Andere Kunden interessierten sich auch für
![Application-Specific Broadband Antennas for Microwave Medical Imaging]( "Application-Specific Broadband Antennas for Microwave Medical Imaging")
Application-Specific Broadband Antennas for Microwave Medical Imaging42,00 €![Computer-generated Holographic Matched Filters]( "Computer-generated Holographic Matched Filters")
Computer-generated Holographic Matched Filters102,99 €![Multiscale Modeling of the Ventricles: From Cellular Electrophysiology to Body Surface Electrocardiograms]( "Multiscale Modeling of the Ventricles: From Cellular Electrophysiology to Body Surface Electrocardiograms")
Multiscale Modeling of the Ventricles: From Cellular Electrophysiology to Body Surface Electrocardiograms49,00 €![Performance Evaluation of UWB Antenna for Anatomical Realistic Model]( "Performance Evaluation of UWB Antenna for Anatomical Realistic Model")
Performance Evaluation of UWB Antenna for Anatomical Realistic Model40,99 €![Wireless Body Area Network]( "Wireless Body Area Network")
Wireless Body Area Network159,99 €![Design and Evaluation of Modified Wearable Ultra-Wideband Antenna]( "Design and Evaluation of Modified Wearable Ultra-Wideband Antenna")
Design and Evaluation of Modified Wearable Ultra-Wideband Antenna36,99 €![Silicon-Based RF Front-Ends for Ultra Wideband Radios]( "Silicon-Based RF Front-Ends for Ultra Wideband Radios")
Silicon-Based RF Front-Ends for Ultra Wideband Radios74,99 €
In this thesis, new concepts of body-matched antennas for microwave medical applications were developed, where the antennas are placed directly on or in the human body. Two types of antennas were designed - on-body matched antennas for diagnosis and implantable antennas for data telemetry with the main focus of miniaturization yet maintained a high radiation performance. The applicability of the antennas was verified using a medical imaging system for the detection of hemorrhagic stroke. AbstractEnglisch = In this thesis, new concepts of body-matched antennas for microwave medical applications were developed, where the antennas are placed directly on or in the human body. Two types of antennas were designed - on-body matched antennas for diagnosis and implantable antennas for data telemetry with the main focus of miniaturization yet maintained a high radiation performance. The applicability of the antennas was verified using a medical imaging system for the detection of hemorrhagic stroke.