Concentration-dependent fluorescence properties of rhodamine 6G in titanium dioxide and silicon dioxide nanolayers

Engineering & Materials Science

• Absorption spectra 74%
• Agglomeration 22%
• Dimers 38%
• Dyes 86%
• Fluorescence 88%
• Red Shift 42%
• Silica 78%
• Sol-gel process 34%
• Thin films 24%
• Titanium dioxide 100%

Chemical Compounds

• Absorption Spectrum 12%
• Dye 16%
• Emission Spectrum 7%
• Fluorescence 44%
• Fluorescence Maxima 11%
• Fluorescence Spectrum 15%
• Molecular Layer 98%
• Red 5%
• Rhodamine 6G 89%
• Silicon Dioxide 93%
• Sol Gel Process 6%
• Titanium Dioxide 63%

Physics & Astronomy

• absorption spectra 12%
• dimers 7%
• dyes 22%
• emission spectra 7%
• fluorescence 56%
• gels 6%
• matrices 14%
• profiles 4%
• red shift 8%
• rhodamine 90%
• silicon dioxide 58%
• thin films 4%
• titanium oxides 79%