Crystalline photoactive copper indium diselenide thin films by pulsed laser crystallization of nanoparticle-inks at ambient conditions

Engineering & Materials Science

• Pulsed lasers 64%
• Indium 61%
• Crystallization 51%
• Ink 51%
• Crystalline materials 49%
• Nanoparticles 46%
• Thin films 44%
• Copper 38%
• Crystals 13%
• Photoluminescence 10%
• Crystal defects 10%
• Lasers 10%
• Raman scattering 9%
• Crystal growth 9%
• Thermal diffusion 9%
• Laser pulses 8%
• Optoelectronic devices 7%
• Energy gap 7%
• Grain boundaries 6%
• Solidification 6%
• Melting 6%
• Infrared radiation 5%
• Welding 5%
• Defects 4%
• Microstructure 4%

Chemical Compounds

• Laser Crystallization 100%
• Diselenide 58%
• Nanoparticle 13%
• Defect Level 10%
• Liquid Film 9%
• Thermal Diffusion 9%
• Crystal Defect 7%
• Solidification 7%
• Grain Boundary 6%
• Crystal Growth 6%
• Optoelectronics 6%
• Melting 5%
• Raman Spectrum 5%
• Photoluminescence 5%
• Band Gap 5%
• Crystallization 4%
• Microstructure 4%
• Surface Area 4%
• Reduction 3%
• Reaction Yield 2%