|
Wydział Fizyki i Informatyki
Stosowanej, Pomorska 149, PL 90 - 236 Łódz, tel: +48 42 635 5687, fax: +48 42 6790030 |
Dr hab. Marek Moneta, prof. nadzw. # kierownik Zakładu Fizyki Powierzchni
tel +48 42 635 5614 |
Tesla TEM |
|
Cockroft-Walton
accelerator 50-250 keV |
Dr hab Jerzy
Czerbniak. prof. nadzw. #
tel +48 42 635 5712 |
Tomasz Gwizdałła PhD # tel +48 42 635 5709 Romuald Brzozowski
PhD # tel +48 42 635 5618 |
|
Ph.D. Students: |
Bogdan Pawłowski, MSc #
tel +48 42 635 5697 Józef Balcerski, MSc
# tel +48 42 635 5697 |
reaction chamber |
|
DEPARTMENT OF SOLID STATE PYSICS, SURFACE SCIENCE DIVISION FACULTY OF PHYSICS AND CHEMISTRY UNIVERSITY OF ŁÓDZ Pomorska
149, PL 90-236 Łód, Poland ,Fax: +
48 42 6790030 2 Tenure-track positions in Physics of Atomic Collisions The Department of Solid State Physics at the
University of Łód is seeking applicants for a probationary (tenure-track)
positions at the rank of Adjunct in condensed matter physics. The condensed matter physics group is active in a
range of topics including: atomic physics, surface modification and analysis
by ion beam, thin films, nanotechnology, solid-state theory, magnetic films. The department has major research facilities such
as: ion-beam accelerator, scanning microscopes and Nanotechnology Laboratory,
which are devoted to the fabrication and characterisation of materials and
structures. Preference will be given
to an experimental physicist with research interests in ion beam modification
and characterisation of surfaces: RBS-C, PIXE, LEED, AES. Candidates must have a Ph.D. and a proven
research record. The successful
candidates will be expected to establish an independent and innovative
externally funded research program involving the training of graduate
students Interested candidates should submit a
curriculum vitae, a list of publications, a research plan, and the names and
addresses of three referees, to be sent directly to:
Prof. Marek Moneta Department of Solid State Physics The University of Łódz Pomorska
149, PL 90-236 Łódz, Poland. The closing date for applications: until the
positions have been filled.
|
Research interest Theoretical: # ion
stopping processes in matter, #
electronic and magnetic properties of materials, # thin
foils and films electronic properties, # density
functional methods in application to properties of
cluster and films on surfaces (WIEN2K) #
evolutionary algorithms for physical applications, #
simulation of ion passage through matter, # problems
of ion charge state in matter Experimental: #
application of medium-energy accelerator methods for
solid state physics and surface physics, # Mossbuer
analysis of surface structure and properties # PIXE
analysis of solids # passage
and backscattering of ions from matter, # thermal
and magnetic properties of matter analysed by
medium energy light ion beams, #
production and analysis of films and coatings # analysis
of magnetic and structural properties of sample by means
of transmission electron microsopy |
Representative publications 2009 1. Properties
of Mn-doped FINEMET R.Brzozowski, M.Wasiak, H.Piekarski, P.Sovak,
P.Uznański and M.Moneta Journal of Alloys and Compounds 470 (2009) 5-11 2.
Properties of FINEMET with Fe partially replaced by Mn M.Moneta,
R.Brzozowski, M.Wasiak and P.Uznański Nuclear
Instruments and Methods in Physics Research B267 (2009) 411-414 3. TEM, XRD
and DSC analysis of thin films and foils of FeSiBNb alloys with Mn J.Balcerski , R.Brzozowski, M.Wasiak, K.Polańki and
M.Moneta Vacuum 83 (2009) 182-185 4. Magnetic, structural and thermal properties of
FINEMET doped with Ge A. Puszkarz, M.Wasiak, P.Sovak, P.Uznański and
M.Moneta Vacuum 83 (2009) 245-248 5. Energy loss of slow protons in Au crystalline
thin film T.Gwizdałła,
R.Andrzejewski, J.Czerbniak, K.Gront and M.Moneta Vacuum 83 (2009) 196-199 2008 1.
Properties of Fe72.5-xSi13.5B9Nb3Cu1Mnx
by means of Mossbauer spetroscopy Acta Physica Polonica 113 (2008) 117 R.Brzozowski, M.Wasiak, J.Balcerski, P.Sovak and
M.Moneta 2. On
structul and magnetic properties of Fe72.5-xSi13.5B9Nb3Cu1Mnx
metal alloys R.Brzozowski, M.Wasiak, P.Sovak and M.Moneta Advances in Nanoscale Magnetism, Springer Proccedings in Physics 122 (2008) 219-30 2007 1. Influence of phase transition effect in nickel on
ion channeling in Ni crystal R.Krajewski,
B.Pawłowski and M.Moneta Radiation Physics and
Chemistry 76 (2007) 546 2. Electron exchange influence on the energy loss of
ions in SIMOX structure J.Czerbniak, G.Pudłowski and M.Moneta Radiation Physics and
Chemistry 76 (2007) 529 3. An ion-beam method for analysis of the thermal expansion of foils B.Pawłowski and M.Moneta Radiation Physics and
Chemistry 76 (2007) 570 4. The structural properties of alkali metal atoms doped noble gas
clusters A.Stasikowski, M.Moneta and T.Gwizdałła Radiation Physics and
Chemistry 76 (2007) 607 5. A model for energy loss
and straggling of slow ions in electron gas with exchange M.Moneta, Vacuum
81 (2007) 1195 6. Stopping of slow ions in electron gas with
magnetic interaction M.Moneta, Physics Letters 369 (2007) 303 |
