Titlebook: Magneto-Optical Imaging; Tom H. Johansen,Daniel V. Shantsev Conference proceedings 2004 Springer Science+Business Media Dordrecht 2004 Cur

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Comparison of Magneto-Optical Imaging with Other Local Magnetic Probesex matter in type II superconductors. Many complementary techniques are now capable of imaging discrete vortices over quite wide ranges of H-T phase space, yielding very direct information regarding vortex structures and dynamics, and the relationship with other sample properties e.g. shape, microst

輕推

Quantitative Magneto-Optics: Flux, Current and Electric Field Imagingtion. Furthermore, full quantitative MOI allows the determination of main properties of the (metastable) critical state, such as Meissner and critical current density distributions or electric field distributions related to thermally activated or current driven relaxation. A key step is the accurate

CLOT

鑲嵌細(xì)工

Magneto-Optic Investigation of Magnetic Flux Penetration on a Nanosecond Timescaleufficiently short to investigate sub-nanosecond phenomena. Furthermore, we studied the penetration velocity of the dendritic instability in thin YBCO films. We found two regimes: An early stage with a penetration velocity of up to 170 k m/s and a distinct later stage were the velocity is lower (≈ 18

Obvious

Friction

keloid

MO-Imaging of Granular And Structured High-,, Superconductorstors. In this contribution, several observations on granular superconducting materials will be presented, showing also the unique advantages of magneto-optic imaging (MOI) over most other methods for field distribution imaging, and, of course, over integral measurements. The MOI technique enables th

Malaise

rheumatology

Magneto-Optical Measurements of the Lifetime Spectrum of Transient Vortex States in BSCCO data to measure the lifetime, t, of these states as a function of induction B and temperature T. τ increases monotonically with B and diverges as B approaches the vortex order-disorder transition induction. An exponential increase of τ is obtained as temperature is lowered. The .τ(B,T) curves are o

先行

Magneto-Optical Imaging of Crossing- Lattices State in Bi2Sr2CaCu2O8+yl structures are found along the in-plane field direction in the crossing-lattices state. At low in-plane fields, the spacing of one-dimensional structures closely follows 1... dependence, supporting that they originate from pancake vortices decorating Josephson vortices. Close inspections indicate