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KMITL Expo 2026
Development
of
advanced
gas
sensing
platforms:
Flexible
sensors
with
laser-
induced
graphene
electrodes
integrated
with
organic-
inorganic
hybrid
composite
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Development of advanced gas sensing platforms: Flexible sensors with laser-induced graphene electrodes integrated with organic-inorganic hybrid composite

Innovation Owner

WW

นางสาว Winadda Wongwiriyapan

Advisor

Details

Development of an advanced gas sensing platform utilizing flexible sensors with laser-induced graphene electrodes and organic-inorganic hybrid composites.

This project focuses on the development of advanced gas sensing platforms, featuring: * Laser-induced graphene (LIG) electrodes. * Integration with organic-inorganic hybrid composite materials. * A flexible sensor design for versatile applications.

Objective

To develop a high-performance, flexible gas sensing platform using advanced material integration.

The objective of this project is to develop an advanced gas sensing platform by creating flexible sensors that incorporate laser-induced graphene electrodes and organic-inorganic hybrid composite materials to enhance sensing capabilities.

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