Title: Diseño y caracterización de materiales sintéticos biocompatibles y análisis de la permitividad relativa de modelos biológicos en sistemas de imagen médica por microondas |
Authors: Moreno Payá, Maya |
Tutor: Ávila Navarro, Ernesto  Arias, Julia  |
Editor: Universidad Miguel Hernández de Elche |
Department: Departamentos de la UMH::Ingeniería |
Issue Date: 2024-06 |
URI: https://hdl.handle.net/11000/32698 |
Abstract:
Durante todo el trabajo se abarcarán estudios basados en los nuevos
sistemas de detección de cáncer de mama mediante las microondas. Las
grandes ventajas y facilidades que presentan estos sistemas como la rapidez y
bajos costes, además de no ser invasivos ni ionizantes, han dado lugar al uso de
est... Ver más
During the work, we take on different studies that are based on the new breast
cancer detection systems using microwaves. These systems present lots of
advantages and eases, like the speedy and low costs. Apart from that, they are
not invasive and have no ionizing characteristics, which has given rise to the use
of these systems in lots of fields, although in our case we are applying it in field
of medicine.
Complex permittivity is a very important physics property, it allows get
information about materials with an electric camp interaction and it will be present
during all work. With it, different studies will can be determined to demonstrate
the degradation of biocompatible synthetic materials, which will previously be
designed through mixtures and solutions, furthermore the type of the material or
the biologic tissue can be differentiate because of the permittivity variation, this
quality can determine the difference between tissue and malignant tissue and it
will be the basis of the entire work. The other objective is the possibility of
determining the relative permittivity through the obtained results in simulations in
the simple system for breast cancer detection which is designed in the research
laboratory of the department of materials science, optics and electronics.
Finally, this work pretends to affirm the effectiveness of microwave systems
and the high, accurate, and precise results compared to modern systems.
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Keywords/Subjects: microondas permitividad relativa electromagnetismo propiedades dieléctricas antenas microwave relative permittivity electromagnetism dielectric properties antennas |
Knowledge area: CDU: Ciencias aplicadas: Ingeniería. Tecnología |
Type of document: info:eu-repo/semantics/bachelorThesis |
Access rights: info:eu-repo/semantics/openAccess |
Appears in Collections: TFG- Ingeniería de Tecnologías de Telecomunicación
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