Adapt and Make Accessible the Tri-N-Octylphosphine-Assisted Silar Method

To meet the needs of light-emitting equipment and related technology, LEDs, fluorescent solar concentrators, it is necessary to prepare high-quality quantum dots of semiconductors of the core-shell type. We conducted a set of sequential studies,testing existing QD synthesis techniques

Luminescent Downshifting Colloidal Quantum Dots for Large-Area Solar Cells

We show a practical application of colloidal quantum dots as a luminescent converters for operating large-area solar modules. For these purposes, we used quantum dots of the core/shell type with a high quantum luminescence yield (50%) embedded in polymer matrix.This work was supported by the Science Committee of Ministry of Education and Science Republic of Kazakhstan, IRN AP08856436

BIOCOMPATIBLE PbХ/CdY(X=S, Se; Y=S, Se) COLLOIDAL QUANTUM DOTS

In this paper we show the results of preliminary studies on the synthesis of biocompatible nanoparticles PbX / CdY (X = S, Se, Y = S, Se). A set of synthesis methods was developed on the basis of existing analogues. Optimum parameters of synthesis allowing to obtain the particles of necessary quality are found