Research Interest
 

 My broad area of research work is focussed on the fabrication of  Graphene-TMD'S   based nanocomposite for wearable flexible temperature sensor. Flexible temperature sensors can be applied to robots, medical health, military, intelligent manufacturing, aircraft safety and daily life, and have broad application prospects. in medical applications to monitoring the health of patients.

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• Study the synthesized microstructure of nanocomposite with characterizations such as XRD, FESEM, HRTEM and optical properties such as Raman and UV-Vis spectroscopy.

• Study and analyze the temperature sensing parameters such as sensitivity, stability, thermal coefficient of resistance (TCR) and thermal hysteresis.

• Study the optical sensing properties by using a resistive based sensor, and analyze its sensingparameters such as photoresponse, sensitivity, response and recovery time, resolution and drift.

• To be more attention on different  nanostructures, material, fabrication process and performance are important factors of flexible temperature sensors.