Within the last 19 years, about 12 research projects funded by various national and international sources were performed by the FE group:

Research project funded by Deutsche Forschungsgemeinschaft DFG - „Field emission investigations on polycrystalline diamond films, diamond single crystals and diamond-coated microstructures“ (1997-1999); budget ~ 61.000 Euros; Status: Completed.

INTAS project 97-1754 with 5 Russian, 2 other Western European universities/institutes and BUW as coordinator - „Electron emission from wide band gap materials“ (1998-2001); Total (BUW) budget 132.000 (7000) Euros; Status: Completed.

Research project funded by Deutsche Forschungsgemeinschaft DFG - „Field emission investigations on carbon nanostructures, amorphous carbon and dielectric diamond films “ (1999-2002); budget ~ 72.000 Euros; Status: Completed.

R&D project funded by ICT GmbH - „Field emission application in the area of cold cathodes “ (2000-2003); budget ~ 173.000 Euros; Status: Completed.

Research project funded by BMBF - „Conducting ion tracks in isolating matrices for field emission – spatially resolved field emission measurements “ (2001-2004); budget ~ 40.000 Euros; Status: Completed.

R&D project with 3 other German Universities funded by VolkswagenStiftung - „Carbon nanotubes as electron field emitters: synthesis, characterization, process modeling and electronic application“ (2002-2005). BUW budget 150.500 Euros ; Status: Completed.

Helmholtz-Allianz „Physics at the Terascale“, RT4: High Energy Accelerator Physics with DESY and 4 other German Universities (2007-2012). BUW budget 150.500 Euros ; Status: Completed.

BMBF-Verbundprojekt „R&D Beschleuniger (Supraleitende Kavitäten)“, Teilprojekt 05H09PX5: „Charakterisierung und Optimierung von Niob-Oberflächen zur Reduktion der Elektronen-Feldemission“ with 3 other German Universities (2009-2012). BUW budget 130.000 Euros ; Status: Completed.

F&E-Vertrag vom GSI-Helmholtzzentrum für Schwerionenforschung W-MUELL1012: „Optimierung der Feldemission metallischer Nanodrähte für kalte Elektronenquellen" , (2007-2012). BUW budget 150.000 Euros ; Status: Completed.

BMBF-Verbundprojekt „FSP 301 - FLASH: Beschleuniger-basierte Erzeugung kurzer Pulse“, Teilprojekt 05K10PXA: „Untersuchung der photoinduzierten Feld-emission für Elektronenquellen hoher Brillianz“. (2010-2013), BUW budget 180.000 Euros ; Status: Completed.

EC-Support Action FP7-INCO GA 295943: "Reinforcing carbon nanotubes and photonics research cooperation between the Belarusian State University of Informatics and Radioelectronics and the European Rearch Area", (2012 - 2013); BUW budget 80.000 Euros; Status: Completed.