17/18 January 2007 Wiener Neustadt - Czelo

MTA MFA
Address Konkoly-Thege u. 29-33 Hungary
0 - Budapest
Phone / Fax +36-1-3922224 / +36-1-3922226
www www.mfa.kfki.hu
Size 51-250
Organisation Type RTD Institute
Contact Person
Name Prof. István Bársony
Position director
Email barsony@mfa.kfki.hu
Type of co-operation (Offered, Requested) Areas of activity
Licence agreement
Technical Co-operation (R&D) Offered
Joint research project Requested
Joint-venture agreement
Manufacturing agreement
Commercial agreement
Financial agreement
Short description of company
Research Institute for Technical Physics and Materials Science,
Hungarian of Academy Sciences
MTA-MFA
www.mfa.kfki.hu
• Electronics, Microelectronics
• Electronic engineering
• Coatings
• Surface treatment(CVD,PVD)
• Materials Technology
• Ceramic Materials/Powders
• Composite Materials
• Biosensor
• Sensors & Instruments
• Laboratory Equipment
• Measurement Tools
•
Mission of the institute
• Interdisciplinary research performed on complex functional materials and structures, studies of physical,
chemical principles, development of characterization techniques, implementation into integrated micro- and
nanosystems.
• Dissemination of the results in international programs, involvement in education and in industrial R&D, with
special attention to the needs of SME-s.
With a total staff of 150 including 100 researchers and PhD students the institute works on several projects in the
fields o
• Microtechnology, Sensorics; semiconductor (pressure, gas, microwave); magnetic (non-destructive in metals);
optical waveguides, microcavities for biosensors. InP based semiconductor light emitting diodes, development of
Si and CIGS solar cell sturctures. Porous Si multilayers, research of SiC and its characterisation by ion beam
methods.
• Nanotechnology; porous silicon, carbon nanotubes and other fullerene-like materials, AFM/STM investigation
of special (Y and spiral shaped) carbon nanotubes, computer simulation of electron transport. X-ray
diffractometry on thin layers, phase identification, texture analysis. Reserach and development of SiN ceramics
and composite materials. Nanotechnology with Focussed Ion Beam on a FESEM. Theoretical simulations.
Research of sensor elements capable of self-assembly (Joint Chair with University of Veszprém).
• Thin Films, formation, metals, compound semiconductors (SiC, III-V-s), and Surface Physics, methodical
research for Auger improvement. Investigation of the layer growth on metals, composite layers and
semiconductors (GaN), high resolution microscopy of diamond and SiC heterostructures. Development of hard
coatings based on fullerene-like materials. Transmission Electron Microscopy and Auger depth profiling with high
depth resolution. Study of nanometer size metal crystal grains, laser ablation.