Quick view ZnCuInS/ZnS in Powder form Emission: 700 nm Zinc Copper Indium Sulfide/Zinc Sulfide (ZnCuInS/ZnS) core/shell quantum dots Form: Dry powder- hydrophobic Particle size 4-5 nm Readily soluble in toluene, chloroform and similar solvents. Not soluble in water, alcohols, ethers Ligand:... Compare
Quick view CuInS/ZnS in Toluene Emission 700 CuInS/ZnS Core-Shell Nanocrystals in Toluene (also available in Hexane, Chloroform and other select solvents) Quantum Yield > 40% PL fwhm (nm) < 125 nm Ligand: Oleic Acid / Oleylamine ligands 9:1 Concentration: for 1 mg packing the concentration is... Compare
Quick view CuInS/ZnS in Water Emission 700 CuInS/ZnS Core-Shell Nanocrystals in Water Ligand: Carboxylic Acid group Quantum Yield > 15% PL fwhm (nm) < 125 nm pH: 6~9 Concentration: for 1 mg packing the concentration is 1mg/mL for all other packings: 5mg/mL Emission Peak: 700 nm Absorbance... Compare
Quick view CuInS/ZnS in Toluene Emission 750 CuInS/ZnS Core-Shell Nanocrystals in Toluene (also available in Hexane, Chloroform and other select solvents) Quantum Yield > 40% PL fwhm (nm) < 125 nm Ligand: Oleic Acid / Oleylamine ligands 9:1 Concentration: for 1 mg packing the concentration is... Compare
Quick view CuInS/ZnS in Water Emission 750 CuInS/ZnS Core-Shell Nanocrystals in Water Ligand: Carboxylic Acid group Quantum Yield > 15% PL fwhm (nm) < 125 nm pH: 6~9 Concentration: for 1 mg packing the concentration is 1mg/mL for all other packings: 5mg/mLEmission Peak: 750 nm Absorbance... Compare
Quick view CuInS/ZnS in Toluene Emission 800 CuInS/ZnS Core-Shell Nanocrystals in Toluene (also available in Hexane, Chloroform and other select solvents) Quantum Yield > 40% PL fwhm (nm) < 125 nm Ligand: Oleic Acid / Oleylamine ligands 9:1 Concentration: for 1 mg packing the concentration is... Compare
Quick view CuInS/ZnS in Toluene Emission 850 CuInS/ZnS Core-Shell Nanocrystals in Toluene (also available in Hexane, Chloroform and other select solvents) Quantum Yield > 40% PL fwhm (nm) < 125 nm Ligand: Oleic Acid / Oleylamine ligands 9:1 Concentration: for 1 mg packing the concentration is... Compare