Matches in SemOpenAlex for { <https://semopenalex.org/work/W3167048024> ?p ?o ?g. }
- W3167048024 abstract "We study ionization and transport processes in partially ionized multicomponent plasmas. The plasma composition is calculated via a system of coupled mass action laws. The electronic transport properties are determined by the electron-ion and electron-neutral transport cross sections. The influence of electron-electron scattering is considered via a correction factor to the electron-ion contribution. Based on this data, the electrical and thermal conductivity as well as the Lorenz number are calculated. For the thermal conductivity, we consider also the contributions of the translational motion of neutral particles and of the dissociation, ionization, and recombination reactions. We apply our approach to a partially ionized plasma composed of hydrogen, helium, and a small fraction of metals (Li, Na, Ca, Fe, K, Rb, Cs) as typical for hot Jupiter atmospheres. We present results for the plasma composition and the transport properties as function of density and temperature and then along typical P-T profiles for the outer part of the hot Jupiter HD 209458b. The electrical conductivity profile allows revising the Ohmic heating power related to the fierce winds in the planet's atmosphere. We show that the higher temperatures suggested by recent interior models could boost the conductivity and thus the Ohmic heating power to values large enough to explain the observed inflation of HD 209458b." @default.
- W3167048024 created "2021-06-22" @default.
- W3167048024 creator A5022188482 @default.
- W3167048024 creator A5027547693 @default.
- W3167048024 creator A5034314572 @default.
- W3167048024 creator A5039228894 @default.
- W3167048024 creator A5050305186 @default.
- W3167048024 creator A5068076827 @default.
- W3167048024 creator A5073363130 @default.
- W3167048024 creator A5086815264 @default.
- W3167048024 date "2021-06-04" @default.
- W3167048024 modified "2023-10-02" @default.
- W3167048024 title "Ionization and transport in partially ionized multicomponent plasmas: Application to atmospheres of hot Jupiters" @default.
- W3167048024 cites W1584730566 @default.
- W3167048024 cites W1971596739 @default.
- W3167048024 cites W1975466790 @default.
- W3167048024 cites W1978323643 @default.
- W3167048024 cites W1986201154 @default.
- W3167048024 cites W1988447451 @default.
- W3167048024 cites W1996312573 @default.
- W3167048024 cites W1997043944 @default.
- W3167048024 cites W1998581610 @default.
- W3167048024 cites W2003975963 @default.
- W3167048024 cites W2022115388 @default.
- W3167048024 cites W2026650271 @default.
- W3167048024 cites W2027778800 @default.
- W3167048024 cites W2028467190 @default.
- W3167048024 cites W2028577181 @default.
- W3167048024 cites W2029046192 @default.
- W3167048024 cites W2031143201 @default.
- W3167048024 cites W2036057347 @default.
- W3167048024 cites W2039021929 @default.
- W3167048024 cites W2039549765 @default.
- W3167048024 cites W2044615727 @default.
- W3167048024 cites W2054199425 @default.
- W3167048024 cites W2058991474 @default.
- W3167048024 cites W2060961770 @default.
- W3167048024 cites W2061169145 @default.
- W3167048024 cites W2070676412 @default.
- W3167048024 cites W2078531280 @default.
- W3167048024 cites W2089688683 @default.
- W3167048024 cites W2094015145 @default.
- W3167048024 cites W2096471541 @default.
- W3167048024 cites W2098543448 @default.
- W3167048024 cites W2109198545 @default.
- W3167048024 cites W2137056326 @default.
- W3167048024 cites W2165604521 @default.
- W3167048024 cites W2169629803 @default.
- W3167048024 cites W2204637572 @default.
- W3167048024 cites W2315599373 @default.
- W3167048024 cites W2502841592 @default.
- W3167048024 cites W2513290060 @default.
- W3167048024 cites W2595933294 @default.
- W3167048024 cites W2682086422 @default.
- W3167048024 cites W2718550245 @default.
- W3167048024 cites W2749317455 @default.
- W3167048024 cites W2754290961 @default.
- W3167048024 cites W2969397068 @default.
- W3167048024 cites W2982509300 @default.
- W3167048024 cites W3027844023 @default.
- W3167048024 cites W3083847911 @default.
- W3167048024 cites W3098106583 @default.
- W3167048024 cites W3098206564 @default.
- W3167048024 cites W3098895872 @default.
- W3167048024 cites W3099017416 @default.
- W3167048024 cites W3099098958 @default.
- W3167048024 cites W3100183650 @default.
- W3167048024 cites W3100572891 @default.
- W3167048024 cites W3101052736 @default.
- W3167048024 cites W3103343081 @default.
- W3167048024 cites W3104228959 @default.
- W3167048024 cites W3105237765 @default.
- W3167048024 cites W3105451511 @default.
- W3167048024 cites W3105584554 @default.
- W3167048024 cites W3105659461 @default.
- W3167048024 cites W3106010515 @default.
- W3167048024 cites W4211173309 @default.
- W3167048024 cites W4231551315 @default.
- W3167048024 cites W4237746311 @default.
- W3167048024 cites W4253434441 @default.
- W3167048024 cites W619394459 @default.
- W3167048024 cites W2047682465 @default.
- W3167048024 doi "https://doi.org/10.1103/physreve.103.063203" @default.
- W3167048024 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34271624" @default.
- W3167048024 hasPublicationYear "2021" @default.
- W3167048024 type Work @default.
- W3167048024 sameAs 3167048024 @default.
- W3167048024 citedByCount "5" @default.
- W3167048024 countsByYear W31670480242022 @default.
- W3167048024 countsByYear W31670480242023 @default.
- W3167048024 crossrefType "journal-article" @default.
- W3167048024 hasAuthorship W3167048024A5022188482 @default.
- W3167048024 hasAuthorship W3167048024A5027547693 @default.
- W3167048024 hasAuthorship W3167048024A5034314572 @default.
- W3167048024 hasAuthorship W3167048024A5039228894 @default.
- W3167048024 hasAuthorship W3167048024A5050305186 @default.
- W3167048024 hasAuthorship W3167048024A5068076827 @default.
- W3167048024 hasAuthorship W3167048024A5073363130 @default.
- W3167048024 hasAuthorship W3167048024A5086815264 @default.
- W3167048024 hasBestOaLocation W31670480242 @default.