Abstract
Distributions of electric fields in lossy spheres and infinite lossy cylinders simulating biological objects were measured at 350, 920 and 2450 MHz. The measurements were performed in a computer-controlled scanning system using three different implantable nonperturbing probes. The results are compared with theory, and use of Iossy spheres and cylinders for calibration of implantable probes is quantitatively evaluated.
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Schedule a callMore From: IEEE transactions on microwave theory and techniques
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