Curriculum Vitae

Name: Török First Name: Gyula

Date of birth: 7 August 1953 Birth Place: Budapest, Hungary

Nationality: Hungarian

Home Address: H-2045 Patak str 6 , Törökbálint

Telephone: 36-30-9046726

Status: Married three children

Affliation: Research Institute for Solid State Physics

H-1525 Budapest , P .O. Box 49

Phone/fax: 36-1 392-2501

E-mail: torok@ szfki.hu, torok.gyula@wigner.mta.hu/ torok@mail.kfki.hu

Education and training:

1968-1971 Secondary School, Fazekas Mihaly, Budapest

1971-1976 Graduated at University Roland Eötvös, Budapest

Physicist (Monte carlo modelling of ( p,pd) reactions )

1996 Candidate of Phys. Science Hungarian Academy of Sciences (Structture determination of MBBA and EBBA liquid crystal materials by Rietveld method)

Positions held:

1976-1981 Assitant Lecturer, Technical University of Budapest, Hungary(Chem Phys dept)

1981-1987 Researcher, Joint Institute for Nuclear Research, Dubna, Russia (installation of TOF correlation spectrometer KORA)

1987-1988 Assistant Lecturer, Technical University of Budapest, Hungary (Chem Phys dept)

1988- Researcher, Research Institute for Solid State Physics, Hungary ( Neutron uide system installations, cold neutron Triple axis spectrometer installation, reflectormeter development, SANS development)

1993 Research fellowship at Rutherford Appleton Laboratory, Oxford (diffraction of liquid crytal)

1996- Senior scientist, Research Institute for Solid State Physics, Hungary (triple axis spectrometer, polarization options for SANS and reflectometer)

Languages: English, Russian,

Publications: 217 articles , two book contribution.

Membership: Roland Eötvös Physical Society ( Neutron and Synchrotron Radiation Division)

Research activity:

- Structure and dynamic partially ordered systems liquid crystals, gels

ferrofluids, membranes, fullerene compounds, steel radiation damage.

- Neutron scattering techniques: powder diffraction, small angle scattering,

inelastic scattering, (triple axis spectr, spin echo), neutron optics,

- polarized neutron techniques , neutron holography