Head of Laboratory

Yaroslavtsev, Andrey B

DSc in Chemistry, Professor, Full member of the Russian Academy of Sciences 
Publications
416
Citations
5828
h-index
37
Publications
493
Citations
6498
h-index
38
Authorization required.

The main areas of work:

  1. The development of synthesis methods, the study of the structure and properties of phosphates of complex cation composition has been a traditional area of work of the laboratory since the time of Academician I.V. Tananaev. Among these materials are solid electrolytes with high ionic conductivity, electrode, fluorescent materials, etc.
  2. Synthesis and investigation of properties of new membrane ion-exchange materials, including hybrid membranes with high stability and improved microstructure and transport properties.
  3. Synthesis, study of the structure and properties of REE compounds with a mixed anionic composition.
  4. The study of ionic mobility in oxide and phosphate materials.
  1. X-ray phase analysis
  2. Thermogravimetry (TG)
  3. Low-temperature nitrogen adsorption
  4. Electric transport measurements
Andrey Yaroslavtsev
Head of Laboratory
Stenina, Irina A
Irina Stenina
Leading researcher
Safronova, Ekaterina Yu
Ekaterina Safronova
Senior Researcher
Novikova, Svetlana E
Svetlana Novikova
Senior Researcher
Lysova, Anna A
Anna Lysova
Senior Researcher
Golubenko, Daniil V
Daniil Golubenko
Junior researcher
Daria Voropaeva
Junior researcher
Kislov, Dmitriy Andreevich
Dmitriy Kislov
Senior Assistant
Andrey Manin 🤝
Student

Research directions

New ion-exchange membrane materials for alternative energy

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New ion-exchange membrane materials for alternative energy
Humanity needs a huge amount of energy to ensure the processes of life and production. The usual method of energy generation based on the combustion of hydrocarbons has a negative impact on the environmental situation, which forces us to look for alternative energy sources. The so-called reverse electrodialysis process is becoming one of the promising energy sources. It consists in obtaining "green" electricity by mixing concentrated and dilute salt solutions. Thus, for example, it is possible to continuously generate energy in places where rivers flow into the seas. The development of materials and the improvement of technologies for obtaining "green" electricity is a promising direction in the modern chemical industry.

Publications and patents

Lab address

Москва, Ленинский проспект, 31, к1
Authorization required.