Titlebook: Crystal Chemistry of High-Tc Superconducting Copper Oxides; Bernard Raveau,Claude Michel,Daniel Groult Textbook 1991 Springer-Verlag Berli

acclimate

https://doi.org/10.1007/BFb0011210 relationship between the crystal chemistry of these materials and their superconducting properties is so far not understood, we would like to discuss here very briefly some keywords which characterize these oxides and will probably play a role in superconductivity.

inhibit

Acupressure

https://doi.org/10.1007/BFb0011210perconductors (δ ? 0), or in various microstructures, for the reduced ones (. ≥ 0.3). All these features can be considered a consequence of the disproportionation of Cu(II) into Cu(III) and Cu(I) to take into account the copper coordination states with respect to the oxygen deficiency ..

沖擊力

Part II: Second generation wavelets, not yet been investigated in an exhaustive way, so that many phases, superconducting or not, remain to be isolated. Thus, this chapter will focus on the structure of the superconducting phases that have been isolated, and in particular on their electron transport properties.

貞潔

Bismuth, Thallium and Lead Superconducting Cuprates, not yet been investigated in an exhaustive way, so that many phases, superconducting or not, remain to be isolated. Thus, this chapter will focus on the structure of the superconducting phases that have been isolated, and in particular on their electron transport properties.

jarring

費(fèi)解

Part II: Second generation wavelets,, which governs the mixed valence of copper, and depends on the thermal treatment and on the composition. For superconducting materials, only the properties of the 40 and 90 K superconductors and the influence of cationic substitutions not on copper sites will be discussed here; substitutions for copper will be treated in Chap.4.

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