The benefit of using metamaterials as a sensor lies in the fact that as a microwave device, they can be used to realize passive wireless sensors as compared to the current technology which requires supporting circuitry to measure and transmit data. This thesis will address the feasibility of ...
Sensors, Vol. 14, Pages 19609-19621: Wireless Measurement of Elastic and Plastic Deformation by a Metamaterial-Based Sensor 来自 chemie.de 喜欢 0 阅读量: 46 作者:Ozbey,Burak,Demir,H Volkan,Kurc,Ozgur,Erturk,B Vakur,Altintas,Ayhan 摘要: We report remote strain and displacement measurement ...
To determine sensitivity, the effectiveness of the two films as strain sensors was evaluated by estimating the resistance change rate (RCR) after exposure to various strains. For the\({\text{T}}_{1.5}^{{{180}}} {60}\)film, when the strain increased from 1% to 60%, the RCR increased ...
This wireless measurement includes both the elastic and plastic region deformation together for the first time, where wired technologies, like strain gauges, typically fail to capture. The experiments are further repeated in the presence of a concrete block between the antenna and the probe, and it...
(MEMS) sensors, since they can offer higher sensitivity and resolution and also possess a greater potential to deliver the strong enhancement and localization of fields, being especially suitable for the development of wireless strain sensors that can operate in the microwave and terahertz ranges [18...