Study of the fluorescence based applications of water soluble (N, P) doped carbon dots synthesized via microwave assisted green pyrolysis

Engineering & Materials Science

• Acids 31%
• Amines 20%
• Atoms 18%
• Biocompatibility 21%
• Carbon 65%
• Cell adhesion 25%
• Cells 33%
• Chemical analysis 11%
• Citric acid 25%
• Energy dispersive spectroscopy 35%
• Fibroblasts 25%
• Fluorescence 100%
• Fluorescence microscopy 25%
• Fluorescence quenching 34%
• Fluorescence spectroscopy 88%
• Imaging techniques 13%
• Ions 15%
• Metal ions 50%
• Microwaves 76%
• Nitrogen 48%
• Nitrophenols 63%
• Orthophosphoric acid 32%
• Phosphorus 42%
• Pyrolysis 82%
• Scanning electron microscopy 27%
• Transition metals 25%
• Water 47%

Chemical Compounds

• Acid 6%
• Application 27%
• Biocompatible Material 15%
• Citric Acid 16%
• Elemental Analysis 12%
• Emission Maxima 19%
• Fluorescence 50%
• Fluorescence Emission 16%
• Fluorescence Microscopy 17%
• Fluorescence Quenching 16%
• Fluorescence Spectroscopy 47%
• Green 59%
• Ion 6%
• Metal Ion 21%
• Microwave 70%
• Nitrogen 31%
• Phosphorus(.) 28%
• Picric Acid 45%
• Pyrolysis 60%
• Toxic 13%
• Transition Element 12%
• Tris(2-Aminoethyl)amine 24%
• UV/VIS Spectroscopy 10%
• Water Soluble 67%