Optimized CNT-PDMS flexible composite for attachable health-care device
J Du, L Wang, Y Shi, F Zhang, S Hu, P Liu, A Li, J Chen - Sensors, 2020 - mdpi.com
The CNT-PDMS composite has been widely adopted in flexible devices due to its high
elasticity, piezoresistivity, and biocompatibility. In a wide range of applications, CNT-PDMS …
elasticity, piezoresistivity, and biocompatibility. In a wide range of applications, CNT-PDMS …
A comparative study of compressible and conductive vertically aligned carbon nanotube forest in different polymer matrixes for high-performance piezoresistive force …
SJ Paul, I Sharma, I Elizabeth, B Gahtori… - … applied materials & …, 2020 - ACS Publications
In the present scenario, conducting and lightweight flexible polymer nanocomposites rival
metallic and inorganic semiconducting materials as highly sensitive piezoresistive force …
metallic and inorganic semiconducting materials as highly sensitive piezoresistive force …
Directional response of randomly dispersed carbon nanotube strain sensors
A Güemes, AR Pozo Morales, A Fernandez-Lopez… - Sensors, 2020 - mdpi.com
Tests on a double lap bonded joint, with transverse strips of randomly oriented carbon
nanotubes (CNT) sprayed onto an epoxy adhesive film, showed a positive increment in …
nanotubes (CNT) sprayed onto an epoxy adhesive film, showed a positive increment in …