@article{article_201833, title={SYNTHESIS OF NANO AND MICRO PARTICLES CuSbSe2 - ONE OF HIGH RESPECTIVE SOLOR CELL COMPONENTS}, journal={Journal of the Turkish Chemical Society Section A: Chemistry}, volume={2}, pages={45–47}, year={2015}, DOI={10.18596/jotcsa.11407}, author={Rzayeva, Aliye and Suleymanova, Turaç}, keywords={Antimony copper selenide, solvotermal method, chemical analysis, thermographic analysis, nanorod}, abstract={<p>The mix potassium antimonytitrate with chloride of copper (I) is dissolved in ethyleneglycol and to it increases as seleniruyushchy reagent selenidesulphate sodium. The experimental ware in a teflon ditch is located in the microwave electric oven. Test within 10 hours at 1800С to temperature remains in the furnace. The received deposit is filtered via the glass filter, washed out by the diluted solution of hydrochloric acid, ultrapure water, at last, ethyl alcohol, is dried up at 60-70 0C in vacuum. The exit makes 92-94%. Chemical, thermographic and morphological analyses СuSbSe2 are executed, and is established that crystals of connection are presented in the form of nanocores. </p>}, number={2}, publisher={Turkish Chemical Society}