Poly-dimethylsiloxane (PDMS) 기판 위에 형성된 나노구조를 이용한 시각 인장센서의 개발
Development of Optical Strain Sensor with Nanostructures on a Poly-dimethylsiloxane (PDMS) Substrate
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초록
Structural color has many advantages over pigment based color. In recent years, researches are being conducted to apply these advan- tages to applications such as wearable devices. In this study, strain sensor, a kind of wearable device, was developed using structuralcolor. The use of structural color has the advantage of not using energy and complex measuring equipment to measure strain rate. Wrin-kle structure was fabricated on the surface of Poly-dimethylsiloxane (PDMS) and used it as a sensor which color changes accordingto the applied strain. In addition, a transmittance-changing sensor was developed and fabricated by synthesizing additional glass nanoparticles. Furthermore, a strain sensor was developed that is largely transparent at the target strain and opaque otherwise.
Abstract
Structural color has many advantages over pigment based color. In recent years, researches are being conducted to apply these advan- tages to applications such as wearable devices. In this study, strain sensor, a kind of wearable device, was developed using structuralcolor. The use of structural color has the advantage of not using energy and complex measuring equipment to measure strain rate. Wrin-kle structure was fabricated on the surface of Poly-dimethylsiloxane (PDMS) and used it as a sensor which color changes accordingto the applied strain. In addition, a transmittance-changing sensor was developed and fabricated by synthesizing additional glass nanoparticles. Furthermore, a strain sensor was developed that is largely transparent at the target strain and opaque otherwise.
참고문헌 (16)
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