Fabrication of multilayer passive and active electric components on polymer using inkjet printing and low temperature laser processing

Engineering & Materials Science

• Multilayers 98%
• Printing 98%
• Ablation 93%
• Gold nanoparticles 80%
• Lasers 77%
• Fabrication 75%
• Laser ablation 74%
• Polymers 74%
• Pulsed lasers 69%
• Gold 55%
• Field effect transistors 54%
• Semiconductor materials 45%
• Organic field effect transistors 42%
• Temperature 40%
• Chlorine compounds 39%
• Substrates 35%
• Polymer solutions 34%
• Glycols 32%
• Ethers 29%
• Propylene 29%
• Argon 28%
• Ink 27%
• Ions 23%
• Capacitors 20%

Physics & Astronomy

• printing 100%
• gold 79%
• ablation 72%
• fabrication 61%
• field effect transistors 59%
• polymers 59%
• laser ablation 49%
• lasers 44%
• pulsed lasers 43%
• nanoparticles 34%
• chloroform 32%
• propylene 30%
• ethers 28%
• inks 28%
• acetates 27%
• glycols 27%
• capacitors 22%
• conductors 20%
• argon 19%
• thresholds 15%
• ions 11%

Chemical Compounds

• Multilayer 90%
• Ablation 88%
• Gold Nanoparticle 84%
• Field Effect 75%
• Laser Ablation 56%
• Semiconductor 38%
• Solvent 35%
• Alpha-Terpineol 35%
• Capacitor 26%
• Conductor 25%
• Liquid Film 24%
• Glycol 23%
• Chloroform 21%
• Propene 20%
• Acetate 17%
• Ether 17%
• Ion 10%