Simulation Study of a Modified Rectangular Microstrip for the Hyperthermia Breast Cancer Procedure with SEMCAD X Solver

Simulation Study of a Modified Rectangular Microstrip for the Hyperthermia Breast Cancer Procedure with SEMCAD X Solver

A modified rectangular microstrip is introduced and presented as an applicator for hyperthermia cancer procedure. SEMCAD X solver is used as the simulation tool to investigate the rectangular microstrip, which is applied and radiated to the breast phantom. The research is carried out in order to enh...

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Bibliographic Details
Main Authors: Abidin, W.A.W.Z (Author), Basri, H.M (Author), Buniyamin, N. (Author), Fook C.Y (Author), Jaffar, N.A (Author), Kipli, K. (Author), Lias, K. (Author), Mohtadzar, N.A.A (Author), Mustafa N.B (Author), Noor A.B.M (Author), Norali A.N.B (Author), Rahim S.B.A (Author), Yazid H.B (Author), Zaaba S.K (Author)
Format: Article
Language:English
Published: Institute of Physics Publishing 2019
Subjects:
Applicators
Biological radiation effects
Biomedical engineering
Circular microstrip
Depth penetration
Diseases
Focusing
Hyperthermia cancer
Microstrip feedline
Operating frequency
Rectangular shapes
Simulation studies
Specific absorption rate
Tissue
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