M. Bagheri scite author profile

Stability of Ag2S@ZnS QDs in water is a crucial concern for their application in biology. In this work, both physical sustainability and emission stability of Ag2S QDs were enhanced using parameter optimization of a pulsed microwave irradiation (MI) method up to 105 days after their preparation. UV–Vis and photoluminescence spectroscopies depicted an absorption and emission about 817 nm and 878 nm, respectively. X-ray diffraction (XRD) analysis showed a growth of Ag2S acanthite phase. Transmission Electron Microscopy (TEM) images revealed a clear formation of Ag2S@ZnS core–shell structure.

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M. Bagheri

Excellent growth of ZnS shell on Ag₂S QDs using a photochemical-microwave irradiation approach and fabrication of their indoor QD thin film solar cells

One Pot, Rapid and Green Photo-Chemical Synthesis of Ag2S and Ag2S-ZnS Core–Shells

One pot and room temperature photochemical synthesis of high quantum yield NIR emissive Ag2S@Ag(In, Zn)S2 core-shells at the presence of air in water

Enhancement of durability of NIR emission of Ag₂S@ZnS QDs in water

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M. Bagheri

Excellent growth of ZnS shell on Ag2S QDs using a photochemical-microwave irradiation approach and fabrication of their indoor QD thin film solar cells

One Pot, Rapid and Green Photo-Chemical Synthesis of Ag2S and Ag2S-ZnS Core–Shells

One pot and room temperature photochemical synthesis of high quantum yield NIR emissive Ag2S@Ag(In, Zn)S2 core-shells at the presence of air in water

Enhancement of durability of NIR emission of Ag2S@ZnS QDs in water

Contact Info

Product

Resources

About

Excellent growth of ZnS shell on Ag₂S QDs using a photochemical-microwave irradiation approach and fabrication of their indoor QD thin film solar cells

Enhancement of durability of NIR emission of Ag₂S@ZnS QDs in water