ISSPMT
Institute of Solid State Physics, Materials Science and Technologies
NAS of Ukraine

Our laboratory proposes:

  • Production of composition materials by the method of hot rolling in vacuum;
  • Formation of joint of heterogeneous metals in solid phase by the method of hot rolling in vacuum;
  • Remelting of iron, nickel, vanadium and others and also of alloys on the base of these metals with crystallization in water cooled catalyst. Assembly may produce ingot up to 200 kg;
  • Control of gas impurity content in ingots of zirconium alloy on the VDP stage of remelting.

You can address us for consultation:

Didenko Sergey Jurevich

Sergey Didenko - the head of the sector of development and investigation of bimetals and multilayer metallic composites.

Tel: (+038)57-335-64-88
E-mail: sudid@mail.ru

Author or co-author more than 40 papers, one of active participants of new type of vacuum rolling-welding assembly, development and use of the method of accumulating welding-rolling in vacuum for production of multilayer composites, introduction of the method of hot vacuum rolling in industrial manufacture of bimetals.

Lines of scientific activity and interests:
  • adapter bimetals of the type refractory metal+steel;
  • instrumental bimetals of the type high-speed steel+structural steel;
  • multilayer radiation-absorbing composites;
  • nanostucturized composites of different functional purposes.


Bereznyak

Bereznyak Elena Petrovna - senior researcher of the laboratory of new technologies of materials treatment by pressure, candidate of physics and mathematics, chief scientist

Phone: +38 (057) 349 - 10 - 39
E-mail: bereznyak@kipt.kharkov.ua

She is author and coauthor of more than 60 publications in the area of infrared spectroscopy and radiation physics of semiconductors and dielectrics.

Areas of scientific activity and interests:
  • study of phase composition and structure of semiconductors and dielectrics;
  • investigation of radiation-induced structure-phase transformation of non metallic non- organic materials
  • prediction of radiation, corrosion and thermal resistance of natural and synthetic materials: ceramics, glasses, minerals, carbides and nitrides, polymers and semiconductor materials.
go to ISSPMT