Robotic platform for accelerating the high-throughput study of silver nanocrystals in sensitive/selective Hg²⁺ detection

Keyphrases

• Hg2+ Detection 100%
• High-throughput Study 100%
• Robotic Platform 100%
• AgNCs 100%
• Silver Nanocrystals 100%
• Environmental Monitoring 33%
• Hg2+ 33%
• Colorimetric Determination 33%
• High Sensitivity 16%
• Aqueous Solution 16%
• Data-driven Model 16%
• Predictive Models 16%
• Machine Learning Models 16%
• Growth Model 16%
• Optical Properties 16%
• Limit of Detection 16%
• Safety Monitoring 16%
• Optical Characterization 16%
• Controllable Synthesis 16%
• Water Environmental 16%
• Wet Chemical Method 16%
• High Reproducibility 16%
• Chemical Engineering 16%
• Synthesis Parameters 16%
• Experimental Database 16%
• Size Matching 16%
• High-level Synthesis 16%
• Multiple Synthesis 16%
• Controllable Size 16%
• Optical Simulation 16%
• Mercury Ion 16%
• Resynthesis 16%
• Optical Materials 16%
• Trace Mercury 16%
• Engineering Monitoring 16%
• Polymer Ligands 16%
• Colloidal Silver 16%
• Practical Feasibility 16%
• Water Safety 16%

Material Science

• Silver 100%
• Nanocrystalline Material 100%
• Optical Property 50%
• Solution 50%
• Chemical Processing 50%
• Mercury Ion 50%
• Optical Material 50%

Chemical Engineering

• Learning System 100%
• Scalability 100%
• Chemical Engineering 100%