Nincs diacm

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Research Institute for Technical Physics and
Materials Science, Hungarian Academy of
SciencesMTA-MFA

• Mission
• Interdisciplinary research 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 RD, with special attention to the
  needs of SME-s

Total budget (2002) approx. 4 MEur (75 from
Govt.)
Personnel 134 (scientific 84)
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Equipment
- STM and AFM Nanoscope E (Digital Instruments)
with STS possibility - TEM Philips CM 20 Twin
equipped with a Noran Voyager EDX system, JEOL
3010 for high resolution (lattice resolution
1.7 A) - SEM LEO Gemini crossbeam field
emission SEM (best resolution 1.1 nm) with FIB
(cutting and deposition) - XRD Bruker AXS D8
Discover combined Mat. Sci. diffractometer with
microdiffraction, grazing incidence, texture
analysis, high res. Access to - Auger depth
profiling - Ion Implantation and Ion Beam
Analysis (RBS, Channeling) - Clean lab (Class
10-10000) and Mask facility - Optical
Characterization, Ellipsometry - XRF, XPS, UPS -
Hungarian NIIF Supercomputer, Sun Fire 15000 2
x Sun Ultra Enterprise 10000 Sun Fire 480R
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Running projects and cooperations
Just finished FP5 projects - NANOCOMP
HPRN-CT-2000-00037 Large scale synthesis of
carbon nanotubes and their composite materials -
KFKI-CMRC Centre of Excellence, WP4
(ICA1-CT-2000-70029) Ion beams in materials
science Hungarian applied RD project - OM
KMFP-00015/2001 Energy storage, nanotube
battery - OM KMF (just submitted proposal) Oil
filtering by nanocarbons Hungarian basic
research fund projects (OTKA) - T 043685 Carbon
nanotubes, production, modification and
characterization - T 042972 Photonic crystal
type structures in butterfly wings Cooperations
- Univ. Minho, Portugal nanotube reinforced
polymer composites - FUNDP Namur, Belgium
nanotube structure modelling, photonic crystals
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Cooperation proposals
We are open for cooperation in the following
areas - Carbon nanotubes and other carbon
nanostructures (structural modelling,
simulation, characterization, applications) -
Multiwall carbon nanotube production - Photonic
crystal type structures (structural modelling,
simulation, characterization) - Structural,
morphological characterization (microscopies,
XRD) of nanostructured materials
Http//www.mfa.kfki.hu/int/nano