Hydrothermal formation of tungsten trioxide nanowire networks on seed-free substrates and their properties in electrochromic device

Keyphrases

• Porous Film 100%
• Electrochromic Device 100%
• Tungsten Trioxide 100%
• Electrochromic Properties 100%
• Nanowire Networks 100%
• Hydrothermal Formation 100%
• Seed Free 100%
• Network Film 100%
• Large Specific Surface Area 50%
• Precursor Solution 50%
• Growth Mechanism 50%
• Hydrothermally 50%
• Oxide Substrates 50%
• Switching Speed 50%
• Fluorine-doped Tin Oxide 50%
• Optical Modulation 50%
• Capping Agent 50%
• Hexagonal Phase 50%
• High Cycling Stability 50%
• Highly Porous 50%
• High Optical Contrast 50%
• Li-ion Diffusion Coefficient 50%
• Electrochromic Materials 50%
• Color Switching 50%
• High Coloration Efficiency 50%
• Two-electrode System 50%
• WO3 Nanorods 50%
• Li-ion Diffusion 50%
• Charge Transfer Reaction 50%
• Addition Agent 50%

Material Science

• Film 100%
• Nanowire 100%
• Tungsten 100%
• Electrochromic Device 100%
• Electrochromics 60%
• Diffusivity 20%
• Tin Oxide 20%