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Electromagnetic Induction Imaging: Theory and Biomedical Applications (Biomedical & Nanomedical Technologies Concise Monograph) (en Inglés)
Lulu Wang (Autor)
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Asme Press
· Tapa Dura
Electromagnetic Induction Imaging: Theory and Biomedical Applications (Biomedical & Nanomedical Technologies Concise Monograph) (en Inglés) - Lulu Wang
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Reseña del libro "Electromagnetic Induction Imaging: Theory and Biomedical Applications (Biomedical & Nanomedical Technologies Concise Monograph) (en Inglés)"
This monograph offers comprehensive descriptions of recent investigations on the development and biomedical applications of electromagnetic (EM ) induction imaging which enables scientists and engineers to use EM imaging techniques to develop medical diagnostic and radiotherapy instruments. This book focus on the following areas: • Chapter 1 reviews various medical screening and sensing approaches for cancer detection. Imaging techniques and their implementation systems, advantages and challenges are presented. Furthermore, biosensing and biomarker techniques have been introduced for various cancer markers detection. • Chapter 2 summaries several EM induction imaging techniques, including theory, apparatus, medical applications, and challenges. • Chapter 3 introduces a new two dimensional (2D) holographic electromagnetic induction (HEI ) imaging approach and measurement apparatus, which enables the scientists and engineers to use EM signals for diagnostic applications. Serval biomedical application examples of the proposed 2D HEI approaches have been presented, including the dielectric object, brain stroke detection, and lung cancer detection. • Chapter 4 presents the development of three dimensional (3D) HEI approach and its feasibility for brain stroke detection. The chapter also presents imaging algorithm, numerical system, simulation validations, and results of the proposed 3D HEI . • Chapter 5 aims to apply a new compressive sensing technique to solve the conventional EM imaging such as microwave imaging problems including super-resolution and fusion of images. This chapter presents a compressive sensing-based microwave imaging approach for rapid diagnosis of dielectric inclusions embedded in a multilayer object. • Chapter 6 reports the development of a radio frequency antenna for microwave liver tumor ablation. • Chapter 7 concludes the book and discussions of future research directions of EM induction imaging-based techniques. ASME_Wang Bio Monograph_FM.indd vii Manila Typesetting Company 12/12/2018 12:20PM
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