We have succeeded in fabricating a high-temperature superconducting (HTS) thin-film
gradiometer with small imbalance by applying an HTS multilayer process, including …

The sensitivity of galvanically coupled single-layer gradiometers on bicrystal substrates for
homogeneous magnetic fields can be minimized by an increase of the balance, which is the …

We have fabricated a two-axis high-T c planar gradiometer. Two gradiometers with planar
gradiometric pickup coils lie diagonally on a square substrate. Therefore, they can measure …

We present a NDE scanning system for industrial purposes in magnetically and electrically
unshielded environment. In this scanning system, planar galvanically coupled dc SQUID …

We have previously reported an anti-parallel two-SQUID coupling scheme which can
significantly improve the balance of first-order HTS single-layer gradiometers, and therefore …

We have developed high-T c superconducting quantum interference devices (SQUIDs)
containing ramp-edge-type Josephson junctions and oxide multilayer structures. In this …

We describe reproducible technology for fabricating YBa/sub 2/Cu/sub 3/O/sub 7/step edge
Josephson junctions on SrTiO/sub 3/substrates. We report on the electrical characteristics of …

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

We characterize the balance and noise properties of directly coupled high-T c
superconducting quantum interference device (SQUID) gradiometers with a series array …

We describe improvements to the performance of directly coupled single-layer gradiometers
incorporating high temperature superconducting quantum interference devices. By …