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Application Note
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Synchronous Generator Performance Evaluation Under Different Loads Using EMWorks
2D
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The machine used in this application note is a salient pole synchronous
generator, equipped with 10 rotor poles and 30 stator slots . The stator slot is
wounded in a double-layer winding configuration having a winding factor of
0.866. . In general, machines used in aircraft applications have small size and
are designed for higher operating frequency. Hence the base speed of the machine
considered under study is set at 12000 rpm.
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Blog Post
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An Antenna Simulator to Study Microwave Hyperthermia for Breast Cancer Treatment
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HFWorks for Hyperthermia Antenna Design
To meet the design challenges posed by Hyperthermia Antenna Design, EMWorks offers you, an
accurate and powerful solution, HFWorks. Based on the frequency domain finite element,
HFWorks, has no limitation on the shape or number of the antenna elements. Equipped with an
integrated steady-state and transient thermal solvers, HFWorks computes the temperature
distribution in the tumors and the surrounding tissue straight from the electromagnetic
losses in the tissue and the applicator antenna. The results below are obtained by HFWorks
for a Tapered Slot Antenna (TSA) array made of 12 elements. The antennas are vertically
placed forming a circular arrangement around an artificial cylindrical breast phantom
including cancer tumors; both the SAR and temperature distribution are shown.
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EMWorks
Inc.
150 Montreal-Toronto Blvd, Suite 120,
Montreal, Quebec, H8S 4L8, Canada.
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