Research Directions                            

Projects

International projects

EC Project “Transnanopowder” Contract No. IPS-2000-00098 (Senior Researcher Jānis Grabis).

CRAFT Project “Nanoceram” NCOOP-CT-2004-50779 EC 6 FW (Senior Researcher Laila Čera).

EUREKA project “Bionanocomposit” Hydroxyapatite nanocomposit ceramics – new material for bone substitute (Senior Researcher Ēriks Palčevskis).

Network for nanostructured materials of ACC (NANAMAT) (Senior Researcher Ilmārs Zālīte)

National Research Program in Materials Science

Development of advanced functional materials for microelectronics, nanoelectornics, photonics, biomedicine and special comosites and corresponding technologies elaboration.

Project No.5. Developments of technologies of nanoparticles, nanostructured materials and thin films for functional materials and composites (Senior Researcher Jānis Grabis).

Projects funded by the Latvian Council of Science

No.05.0005. Functional materials and technologies for microelectronics and photonics.

Subproject: No.05.0005.2.1. Preparation technology of nanosized ferrites and lithium-manganese powders (Senior Researcher Jānis Grabis).

Subproject: No.05.0005.3.1.Electrodeposition of functional thin layers of metals and alloys onto various substrata of metals and materials for electronic microsystems (Senior Researcher Ingrīda Vītiņa).

No.06.0029. Innovative structurally integrated composite materials: design, technology of production and processing, longevity.

Subproject: No. 06.0029.2.03. Improvement of synthesis technology of nanosized powders and development of nanostructured materials (Senior Researcher Jānis Grabis).

Subproject: No.0029.2.11. Multifunctional materials for metal surface passivation (Senior Researcher Ināra Zariņa).

No.05.1547. The interaction of polyols with polyborate and ferric ions, mechanism of metal corrosion inhibition (Senior Researcher Raisa Belousova).

No.05.1548. Synthesis of polyvalent metal phosphates, structure and physicochemical investigation of compounds (Senior Researcher Antonija Dindune).

No.05.1549. Production of homogeneous oxide materials by the extraction-pyrolytic method and investigation of its functional properties (Senior Researcher Vera Serga).

No.05.1550. Investigation of electrodialysis processes with modified ion-exchange membranes. Modification of the membranes with organic polyelectrolytes and surface-active substances (Senior Researcher Jānis Līcis).

No.05.1551. Electrodialytic removal and separation of heavy metal ions in systems with supported liquid membranes (Researcher Tatjana Sadirbajeva).

No.05.1552. Physicochemical properties and structure of 8-hydroselenoquinoline derivative internal complexes and their correlation with complexes of 8-mercaptoquinoline and 8-hydroxyquinoline derivatives (Senior Researcher Elga Siliņa).

No.05.1553. Mechanisms of the cathodic process of electrodeposition and the formation of structure of thin layers of nanostructured X-ray amorphous metal alloys and metal-inorganic compound (Senior Researcher Ingrīda Vītiņa).

No.05.1554. Dependence of structure and physico-chemical properties of multicomponent nanoparticles on synthesis parameters and chemical compositions (Senior Researcher Ņina Zaporina).

No.05.1555. The modification liquid silicates with alkali metals silanolates (Senior Researcher Ināra Zariņa).

No.05.1556. Synthesis, properties, X-ray diffraction and crystalchemistry analysis of new boron coordination compound amine salts (Senior Researcher Irēna Zviedre).

No.05.1935. Electrostatic and electrosteric stabilization of aqueous suspensions of nanopowders processed by plasma technology (Senior Researcher Laila Čera).

No.05.1698.1. High temperature foam ceramic from plasma processed nanosized powders (Senior Researcher Eriks Palčevskis).

No.05.1700. Synthesis of nanosized multicomponent oxide powders and their processing (Senior Researcher Jānis Grabis).