Publications by authors named "Yerkebulan Koshkinbayev"
Article Synopsis
- - This study investigates how synthesis temperature affects the properties of colloidal cadmium telluride (CdTe) nanoplatelets (NPLs), which are useful for applications like solar cells and LEDs.
- - CdTe NPLs were created at various temperatures (170 °C to 200 °C) and analyzed using techniques like UV-Vis absorption and electron microscopy to evaluate their structure and elemental makeup.
- - The results indicated that the best quality NPLs, in terms of stoichiometry and optical properties, were obtained at 190 °C, showing significant changes in crystal structure and luminescence based on temperature variations.
Colloidal quasi-two-dimensional cadmium chalcogenide nanoplatelets have attracted considerable interest due to their narrow excitonic emission and absorption bands, making them promising candidates for advanced optical applications. In this study, the synthesis of quasi-two-dimensional CdSe NPLs with a thickness of 3.5 monolayers was investigated to understand the effects of synthesis temperature on their stoichiometry, morphology, and optical properties.
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