Role of decoration method of gold nanoparticles on the thermal and optical properties of mesoporous silica-Rhodamine 6G hybrids

Engineering & Materials Science

• Gold nanoparticles 100%
• Optical properties 78%
• Silica 65%
• Thermodynamic properties 58%
• Dyes 40%
• Silica nanoparticles 27%
• Thermal conductivity 24%
• Thermal diffusivity 23%
• Condensation 18%
• Molecular imaging 15%
• Metal nanoparticles 15%
• Photoacoustic effect 14%
• Plasmonics 13%
• Hot Temperature 13%
• Chemical stability 12%
• Pore structure 11%
• Nanotechnology 10%
• Fluorescence 10%
• Encapsulation 10%
• Gold 9%
• Surface treatment 9%
• Thermodynamic stability 9%
• Lenses 9%
• Heat resistance 9%
• Molecules 8%
• Agglomeration 7%
• Imaging techniques 6%
• Chemical analysis 5%

Physics & Astronomy

• rhodamine 74%
• thermodynamic properties 51%
• gold 49%
• silicon dioxide 48%
• nanoparticles 42%
• optical properties 41%
• dyes 24%
• thermal conductivity 16%
• synthesis 15%
• thermal diffusivity 15%
• condensation 12%
• porosity 10%
• thermal lensing 8%
• nanotechnology 7%
• thermal resistance 7%
• therapy 6%
• thermal stability 6%
• industries 5%
• fluorescence 5%

Chemical Compounds

• Decoration 70%
• Gold Nanoparticle 52%
• Meso Porosity 49%
• Optical Property 46%
• Rhodamine 6G 24%
• Thermal Conductivity 19%
• Thermal Diffusivity 19%
• Dye 17%
• Thermal Resistance 8%
• Fluorescein 7%
• Non Toxic 7%
• Nanoparticle 7%
• Metal Nanoparticle 6%
• Field Effect 6%
• Pore Structure 6%
• Chemical Stability 6%
• Encapsulation 6%
• Surface Modification 6%
• Industry 5%