π-Conjugated Carbon-Based Materials for Infrared Thermal Imaging

Engineering & Materials Science

• Infrared imaging 100%
• Atoms 87%
• Fullerenes 65%
• Transparency 65%
• Carbon 63%
• Molecules 61%
• Hydrogen 50%
• Graphene 49%
• Carbon nanotubes 44%
• Infrared radiation 36%
• Density functional theory 31%
• Deuterium 30%
• Time varying systems 23%
• Sulfur 20%
• Imaging techniques 16%
• Availability 14%
• Costs 8%

Chemical Compounds

• Transparency 84%
• Infrared Imaging 82%
• Hydrogen Atom 73%
• Fullerene 51%
• Acenes 42%
• Periodic System 41%
• Graphene 39%
• Double Walled Nanotube 38%
• Coronene 38%
• Deuterium Atom 37%
• Molecule 29%
• Conductor 28%
• Sulfur Atom 27%
• Carbon Nanotube 20%
• Application 17%
• Density Functional Theory 17%

Physics & Astronomy

• hydrogen atoms 79%
• fullerenes 58%
• carbon 56%
• carbon nanotubes 48%
• graphene 45%
• molecules 44%
• inorganic materials 37%
• planetary waves 30%
• availability 28%
• methylidyne 28%
• sulfur 26%
• deuterium 26%
• conductors 23%
• density functional theory 21%
• costs 21%
• rings 19%
• atoms 14%