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Document Type : Latin Dissertation
Language of Document : English
Record Number : 149414
Doc. No : ET21206
Main Entry : Todd Hagan
Title Proper : Finite-Difference Time-Domain Modeling of a Waveguide-Based Radiofrequency Exposure System for Studying Non-Thermal Effects on Catecholamine Release from Chromaffin Cells
Note : This document is digital این مدرک بصورت الکترونیکی می باشد
Abstract : The scope of this thesis is two-fold. (1) To optimize the waveguide exposuresystem incorporating a cell perfusion apparatus (CPA) so as to provide maximumhomogeneity of the electromagnetic fields (EMF) and specific absorption rate (SAR) inthe region containing the biological cells. (2) To provide a detailed characterization of theEMF and SAR at the location of the cells. These two goals were achieved via numericalFDTD modeling. Macroscopic modeling was performed where the minimum Yee cellsize used in the FDTD model was a fraction of a millimeter, representing accurately thewaveguide and CPA physical structures. Preliminary microscopic modeling was alsoaccomplished where the minimum Yee cell size was on the order of 0.1 pm, making itpossible to take into account the basic morphological features of bovine adrenal medullar.
Subject : Electericl tess
: برق
electronic file name : TL44358.pdf
Title and statement of responsibility and : Finite-Difference Time-Domain Modeling of a Waveguide-Based Radiofrequency Exposure System for Studying Non-Thermal Effects on Catecholamine Release from Chromaffin Cells [Thesis]
 
 
 
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