S., T., & University, M. (2023). Saccharide-originated fluorescent carbon dots synthesized by in-liquid plasma with controlled orderliness of carbon core through precursor alteration for selective and rapid metal ion detection.
Chicago Style CitationS., Treepet, and Mahidol University. Saccharide-originated Fluorescent Carbon Dots Synthesized By In-liquid Plasma With Controlled Orderliness of Carbon Core Through Precursor Alteration for Selective and Rapid Metal Ion Detection. 2023.
MLA CitationS., Treepet, and Mahidol University. Saccharide-originated Fluorescent Carbon Dots Synthesized By In-liquid Plasma With Controlled Orderliness of Carbon Core Through Precursor Alteration for Selective and Rapid Metal Ion Detection. 2023.
Warning: These citations may not always be 100% accurate.