default.
- W2101195768 cites W2115492903 @default.
- W2101195768 cites W2119032654 @default.
- W2101195768 cites W2121797917 @default.
- W2101195768 cites W2126195851 @default.
- W2101195768 cites W2127953518 @default.
- W2101195768 cites W2145620958 @default.
- W2101195768 cites W2151531313 @default.
- W2101195768 cites W2168860608 @default.
- W2101195768 cites W2170980544 @default.
- W2101195768 cites W2315290734 @default.
- W2101195768 cites W2325445622 @default.
- W2101195768 cites W2983886138 @default.
- W2101195768 cites W3103109083 @default.
- W2101195768 cites W4301232046 @default.
- W2101195768 doi "https://doi.org/10.1016/j.icarus.2015.10.006" @default.
- W2101195768 hasPublicationYear "2016" @default.
- W2101195768 type Work @default.
- W2101195768 sameAs 2101195768 @default.
- W2101195768 citedByCount "15" @default.
- W2101195768 countsByYear W21011957682016 @default.
- W2101195768 countsByYear W21011957682018 @default.
- W2101195768 countsByYear W21011957682019 @default.
- W2101195768 countsByYear W21011957682020 @default.
- W2101195768 countsByYear W21011957682021 @default.
- W2101195768 countsByYear W21011957682022 @default.
- W2101195768 crossrefType "journal-article" @default.
- W2101195768 hasAuthorship W2101195768A5000711170 @default.
- W2101195768 hasAuthorship W2101195768A5008359412 @default.
- W2101195768 hasAuthorship W2101195768A5013138672 @default.
- W2101195768 hasAuthorship W2101195768A5014067195 @default.
- W2101195768 hasAuthorship W2101195768A5049858345 @default.
- W2101195768 hasAuthorship W2101195768A5050863072 @default.
- W2101195768 hasAuthorship W2101195768A5059609102 @default.
- W2101195768 hasAuthorship W2101195768A5074060237 @default.
- W2101195768 hasAuthorship W2101195768A5083549847 @default.
- W2101195768 hasBestOaLocation W21011957682 @default.
- W2101195768 hasConcept C107872376 @default.
- W2101195768 hasConcept C113196181 @default.
- W2101195768 hasConcept C116403925 @default.