Automatic methods for correcting measuring-system errors

Aliev, T. M.; Saligov, S. G.; Ismailov, Kh. A.

doi:10.1007/bf00823544

Cited by 2 publications

(2 citation statements)

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“…doped surfaces of nanoclusters of WO 3 embedded in a variety of nanoporous hosts (carbon inverse opal, carbon nanotube paper, or platinum sponge) show diamagnetic anomalies with an onset T of 130K [46]. Note that WO 3 (with its simpler unit cell, subject only to Jahn-Teller distortions) itself is nonmagnetic, as is another HTSC (BKBO, (Ba,K)BiO 3 ).…”

Section: Surfaces and Interfacesmentioning

confidence: 99%

Hard-Wired Dopant Networks and the Prediction of High Transition Temperatures in Ceramic Superconductors

Phillips

2010

Advances in Condensed Matter Physics

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The prediction of transition temperatures can be regarded in several ways, either as an exacting test of theory, or as a tool for identifying theoretical rules for defining new homology models. Popular "first principle" methods for predicting transition temperatures in conventional crystalline superconductors have failed for cuprate HTSC, as have parameterized models based on CuO 2 planes (with or without apical oxygen). Following a path suggested by Bayesian probability, we find that the glassy, selforganized dopant network percolative model is so successful that it defines a new homology class appropriate to ceramic superconductors. The reasons for this success are discussed, and a critical comparison is made with previous theories. The predictions are successful for all ceramics, including new non-cuprates based on FeAs in place of CuO 2 .

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Section: Surfaces and Interfacesmentioning

confidence: 99%

Hard-Wired Dopant Networks and the Prediction of High Transition Temperatures in Ceramic Superconductors

Phillips

2010

Advances in Condensed Matter Physics

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“…Percolative mechanisms have gradually attracted the interest of theorists who have provided further support for them [10][11][12]. Several recent experiments have confirmed that large anisotropy or surface-volume ratios can produce diamagnetic effects at high T suggestive of HTSC at a slightly lower T [13,14].…”

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confidence: 99%

High temperature cuprate-like superconductivity

Phillips¹

2009

Chemical Physics Letters

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Automatic methods for correcting measuring-system errors

Cited by 2 publications

References 1 publication

Hard-Wired Dopant Networks and the Prediction of High Transition Temperatures in Ceramic Superconductors

Hard-Wired Dopant Networks and the Prediction of High Transition Temperatures in Ceramic Superconductors

High temperature cuprate-like superconductivity

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