Review Article
A Review on the Synthesis Methods of CdSeS-Based Nanostructures
Table 1
Different CdSeS nanostructures prepared by hot-injection synthesis.
| The resulting nanostructure | Cd precursor | Se/S precursors | Reaction parameters | Crystalline structure | Quantum yield | Refs. |
| CdSeS QDs | CdO + oleic acid | Trioctylphosphine Se + trioctylphosphine S | 300°C, 10 s~4 min | No data | 85% | [12] | CdSeS nanocrystals | CdO + oleic acid | Tri-n-butylphosphine Se + tri-n-butylphosphine S | 315°C, <15 min | Zinc blende | 1–30% | [41] | CdSeS QDs | (CH3COO)2Cd + oleic acid | Trioctylphosphine Se + trioctylphosphine S | 230~300°C | Wurtzite or zinc blende | 30–80% | [79] | CdSeS QDs | CdO + oleic acid | Trioctylphosphine Se + trioctylphosphine S | 300°C, ~4 min | Zinc blende | No data | [80] | CdSeS QDs | CdO + oleic acid | Tri-n-butylphosphine Se + tri-n-butylphosphine S | 275~290°C | No data | No data | [81] | CdSeS QDs | CdO + oleic acid | Trioctylphosphine Se + trioctylphosphine S | 300°C, 1 min | No data | 40–60% | [27] | CdSeS/ZnS QDs | CdO + oleic acid | Trioctylphosphine Se + trioctylphosphine S | 280°C, 1 min | No data | No data | [82] |
CdSSe nanorods | CdO + octadecylphosphonic acid | Trioctylphosphine oxide Se + trioctylphosphine oxide S | 315°C | Wurtzite | No data | [83] | CdSeS/ZnS QDs | CdO + oleic acid | Trioctylphosphine Se + trioctylphosphine S | 280°C, 4 min | Zinc blende | 14–20% | [76] | CdSeS nanocrystals | CdO + oleic acid | Trioctylphosphine Se + trioctylphosphine S | 300°C | Zinc blende | No data | [84] | CdSeS QDs | CdO + oleic acid | Tri-n-butylphosphine Se + tri-n-butylphosphine S | 220°C, 2 h | Zinc blende | 67% | [85] | CdSeS QDs | CdCl2·2.5H2O + polyethylene glycol | Na2SeO3 + Na2S + 3-mercaptopropionic acid | 80~260°C | Zinc blende | 49% | [86] | CdSeS nanowires | CdO + oleic acid | Trioctylphosphine Se + trioctylphosphine S | 300°C, 2 min | Wurtzite | No data | [87] |
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