FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2169727314> ?p ?o ?g. }

• W2169727314 abstract "We investigate the thermal Casimir interaction between two magnetodielectric plates made of real materials. On the basis of the Lifshitz theory, it is shown that for diamagnets and for paramagnets in the broad sense (with exception of ferromagnets) the magnetic properties do not influence the magnitude of the Casimir force. For ferromagnets, taking into account the realistic dependence of magnetic permeability on frequency, we conclude that the impact of magnetic properties on the Casimir interaction arises entirely from the contribution of the zero-frequency term in the Lifshitz formula. The computations of the Casimir free energy and pressure are performed for the configurations of two plates made of ferromagnetic metals (Co and Fe), for one plate made of ferromagnetic metal and the other of nonmagnetic metal (Au), for two ferromagnetic dielectric plates (on the basis of polystyrene), and for a ferromagnetic dielectric plate near a nonmagnetic metal plate. The dielectric permittivity of metals is described using both the Drude and the plasma model approaches. It is shown that the Casimir repulsion through the vacuum gap can be realized in the configuration of a ferromagnetic dielectric plate near a nonmagnetic metal plate described by the plasma model. In all cases considered, the respective analytical results in the asymptotic limit of large separations between the plates are obtained. The impact of the magnetic phase transition through the Curie temperature on the Casimir interaction is considered. In conclusion, we propose several experiments allowing to determine whether the magnetic properties really influence the Casimir interaction and to independently verify the Drude and plasma model approaches to the thermal Casimir force." @default.
• W2169727314 created "2016-06-24" @default.
• W2169727314 creator A5071126930 @default.
• W2169727314 creator A5079685850 @default.
• W2169727314 creator A5082675752 @default.
• W2169727314 date "2010-03-05" @default.
• W2169727314 modified "2023-10-18" @default.
• W2169727314 title "Thermal Casimir interaction between two magnetodielectric plates" @default.
• W2169727314 cites W1615812353 @default.
• W2169727314 cites W1657389039 @default.
• W2169727314 cites W1671022230 @default.
• W2169727314 cites W169086348 @default.
• W2169727314 cites W1964873329 @default.
• W2169727314 cites W1968331575 @default.
• W2169727314 cites W1968842631 @default.
• W2169727314 cites W1969731433 @default.
• W2169727314 cites W1969974367 @default.
• W2169727314 cites W1970979307 @default.
• W2169727314 cites W1976940675 @default.
• W2169727314 cites W1977471302 @default.
• W2169727314 cites W1977729861 @default.
• W2169727314 cites W1979260646 @default.
• W2169727314 cites W1983796888 @default.
• W2169727314 cites W1983952300 @default.
• W2169727314 cites W1984657761 @default.
• W2169727314 cites W1989908185 @default.
• W2169727314 cites W1990741278 @default.
• W2169727314 cites W1992288517 @default.
• W2169727314 cites W1993801692 @default.
• W2169727314 cites W1995310207 @default.
• W2169727314 cites W1997582466 @default.
• W2169727314 cites W2000740337 @default.
• W2169727314 cites W2000977920 @default.
• W2169727314 cites W2001349195 @default.
• W2169727314 cites W2006668900 @default.
• W2169727314 cites W2015657282 @default.
• W2169727314 cites W2017408836 @default.
• W2169727314 cites W2020980329 @default.
• W2169727314 cites W2023113225 @default.
• W2169727314 cites W2027972485 @default.
• W2169727314 cites W2032220991 @default.
• W2169727314 cites W2036725084 @default.
• W2169727314 cites W2037287859 @default.
• W2169727314 cites W2041072557 @default.
• W2169727314 cites W2044352342 @default.
• W2169727314 cites W2046169574 @default.
• W2169727314 cites W2053362375 @default.
• W2169727314 cites W2056078919 @default.
• W2169727314 cites W2057104179 @default.
• W2169727314 cites W2057821578 @default.
• W2169727314 cites W2060948439 @default.
• W2169727314 cites W2066922909 @default.
• W2169727314 cites W2067200524 @default.
• W2169727314 cites W2079138225 @default.
• W2169727314 cites W2080639509 @default.
• W2169727314 cites W2081602578 @default.
• W2169727314 cites W2082302687 @default.
• W2169727314 cites W2093694618 @default.
• W2169727314 cites W2148211756 @default.
• W2169727314 cites W2160871560 @default.
• W2169727314 cites W2164581545 @default.
• W2169727314 cites W2169151906 @default.
• W2169727314 cites W2222762772 @default.
• W2169727314 cites W2996579485 @default.
• W2169727314 cites W3004006681 @default.
• W2169727314 cites W3098562375 @default.
• W2169727314 cites W3100499410 @default.
• W2169727314 cites W3103853236 @default.
• W2169727314 cites W3123801176 @default.
• W2169727314 cites W4214951228 @default.
• W2169727314 cites W4229502663 @default.
• W2169727314 cites W4250048349 @default.
• W2169727314 cites W4252904226 @default.
• W2169727314 cites W4483552 @default.
• W2169727314 cites W600722632 @default.
• W2169727314 doi "https://doi.org/10.1103/physrevb.81.104101" @default.
• W2169727314 hasPublicationYear "2010" @default.
• W2169727314 type Work @default.
• W2169727314 sameAs 2169727314 @default.
• W2169727314 citedByCount "38" @default.
• W2169727314 countsByYear W21697273142012 @default.
• W2169727314 countsByYear W21697273142013 @default.
• W2169727314 countsByYear W21697273142014 @default.
• W2169727314 countsByYear W21697273142015 @default.
• W2169727314 countsByYear W21697273142016 @default.
• W2169727314 countsByYear W21697273142018 @default.
• W2169727314 countsByYear W21697273142019 @default.
• W2169727314 countsByYear W21697273142020 @default.
• W2169727314 countsByYear W21697273142021 @default.
• W2169727314 countsByYear W21697273142022 @default.
• W2169727314 countsByYear W21697273142023 @default.
• W2169727314 crossrefType "journal-article" @default.
• W2169727314 hasAuthorship W2169727314A5071126930 @default.
• W2169727314 hasAuthorship W2169727314A5079685850 @default.
• W2169727314 hasAuthorship W2169727314A5082675752 @default.
• W2169727314 hasBestOaLocation W21697273142 @default.
• W2169727314 hasConcept C106881136 @default.
• W2169727314 hasConcept C121332964 @default.
• W2169727314 hasConcept C133386390 @default.
• W2169727314 hasConcept C149393161 @default.

• next