Titlebook: Superconductivity and Applications; Hoi S. Kwok,Yi-Han Kao,David T. Shaw Book 1989 Springer Science+Business Media New York 1989 Doping.HT

词根词缀法

Flux Pinning and Microstructure in YBa2Cu3O7ately, in spite of the fact that tremendous efforts have been mounted internationally in studies of the high temperature oxide superconductors, the current values of J. are disappointingly low except in single crystal bulk specimens and films with the current flowing in the basal planes.. The majori

innovation

Matrimony

The Fabrication and Application of High TC Superconducting Thin Films variety of sputtering techniques and electron beam vapor deposition. Resistance heating of the source material is also used in conjunction with these techniques, e.g. electron beam heating. These methods of film preparation have been applied to the three main classes of high T. materials, i.e. YBa.

Adrenaline

FOVEA

Tailored Thin Films of Superconducting Bi-Sr-Ca-Cu Oxide Prepared by the Incorporation of Exotic Atont ionic radii at the Ca and Sr site of Bi.Sr.Ca.Cu.O. superconducting films. The substitutions at Sr and Ca site exhibit quite different behaviors in the superconductivity and the structural parameters. For the substitution of larger ions at the Ca site, lattice parameter c increases showing the hi

Cardiac

In-Situ Processing and Theoretical Model for Deposition of Laser Ablated High-Tc YBa2Cu3O7 Supercondlasma formation and deposition of thin films. In this model, the laser generated plasma is treated as an ideal gas initially at high temperature and pressure, and is then allowed to expand in vacuum. The three-dimensional isoentropic expansion of this plasma gives rise to spatial thickness and compo

hysterectomy

strdulate

Superconducting Films of Bi-Sr-Ca-Cu-O by Laser Depositionendicular to the substrate. The 2212, 2223 and 2234 phases of the BSCCO system have been grown independently in film formed from a sintered 2223 BSCCO target. By post annealing at 870.C for five minutes, the critical temperature of as-grown predominantly single phased films was increased from below

obstruct

Peak-Bone-Mass