A neural network-based data analysis tool, developed to speed the damage detection
process for the NDE of impact damaged carbon fibre composites, is discussed. A feature …

Recent work with HTS SQUIDs in nondestructive evaluation has concentrated on the
detection of flaws in aircraft-grade aluminum, with particular emphasis on surface-breaking …

Abstract While LTS and HTS SQUIDs have successfully been applied in the detection of
flaws in aircraft grade aluminium structures for well over a decade, interest has recently …

We present analytic solutions for the Meissner-state magnetic-field and current-density
distributions for four long parallel coplanar superconducting strips carrying subcritical …

We have recently introduced a novel cryocooler-based HTS SQUID NDE instrument. The
system incorporates a closed-cycle cooler that is connected to the inner and outer copper …

The dual first-order planar gradiometers of high transition temperature (high-T c⁠)
superconducting quantum interference devices (SQUIDs) were designed and fabricated on …

We present an overview of SQUID research and development in Europe. The tutorial
information and historical background are kept at a minimum; we also mention only briefly …

Magnetische Nanoteilchen (MNP) sind superparamagnetische Teilchen mit einem
Kerndurchmesser im nm-Bereich. Sie weisen vielfältige Eigenschaften auf, die sie für den …

The superconducting quantum interference device (SQUID) is the most sensitive detector of
the magnetic flux. This feature makes the SQUID an attractive device for a range of …

This chapter contains sections titled: Introduction Basic dc SQUID Design Uncoupled
SQUIDs Coupled SQUIDs Magnetometers Overview Magnetometers for High Spatial …