Titlebook: Exploring High-Temperature Superconductivity in the YBCO System; From Theory to Exper Keltoum Khallouq Book 2024 The Editor(s) (if applicab

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High Critical Temperature Superconducting Oxides of the YBCO System,osed of . planes determining the superconducting character of these materials and . chains acting as charge reservoirs for the . planes. The oxygenation state of the . chains determines the structure of these compounds as well as their anisotropy in the (a,b) plane.

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Generalities and Theoretical Models for YBCO System,of 6 K, and tin becomes superconducting at 3.7 K [., .]. For this discovery H. Kamerlingh Onnes awarded the Nobel Prize in 1913 [.], he coined the term “superconductivity” for this new state of electronic properties of matter.

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Effects of Isovalent Substitutions and Argon Heat Treatment on the Structural and Superconducting Pounding ions, and the oxygen content. Moreover, all these characteristics are strongly influenced by the thermal treatments applied during the sample preparation. Particularly, when Ln is a rare earth element, such as Eu, Sm, and Nd, various effects are expected due to the large ionic radius of Ln ions compared to Y.

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Generalities and Theoretical Models for YBCO System,ears after he successfully liquefied helium [.,.,.,.]. He observed the elimination of electrical resistivity below a temperature of .268.15 . (4.2 K) as documented in his experimental notebook (Fig. .). This phenomenon, wherein an electric current can flow without energy loss, indicated a transition

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High Critical Temperature Superconducting Oxides of the YBCO System,nds are perovskite-type ABO. oxygen-deficient superconductors with high critical temperatures. They possess a layered structure along the c-axis, composed of . planes determining the superconducting character of these materials and . chains acting as charge reservoirs for the . planes. The oxygenati

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Experimental Techniques for YBCO System Characterization,magnetic applications. These methods range from polycrystalline powders, compacted ceramics, to thin or thick films, each aiming to control crystalline sizes, specific surfaces, and grain boundaries to optimize superconducting properties.

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