The main objectives of the program

The main objectives of the program to investigate the patterns of interaction of hydrogen with light hydride forming metals, intermetallic and composites basis, particularly at high energy mechanical synthesis hydrogen atmosphere.
To investigate the influence of atomic structure, electronic structure and surface condition on the hydrogen sorption properties of materials hydrogen storage, especially materials with substantially nonequilibrium and disordered nanostructures.
New materials with hydrogen larger than 4 wt. %, can absorb and give hydrogen under conditions required for use in road transport.

Approved
decree of the Presidium of NAS of Ukraine
№ 356 of 29.12.2010 р.

• project №18 Developing effective photo electrochemical systems for hydrogen production and hydrogen storage

• project №19 Development of physical and chemical principles to create new highly porous metal-organic frame material

• project №20 Theoretical studies of sorption capacity АВ5 type alloys and their practical application in hydrogen storage systems

• project №21 Investigation of hydrogen desorption from hidrofullerytiv S60Hx and a new method for the synthesis of higher fullerenes hydrides

• project №22 Development of hydrogen sorbing materials based on metal hydrides and their use as hydrogen batteries and electrodes for electrochemical energy systems orientation

  • project №22-1 Development of hydrogen sorbing materials based on metal hydrides and their use as hydrogen batteries and electrodes for electrochemical energy systems orientation

  • project №22-2 Development of hydrogen sorbing materials for their practical use in energy and new technologies as hydrogen storage and cathodes and anodes electrochemical cell

  project №23 Development of fundamental research on the nature and patterns of hydrogen induced cracking in welded joints of structural steels for storage and transportation of hydrogen

  project №24 Development of multicomponent composite materials based on light metal hydrido generators for efficient hydrogen storage

  project №25 The development of methods and means of diagnosing local hydrogen damage of structural ferromagnetic elements

  project №26 Вплив фазових та структурних станів на воднево-сорбційні властивості гетерофазних сплавів систем Ti-Fe-Mn , Ti-Zr-Mn-V

  project №27 Investigation of the influence of insoluble component on the accumulation of hydrogen and magnesium composites obtained by plasma spraying alloy components

  project №28 Fundamental principles and processes of using water sorption of carbon nanomaterials for hydrogen energy