Titlebook: Biomag 96; Volume 1/Volume 2 Pr Cheryl J. Aine,Gerhard Stroink,Stephen J. Swithenb Conference proceedings 2000 Springer Science+Business Me

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construct

Halluzinationen bei Morbus Parkinson,ul clinical importance. In this way, non-invasive magnetic field measurements, using a SQUID magnetometer, were performed to locate, for surgical purposes, needles lost in the bodies of 5 children. Also, another approach for detecting magnetic fields generated by foreign bodies, using a fluxgate magnetometer, is proposed.

GOUGE

Thomas Ahne,Wolfgang Mayer Scarnatoe applied magnetic field. The resulting signal from the FLL is proportional to the change in the applied magnetic field. The FLL then provides the SQUID the ability to track changes in the applied field within a well defined linear range provided the slew rate or dynamic range of the SQUID and FLL system are not exceeded.

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Ingrained

Martin von Ribbeck,Thomas Knollr multichannel sensors, a measure of the weakest source that can be detected, which we call “detectability”. This paper provides a simple definition of detectability and examines its implications for the Performance of multichannel biomagnetic sensors designed to investigate magnetic signals generated by the human brain.

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Workshop on Biomagnetic Instrumentatione panelists and the audience at the beginning of the Workshop resulting in lively contributions from both sides. Members of the panel were S. Buchanan (San Diego, USA), O. Dössel (Hamburg, Germany), J. Knuutila (Helsinki, Finland), J. Vrba (P. Coquitlam, Canada), and Y. Yoshida (Kyoto, Japan), with

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大炮

abolish

preeclampsia

Magnetocardiograms Recorded by First-Order Gradiometers Using HTS rf SQUIDslications. Many high quality measurements of magnetic signals emanating from the human heart have been performed with HTS sensors. With the improvement in sensitivity, the cancellation of environmental noise became one of the major problems for measuring high quality MCGs. Therefore, most of these m