Fabrication of the New Y3Ba5Cu8O y Superconductor Using Melt–Powder–Melt–Growth Method and Comparison with YBa2Cu3O7−x

An investigation of magnetoresistivity properties of an Y3Ba5Cu8Oy bulk superconductor

“…Although the c T value of the sample did not improve as reported before [9], it was found that the magnetic levitation force values of the sample, under both zero-field-cooled (ZFC) and field-cooled (FC) regimes, enhanced significantly [12]. In this work, the standard SSR method was preferred for the purpose of preparing not only the Y358 sample but also the Y123 sample fabricated for comparison.…”

Stability analyses of submicron-boron mineral prepared by mechanical milling process in concrete roads

“…The mechanical milling was performed at room temperature through a planetary high-energy ball mill (Retsch, model 'PM 100') by using a 250 ml zirconium oxide vial and zirconium oxide balls with a diameter of 5 mm [26]. The raw colemanite material with an initial size of À3 mm was milled for 30 min.…”

Gaussian and critical scalings in the magnetoconductivity fluctuations of Y3Ba5Cu8O18 superconductor

“…As a consequence, different aspects of the physical and superconducting properties can be observed, such as the temperature dependence of electric resistance, 3 the critical temperature (TC), 3,4 and the magnetic irreversibility, 5 for example. The Y358 may be synthesized by different techniques, including sol-gel 6,7 and biopolymer routes, 8 resulting in sintered, [9][10][11] melt-textured, 12 nanowires and nanorods 8 samples.…”