Author

S. N. Aidit

3 papers indexed here

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Open access 2026

Synergistic Li+-functionalized Mo2CTX MXene and polyaniline composite for rapid and stable moisture sensing in wearable wound monitoring application

Managing optimal moisture balance is essential for chronic wound healing, yet current clinical assessments are often subjective and intermittent. This study reports the development of a high-performance, flexible resistive moisture sensor designed for real-time, quantitative wound monitoring. The active sensing layer c...

Syahirah Umairah Mahadi, S. N. Aidit, N. Yusoff et al. · 0 citations

Open access Sep 2025

Direct functionalization of Mo2CTx MXene via single-step synthesis for printable, flexible, non-invasive moisture detection systems

A printable moisture sensor is an advanced device designed to measure water content in various materials, including soil, air, and other substances. The incorporation of K+ functionalization significantly increases the material’s hydrophilicity, promoting more effective adsorption and desorption of water molecules. Thi...

Syahirah Umairah Mahadi, S. N. Aidit, N. Yusoff et al. · Flexible and Printed Electro... · 5 citations

#diffusion models Open access Sep 2026

Synergistic Li⁺-functionalised Mo₂CTₓ MXene and polyaniline composite for rapid and stable moisture sensing in wearable wound monitoring application

The development of a high-performance, flexible resistive moisture sensor designed for real-time, quantitative wound monitoring and position the Li+–Mo2CTX/PANI composite as a promising candidate for next-generation smart dressings in digital wound management.

Syahirah Umairah Mahadi, S. N. Aidit, N. Yusoff et al. · Flexible and Printed Electro... · 0 citations