The topic for this thesis was commissioned by Verkotan Oy. Verkotan Oy is providing testing and consulting services at the wireless industry. The aim of this thesis was to determine mixtures that simulate dielectric properties of the human or animal tissue at larger frequency ranges than the known mixtures and analyze the possibilities of ballistic gel to simulate electrical properties of different parts of the human body. Other part of the thesis was to learn the principles of measuring instruments that can be used to measure the dielectric parameters of the materials. The work on this subject started by researching tissues dielectric properties and materials that can be used in the mixtures. Recipes found in the research were manuf...
Abstract- For the study of electromagnetic hyper-thermia, i t is necessary to simulate human biologi...
Breast cancer is the most aggressive and common cause of death among women around the world, and an ...
This master’s thesis is focused on the electrical properties of biological tissues and flesh in part...
Empirical thesis.Bibliography: page 33.1. Introduction -- 2. Measurement with a network analyser -- ...
The possibility of mimicking different types of breast tissues to realize experimental phantoms has ...
This study quantitatively examines the validity of mixture formulae as models to describe the microw...
This thesis aims to conduct an investigation into the factors that influence the measurement and inte...
International audienceTissue-mimicking materials are widely developed and used as substitutes in man...
The electrical properties of tissues samples are required for investigation and simulation purposes ...
The driving force behind this thesis was the need for developing tissue mimicking materials that can...
It would be useful to develop a tissue equivalent gel to improve the uniformity of the electromagnet...
Accurate knowledge of the dielectric permittivity and conductivity of biological tissue provides dir...
Dielectric properties of biological tissues are critically important for various electromagnetic bas...
In the present paper, a preliminary study for the development of a portable setup suitable for in vi...
Microwave thermography, tomography and hyperthermia are potentially useful clinical techniques that ...
Abstract- For the study of electromagnetic hyper-thermia, i t is necessary to simulate human biologi...
Breast cancer is the most aggressive and common cause of death among women around the world, and an ...
This master’s thesis is focused on the electrical properties of biological tissues and flesh in part...
Empirical thesis.Bibliography: page 33.1. Introduction -- 2. Measurement with a network analyser -- ...
The possibility of mimicking different types of breast tissues to realize experimental phantoms has ...
This study quantitatively examines the validity of mixture formulae as models to describe the microw...
This thesis aims to conduct an investigation into the factors that influence the measurement and inte...
International audienceTissue-mimicking materials are widely developed and used as substitutes in man...
The electrical properties of tissues samples are required for investigation and simulation purposes ...
The driving force behind this thesis was the need for developing tissue mimicking materials that can...
It would be useful to develop a tissue equivalent gel to improve the uniformity of the electromagnet...
Accurate knowledge of the dielectric permittivity and conductivity of biological tissue provides dir...
Dielectric properties of biological tissues are critically important for various electromagnetic bas...
In the present paper, a preliminary study for the development of a portable setup suitable for in vi...
Microwave thermography, tomography and hyperthermia are potentially useful clinical techniques that ...
Abstract- For the study of electromagnetic hyper-thermia, i t is necessary to simulate human biologi...
Breast cancer is the most aggressive and common cause of death among women around the world, and an ...
This master’s thesis is focused on the electrical properties of biological tissues and flesh in part...