Titlebook: High Temperature Superconductivity 2; Anant V. Narlikar Book 2004 Springer-Verlag Berlin Heidelberg 2004 Cables.Electric Machines.Energy S

arrogant

,Unrivalled Sensitivity — Squids in Nondestructive Testing,shed magnetic testing methods relied on conventional sensors such as induction coils, hall probes or more lately magnetoresistive sensors. But recently, increasing demands in materials testing have led to growing calls among industrial users for advanced, highly sensitive and reliable testing method

FRET

,DC Squid Magnetometers from YBa2Cu3O7-δ for Biomagnetic Applications,surement of any physical quantity that can be converted into magnetic flux, for example, magnetic field, magnetic field gradient, voltage, current etc. Excellent introductions into the SQUID fundamentals can be found in [1,2]. One of the potential fields of application of SQUID devices is biomagneti

香料

HTS Applications: Progress in Squid Microscopy and High Resolution Non-Destructive Evaluation,f the most recently developed research SQUID-based instrument is a scanning SQUID microscope (SSM). The first SSMs were based on low transition temperature (LTS) SQUIDs, operated at liquid helium temperature (~ 4.2 K) [1– 5], the appearance and successful development of high transition temperature (

Ejaculate

Vortex matter and superconducting electronic devices,ults in phenomena like . (zero-resistance .=0 at DC current [1] and small microwave surface resistance at high frequencies, e.g. ...2– 3 μ Ω for YBa.Cu.O.-. at 1GHz and 77K[2]), . (Meissner-Ochsenfeld effect [3]), . and . of the charge-carrier wavefunction in weak-link structures leading to Josephso

abolish

HTS Microwave Filters: Properties, Design and System Applications,rmance. These components -with microwave filters being the most prominent example- exploit the extremely low conductor losses in planar HTS circuits at cryogenic temperatures. A comprehensive review on this topic is provided by three books [1– 3], published so far. Moreover, special issues of microw

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Myosin

cleaver

Pascal Tixador and more than 50 different ribosomal proteins. Because almost all organisms have multiple operons for rRNA genes (. operons), mutational analysis of ribosomes has inevitable technical difficulties, particularly for analyzing the functions of the 16S and 23S rRNAs, which form part of the core struct

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Gratuitous

David Dew-Hughes,Malcolm McCullochmensional situation, such as polytomous response formats, item dependence effects, and the modeling of rater effects such as harshness and variability, can occur, with a correspondingly greater degree of complexity, in the multidimensional case also. However, we will eschew these, and concentrate on