dr hab. inż. Ryszard J. Barczyński, prof. nadzw. PG dr hab. inż

Transkrypt

Gdańsk University of Technology
Politechnika Gdańska
Academic
dyscypline
Prospective supervisor
Dyscyplina
naukowa
Opiekun naukowy
physics
fizyka
physics
fizyka
Faculty of Applied Physics and Mathematics
Doctoral studies offer for foreign PhD candidates
Wydział Fizyki Technicznej i Matematyki Stosowanej
Contact details / Dane kontaktowe
Studia doktoranckie - oferta SD dla kandydatów zagranicznych
Proposed titles of dissertations /
Research interest or expertise (max.
100 words)
Email
Tel.
Room / pokój
Proponowane tematy prac
doktorskich / tematyka badawcza
(max. 100 słów)
dr hab. inż.
Ryszard J.
Barczyński,
prof. nadzw. PG
[email protected]
da.pl
dr hab. inż.
tomasz.klimczu
Tomasz Klimczuk,
[email protected]
prof. nadzw. PG
(+48) 58 347-18-32
(+48)58 348-66-11
CN Nano Building
(no. 5)
room 4/08
CN Nano Building
(no. 5)
room 4/29
Properties of composites based on
oxide glasses containing
ferroelectric and ferromagnetic
nanostructures.
synthesis and characterization of
new inorganic materials
Language of
the doctoral
thesis
List of the supervisor's most important academic achievements
published within the last 5 years (max. 5 achievements)
Język rozprawy Wykaz najważniejszych opublikowanych osiągnięć z ostatnich 5 lat (max. 5
osiągnięć)
doktorskiej
Number of
commenced
procedures for a
doctoral degree
conferral
Liczba otwartych
przewodów
doktorskich
Number of PhD
students under
supervision
Achievements
regarding supervision
(max. 3)
Dotychczasowe
Liczba
osiągnięcia związane z
doktorantów pod
opieką nad
opieką
doktorantami (max. 3)
1. Barczyński R.J., Murawski L.;Nonlinear impedance in oxide glasses containing
single and mixed alkali ions ; Solid State Ionics225(2012) 359-362.
2. Jasik A., Kaczmarek S.M., Matyjasek K., Barczyński J., and Berkowski M,;Effect of
Cr and Mn doping on ferroelectric and dielectric properties of Li 1.72 Na 0.28 Ge 4 O 9 .
single crystals; Phase Transitions86(2013)230 – 237.
3. Barczyński R.J., Szreder N.A., Karczewski J., Gazda M.;Electronic conductivity in
the SiO 2 -PbO-Fe 2 O 3 glass containing magnetic nanostructures ; Solid State
English or Polish Ionics262(2014) 801-805.
4. Szreder N.A., Barczyński R.J., Karczewski J., Gazda M.;Electric properties and
structure of lead-borate glass containing iron ions ; Solid State Ionics262(2014) 837840.
5. P. Kupraczbcr00051bcr00051,J. Karczewski,M. Prześniak-Welenc,N.A.
Szreder,M.J. Winiarski,T. Klimczuk,Microstructure and electrical properties of
manganese borosilicate glasses, Journal of Non-Crystalline Solids423-424(2015) 6875.
English
1. M. J. Winiarski, B. Wiendlocha, M. Sternik, P. Wiśniewski, J. R. O’Brien, D.
Kaczorowski, and T. Klimczuk; Rattling-enhanced superconductivity in MV2Al20 (M
= Sc, Lu, Y) intermetallic cage compounds, Physical Review B vol. 93, 134507 (2016)
2. Weiwei Xie, Huixia Luo, Brendan F. Phelan, Tomasz Klimczuk, Francois Alexandre
Cevallos, and Robert Joseph Cava; Endohedral gallide cluster superconductors and
superconductivity in ReGa5; PNAS vol. 112 (51), E7048-E7054 (2015)
3. Huixia Luo, Jason W. Krizan, Lukas Muechler, Neel Haldolaarachchige, Tomasz
Klimczuk, Weiwei Xie, Michael K. Fuccillo, Claudia Felser & Robert J. Cava; A large
family of filled skutterudites stabilized by electron count; Nature Communications
vol. 6, 6489 (2015)
4. T. Klimczuk, A. B. Shick, R. Springell, H. C. Walker, A. H. Hill, E. Colineau, J.-C.
Griveau, D. Bouëxiere, R. Eloirdi, and R. Caciuffo; Bulk properties and electronic
structure of PuFeAsO; Physical Review B vol. 86, 174510 (2012)
5. T. Klimczuk, C. H. Wang, K. Gofryk, F. Ronning, J. Winterlik, G. H. Fecher, J.-C.
Griveau, E. Colineau, C. Felser, J. D. Thompson, D. J. Safarik, and R. J. Cava;
Superconductivity in the Heusler family of intermetallics; Physical Review B vol. 85,
174505 (2012)
Strona 1 z 5 / Page 1 of 5
3
3
none
Academic
dyscypline
Dyscyplina
naukowa
Opiekun naukowy
physics
fizyka
100 words)
Email
Tel.
Room / pokój
(max. 100 słów)
prof. dr hab. inż.
