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Publications of the scientific group can be found at the following links

Victor Gusarov: ResearchGateeLIBRARY

Oksana Almjasheva: ResearchGateeLIBRARY

Andrei Krasilin: ResearchGateeLIBRARY

Vadim Popkov: ResearchGateeLIBRARY

Olga Proskurina: ResearchGateeLIBRARY

Tatiana Maslennikova: ResearchGateeLIBRARY

Vyacheslav Almjashev: ResearchGateeLIBRARY

Dmitry Danilovich: ResearchGateeLIBRARY

Ekaterina Tugova: ResearchGateeLIBRARY

Alexander Bugrov: ResearchGateeLIBRARY

Svetlana Kirillova: ResearchGateeLIBRARY

Alexandra Svinolupova: ResearchGateeLIBRARY

Olga Sinelschikova: ResearchGateeLIBRARY

Natalia Lomanova: ResearchGateeLIBRARY

Makariy Lomakin: ResearchGateeLIBRARY

Anastasiya Zavialova: ResearchGateeLIBRARY

Oleg Karpov: ResearchGateeLIBRARY

Ekaterina Khrapova: ResearchGateeLIBRARY

Andrei Timchyk: ResearchGate 

Maria Enikeeva: ResearchGateeLIBRARY

Vladislav Zlobin, ResearchGate


 Selected publications

Almjasheva O. V., Popkov V. I., Proskurina O. V., Gusarov V. V. Phase formation under conditions of self-organization of particle growth restrictions in the reaction system. Nanosystems: Phys. Chem. Math., 2022, 13(2), 165–181.

A systematic analysis of literature data concerning the influence of methods and conditions of synthesis on the possibility of self-organization of particle growth restrictions during chemical reactions of solid phase has been conducted. The prospects of using such methods to obtain nano-crystalline phases are shown. It is demonstrated that a disadvantage of such methods of synthesis is the risk of forming precursor phases instead of target products. To avoid such an outcome, several methods of synthesis are proposed. Based on the analysis of literature data, examples of the transformation of precursor nanoparticles into nanocrystals of target phases are classified and presented. A scheme that allows optimal combination of synthesis methods to obtain nano-crystalline particles of a given composition, structure, size, and shape is designed.

 Chemical design