Matches in SemOpenAlex for { <https://semopenalex.org/work/W3047101765> ?p ?o ?g. }
- W3047101765 endingPage "A178" @default.
- W3047101765 startingPage "A178" @default.
- W3047101765 abstract "Having a short orbital period and being tidally locked makes WASP-43b an ideal candidate for JWST observations. Phase curve observations of an entire orbit will enable the mapping of the atmospheric structure across the planet, with different wavelengths of observation allowing different atmospheric depths to be seen. We provide insight into the details of the clouds that may form on WASP-43b in order to prepare the forthcoming interpretation of the JWST and follow-up data. We utilize 3D GCM results as input for a kinetic, non-equilibrium model for mineral cloud particles, and for a kinetic model to study a photochemicaly-driven hydrocarbon haze component. Mineral condensation seeds form throughout the atmosphere of WASP-43b. This is in stark contrast to the ultra-hot Jupiters, like WASP-18b and HAT-P-7b. The dayside is loaded with few but large mineral cloud particles in addition to hydrocarbon haze particles of comparable abundance. Photochemically driven hydrocarbon haze appears on the dayside, but does not contribute to the cloud formation on the nightside. The geometrical cloud extension differs across the globe due to the changing thermodynamic conditions. Day and night differ by 6000km in pressure scale height. As reported for other planets, the C/O is not constant throughout the atmosphere. The mean molecular weight is approximately constant in a H2-dominated WASP-43b. WASP-43b is expected to be fully covered in clouds which are not homogeneously distributed throughout the atmosphere. The dayside and the terminator clouds will be a combination of mineral particles of locally varying size and composition, and of hydrocarbon hazes. The optical depth of hydrocarbon hazes is considerably lower than that of mineral cloud particles such that a wavelength-dependent radius measurement of WASP-43b would be determined by the mineral cloud particles but not by hazes." @default.
- W3047101765 created "2020-08-10" @default.
- W3047101765 creator A5006423393 @default.
- W3047101765 creator A5020262335 @default.
- W3047101765 creator A5034532818 @default.
- W3047101765 creator A5036742694 @default.
- W3047101765 creator A5050228904 @default.
- W3047101765 creator A5053941612 @default.
- W3047101765 creator A5069166682 @default.
- W3047101765 creator A5078231783 @default.
- W3047101765 date "2020-09-01" @default.
- W3047101765 modified "2023-10-01" @default.
- W3047101765 title "Mineral cloud and hydrocarbon haze particles in the atmosphere of the hot Jupiter JWST target WASP-43b" @default.
- W3047101765 cites W1541153051 @default.
- W3047101765 cites W1978446652 @default.
- W3047101765 cites W1988611212 @default.
- W3047101765 cites W2000287560 @default.
- W3047101765 cites W2028832079 @default.
- W3047101765 cites W2035533392 @default.
- W3047101765 cites W2100326205 @default.
- W3047101765 cites W2104566264 @default.
- W3047101765 cites W2111548916 @default.
- W3047101765 cites W2116061108 @default.
- W3047101765 cites W2116712451 @default.
- W3047101765 cites W2144960631 @default.
- W3047101765 cites W2160327287 @default.
- W3047101765 cites W2182722371 @default.
- W3047101765 cites W2267727198 @default.
- W3047101765 cites W2275936023 @default.
- W3047101765 cites W2300207138 @default.
- W3047101765 cites W2345247343 @default.
- W3047101765 cites W2772447836 @default.
- W3047101765 cites W2886500915 @default.
- W3047101765 cites W2887132320 @default.
- W3047101765 cites W2896592021 @default.
- W3047101765 cites W2899497983 @default.
- W3047101765 cites W2916471597 @default.
- W3047101765 cites W2941806178 @default.
- W3047101765 cites W2943775468 @default.
- W3047101765 cites W2951559287 @default.
- W3047101765 cites W2951705194 @default.
- W3047101765 cites W2963362566 @default.
- W3047101765 cites W2963596979 @default.
- W3047101765 cites W2971529022 @default.
- W3047101765 cites W2999066054 @default.
- W3047101765 cites W3011600959 @default.
- W3047101765 cites W3037239513 @default.
- W3047101765 cites W3098260780 @default.
- W3047101765 cites W3098479941 @default.
- W3047101765 cites W3099356243 @default.
- W3047101765 cites W3099705771 @default.
- W3047101765 cites W3100760765 @default.
- W3047101765 cites W3101177415 @default.
- W3047101765 cites W3101684643 @default.
- W3047101765 cites W3101895567 @default.
- W3047101765 cites W3102244592 @default.
- W3047101765 cites W3103077709 @default.
- W3047101765 cites W3103272438 @default.
- W3047101765 cites W3103324734 @default.
- W3047101765 cites W3104787182 @default.
- W3047101765 cites W3104899118 @default.
- W3047101765 cites W3104970005 @default.
- W3047101765 cites W3105924072 @default.
- W3047101765 cites W3106513728 @default.
- W3047101765 cites W390169845 @default.
- W3047101765 cites W4288080265 @default.
- W3047101765 cites W4294940993 @default.
- W3047101765 cites W4297675931 @default.
- W3047101765 cites W4299549797 @default.
- W3047101765 cites W4299656518 @default.
- W3047101765 doi "https://doi.org/10.1051/0004-6361/202037633" @default.
- W3047101765 hasPublicationYear "2020" @default.
- W3047101765 type Work @default.
- W3047101765 sameAs 3047101765 @default.
- W3047101765 citedByCount "24" @default.
- W3047101765 countsByYear W30471017652020 @default.
- W3047101765 countsByYear W30471017652021 @default.
- W3047101765 countsByYear W30471017652022 @default.
- W3047101765 countsByYear W30471017652023 @default.
- W3047101765 crossrefType "journal-article" @default.
- W3047101765 hasAuthorship W3047101765A5006423393 @default.
- W3047101765 hasAuthorship W3047101765A5020262335 @default.
- W3047101765 hasAuthorship W3047101765A5034532818 @default.
- W3047101765 hasAuthorship W3047101765A5036742694 @default.
- W3047101765 hasAuthorship W3047101765A5050228904 @default.
- W3047101765 hasAuthorship W3047101765A5053941612 @default.
- W3047101765 hasAuthorship W3047101765A5069166682 @default.
- W3047101765 hasAuthorship W3047101765A5078231783 @default.
- W3047101765 hasBestOaLocation W30471017651 @default.
- W3047101765 hasConcept C121332964 @default.
- W3047101765 hasConcept C1276947 @default.
- W3047101765 hasConcept C153294291 @default.
- W3047101765 hasConcept C163479331 @default.
- W3047101765 hasConcept C206489886 @default.
- W3047101765 hasConcept C44870925 @default.
- W3047101765 hasConcept C51244244 @default.
- W3047101765 hasConcept C65440619 @default.
- W3047101765 hasConcept C79974267 @default.