This study develops a transparent conductive film that achieves high EMI shielding and visible light transmission, suggesting potential for advanced optoelectronic applications.
Key Points
The shielding effectiveness reached 45 dB in the X-band while maintaining 64% transmittance.
A rigorous percolation model quantitatively analyzed the optoelectronic properties of the network.
The film demonstrated sustainable mechanical stability after 5000 bending cycles.
The integration of MXene particles within metallic fibers enhances both flexibility and transparency.