FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2897855355> ?p ?o ?g. }

• W2897855355 endingPage "3448" @default.
• W2897855355 startingPage "3435" @default.
• W2897855355 abstract "Abstract Orthorhombic Pr0.8Sr0.2MnO3 sample is prepared by solid-state reaction method and quenched in water. The occurrence of a second-order phase transition is confirmed by Arrott plots. The critical exponents determined using different models are in good agreement with the 3D-Ising model. The magnetocaloric results have shown an important maximum of the magnetic entropy change and relative cooling power evaluated at 2.14 J kg−1 K−1 and 101.52 J kg−1 under a field change of 2T. The DC conductance measurements revealed that this compound exhibited a semiconductor to metallic behavior at T SM = 400 K. Moreover, the AC results are described by the Jonscher power law. Concerning the electrical and dielectric properties, they disclosed the behavior-dependency of both temperature and frequency. As for the complex impedance measurements, they showed that the conduction mechanism was governed by grain boundaries. The dielectric results demonstrated important values of the real part of the permittivity, and the Pr0.8Sr0.2MnO3 material can be used for capacitor manufacturing." @default.
• W2897855355 created "2018-10-26" @default.
• W2897855355 creator A5027801193 @default.
• W2897855355 creator A5033753484 @default.
• W2897855355 creator A5071748082 @default.
• W2897855355 date "2018-12-01" @default.
• W2897855355 modified "2023-10-13" @default.
• W2897855355 title "Structural, magnetic, magnetocaloric and impedance spectroscopy analysis of Pr0.8Sr0.2MnO3 manganite prepared by modified solid-state route" @default.
• W2897855355 cites W1056074252 @default.
• W2897855355 cites W1505370918 @default.
• W2897855355 cites W1519042201 @default.
• W2897855355 cites W1544262616 @default.
• W2897855355 cites W1556177135 @default.
• W2897855355 cites W1674065805 @default.
• W2897855355 cites W1793895062 @default.
• W2897855355 cites W1971287453 @default.
• W2897855355 cites W1973597626 @default.
• W2897855355 cites W1975359575 @default.
• W2897855355 cites W1975731091 @default.
• W2897855355 cites W1980624489 @default.
• W2897855355 cites W1981299518 @default.
• W2897855355 cites W1983455146 @default.
• W2897855355 cites W1984791125 @default.
• W2897855355 cites W1986505473 @default.
• W2897855355 cites W1986801516 @default.
• W2897855355 cites W1986838699 @default.
• W2897855355 cites W1992601919 @default.
• W2897855355 cites W2000494257 @default.
• W2897855355 cites W2002811662 @default.
• W2897855355 cites W2004230686 @default.
• W2897855355 cites W2007809166 @default.
• W2897855355 cites W2009125509 @default.
• W2897855355 cites W2012394500 @default.
• W2897855355 cites W2022978511 @default.
• W2897855355 cites W2030177428 @default.
• W2897855355 cites W2032249779 @default.
• W2897855355 cites W2035666661 @default.
• W2897855355 cites W2039905723 @default.
• W2897855355 cites W2040432202 @default.
• W2897855355 cites W2043181894 @default.
• W2897855355 cites W2044661329 @default.
• W2897855355 cites W2050784530 @default.
• W2897855355 cites W2055704630 @default.
• W2897855355 cites W2056513692 @default.
• W2897855355 cites W2061030223 @default.
• W2897855355 cites W2066468836 @default.
• W2897855355 cites W2087372766 @default.
• W2897855355 cites W2087453972 @default.
• W2897855355 cites W2089719011 @default.
• W2897855355 cites W2167590372 @default.
• W2897855355 cites W2209939133 @default.
• W2897855355 cites W2215601960 @default.
• W2897855355 cites W2219371000 @default.
• W2897855355 cites W2314413909 @default.
• W2897855355 cites W2315213192 @default.
• W2897855355 cites W2342323901 @default.
• W2897855355 cites W2343831186 @default.
• W2897855355 cites W2396242271 @default.
• W2897855355 cites W2520530902 @default.
• W2897855355 cites W2586236869 @default.
• W2897855355 cites W2599497834 @default.
• W2897855355 cites W2606346852 @default.
• W2897855355 cites W2607353038 @default.
• W2897855355 cites W2614803538 @default.
• W2897855355 cites W2619247371 @default.
• W2897855355 cites W2732357408 @default.
• W2897855355 cites W2759330333 @default.
• W2897855355 cites W2779500357 @default.
• W2897855355 cites W2780021913 @default.
• W2897855355 cites W2783692510 @default.
• W2897855355 cites W2787182709 @default.
• W2897855355 cites W2800526975 @default.
• W2897855355 cites W2811471979 @default.
• W2897855355 cites W2964679901 @default.
• W2897855355 cites W4205332787 @default.
• W2897855355 cites W2110634624 @default.
• W2897855355 doi "https://doi.org/10.1016/j.physleta.2018.10.010" @default.
• W2897855355 hasPublicationYear "2018" @default.
• W2897855355 type Work @default.
• W2897855355 sameAs 2897855355 @default.
• W2897855355 citedByCount "25" @default.
• W2897855355 countsByYear W28978553552018 @default.
• W2897855355 countsByYear W28978553552019 @default.
• W2897855355 countsByYear W28978553552020 @default.
• W2897855355 countsByYear W28978553552021 @default.
• W2897855355 countsByYear W28978553552022 @default.
• W2897855355 countsByYear W28978553552023 @default.
• W2897855355 crossrefType "journal-article" @default.
• W2897855355 hasAuthorship W2897855355A5027801193 @default.
• W2897855355 hasAuthorship W2897855355A5033753484 @default.
• W2897855355 hasAuthorship W2897855355A5071748082 @default.
• W2897855355 hasConcept C107814960 @default.
• W2897855355 hasConcept C115260700 @default.
• W2897855355 hasConcept C121332964 @default.
• W2897855355 hasConcept C17525397 @default.
• W2897855355 hasConcept C17829176 @default.
• W2897855355 hasConcept C186116631 @default.
• W2897855355 hasConcept C26873012 @default.

• next