[TuP-E] Poster Session 1

[TuP-E-11] Flexible and Transparent Conductive AZO/Al/AZO Films: Design, Simulation, and Infrared Reflective Performance

○Chi-Chieh Yang¹, Chien-Wei Huang¹, Chun-Nien Liu^1,2, Yu-Jheng Lin¹, Wood-Hi Cheng^1,2 (1. Department of Electrical Engineering, National Chung Hsing University (Taiwan), 2. Graduate Institute of Optoelectronic Engineering, National Chun Hsing University (Taiwan))

Keywords:

Optical filters

This study develops a low-cost, easily fabricated, and flexible MIR-FIR reflective film with 70% transmittance. COMSOL simulations optimize its structure, confirming that the AZO (150nm)/Al(2nm)/AZO (150nm) film achieves 75.3% MIR-FIR reflectance and high carrier mobility.