A COMPARISON OF ELECTRICALLY SHORT BARE AND INSULATED PROBES FOR MEASURING THE LOCAL RADIO FREQUENCY ELECTRIC FIELD IN BIOLOGICAL SYSTEMS
Bioeffects Seen
Glenn S. Smith
The paper discusses problems in measuring local electric fields in biological tissue and presents theoretical analyses of electrically short hare and insulated probes.
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The paper discusses problems in measuring local electric fields in media with spatially inhomogeneous electrical properties like biological tissue. Simple theoretical analyses describe the operation of electrically short hare and insulated electric field probes in a dissipative medium.
Cite This Study
Glenn S. Smith (n.d.). A COMPARISON OF ELECTRICALLY SHORT BARE AND INSULATED PROBES FOR MEASURING THE LOCAL RADIO FREQUENCY ELECTRIC FIELD IN BIOLOGICAL SYSTEMS.
Show BibTeX
@article{a_comparison_of_electrically_short_bare_and_insulated_probes_for_measuring_the_l_g6283,
author = {Glenn S. Smith},
title = {A COMPARISON OF ELECTRICALLY SHORT BARE AND INSULATED PROBES FOR MEASURING THE LOCAL RADIO FREQUENCY ELECTRIC FIELD IN BIOLOGICAL SYSTEMS},
year = {n.d.},
}No DOI on file for this study.
Quick Questions About This Study
The study discusses the problems of measuring local electric fields in media with spatially inhomogeneous electrical properties like biological tissue.
Simple theoretical analyses describe the operation of electrically short hare and insulated electric field probes in a dissipative medium.
The title is A COMPARISON OF ELECTRICALLY SHORT EARE AND INSULATED PROBES FOR MEASURING THE LOCAL RADIO FREQUENCY ELECTRIC FIELD WA IN BIOLOGICAL SYSTEMS.
The analyses cover electrically short hare and insulated electric field probes.