[email protected]
Jarosław Rybicki
(+48) 58 347-28-34
Main Building
(no. 1),
room 107
Molecular Dynamics simulations of
nanomechanical properties of
metals and alloys: nanoindentation,
nanocutting, nanoscratching
Language of
the doctoral
thesis
osiągnięć)
doktorskiej
English
1. Mudry S, Shtablavyi I and Rybicki J 2011 Molecular dynamic investigation of
atomic distribution in molten Al-Al2Cu eutectic alloy J. Phys. CS 289 012031;
2. Dziedzic J, Bobrowski M and Rybicki J 2011 Hybrid quantum-classica approach
for atomistic simulation of metallic systems Phys. Rev. B 83 224114;
3. S. Mudry, I. Shtablavyi, J. Rybicki 2011 Correlation between the structure in the
liquid state and the structure in the solid state in the Al-Al2Cu eutectic alloy, J.
Phys. Studies 15 (1) 1601;
4. Michał Białoskórski, Jarosław Rybicki 2012 Mechanical Properties of Singlewalled Carbon Nanotubes Simulated with AIREBO Force-Field, Comp. Meth. Sci.
Technol. 18(2), 67-77;
5. Joseph N. Grima, Szymon Winczewski, Luke Mizzi, Michael C. Grech, Reuben
Cauchi, Ruben Gatt, Daphne Attard, Krzysztof W. Wojciechowski, andJarosław
Rybicki 2014 Tailoring Graphene to Achieve Negative Poisson’s Ratio Properties,
Advanced Materials, DOI: 10.1002/adma.201404106
Number of
commenced
procedures for a
doctoral degree
conferral
Liczba otwartych
przewodów
doktorskich
Number of PhD
students under
supervision
Achievements
(max. 3)
Dotychczasowe
Liczba
doktorantów pod
opieką nad
opieką
Academic
dyscypline
Dyscyplina
naukowa
Opiekun naukowy
physics
fizyka
100 words)
Email
Tel.
Room / pokój
(max. 100 słów)
dr hab. inż.
Agnieszka
Witkowska
agnieszka@mif.
pg.gda.pl
(+48) 58 348-66-08
CN Nano Building
(no. 5)
room 4/10
* Zastosowanie spektroskopowych
metod badań, głównie absorpcyjnej
spektroskopii rentgenowskiej
(NEXAFS, XAFS) i spektroskopii
fotoelektronów (XPS) w inżynierii
materiałowej, inżynierii
biomedycznej i nanotechnologii.
* Badanie struktury i właściwości
fizyko-chemicznych szkieł
tlenkowych domieszkowanych
metalami ciężkimi.
* Analiza właściwości strukturalnych
bioaktywnych szkieł i szkło-ceramik
stabilizowanych tlenkami metali
przejściowych.
* Badanie lokalnej struktury
atomowej i elektronowej
nanoklastrów platyny i jej stopów
oraz nowych materiałów dla
energetyki.
Language of
the doctoral
thesis
osiągnięć)
doktorskiej
Polish / English
Publications:
1. A. Witkowska, G. Greco, S. Dsoke, R. Marassi, A. Di Cicco 2014; Structural change
of carbon supported Pt nanocatalyst subjected to a step-like potential cycling in
PEM FC, J. Non-Cryst. Solids 401 169-174 (IF = 1.766)
2. M. Ali, A.Witkowska, M. Abbas, R. Gunnella, A. Di Cicco 2014; Evolution of the
nanostructure of Pt and Pt-Co polymer electrolyte membrane fuel cell
electrocatalysts at successive degradation stages probed by X-ray photoemission,
Journal of Power Sources 271 548–555 (IF = 6.217)
3. A.Witkowska, S.Dsoke, R.Marassi, A. Di Cicco 2015 Nano-structured Pt
embedded in acidic salts of heteropolymolybdate matrices: MS EXAFS study,
Nuclear Instruments and Methods in Physics Research B 364 65-69 (IF(2014) =
1.124)
4. A. Di Cicco, A. Giglia, R. Gunnella, S. L. Koch, F. Mueller, F. Nobili, M. Pasqualini,
S. Passerini, R. Tossici, A. Witkowska 2015; SEI growth and depth profiling on ZFO
electrodes by soft x-ray absorption spectroscopy, Advanced Energy Materials 5
(18) 1500642 [6 pages] (IF(2104) = 16.146)
5. S.J. Rezvani, M. Ciambezi, R. Gunnella, M. Minicucci, M. Munoz-Marquez, F.
Nobili, M. Pasqualini, S. Passerini, Ch. Schreiner, A. Trapananti, A. Witkowska, A. Di
Cicco 2016 Local Structure and Stability of SEI in Graphite and ZFO Electrodes
Probed by As K-edge Absorption Spectroscopy, Journal of Physical Chemistry C 120
(8) 4287–4295 (IF(2014) = 4.772)
* Involvment in research projects and scientific networks:
1. Stable Interfaces for Rechargeable Batteries, FP7-ENERGY project SIRBATT,
researcher, 2013-2016;
2. Modern Tools for Spectroscopy on Advanced Materials: a European Modelling
Platform, COST Action MP1306, Management Committee member, 2014-2018.
Number of
commenced
procedures for a
doctoral degree
conferral
Liczba otwartych
przewodów
doktorskich
0
Number of PhD
students under
supervision
Achievements
(max. 3)
Dotychczasowe
Liczba
doktorantów pod
opieką nad
opieką
1
co-supervisor of 2
PhD completed
(2010, 2016).
Academic
dyscypline
Dyscyplina
naukowa
Opiekun naukowy
physics
fizyka
100 words)
Email
Tel.
Room / pokój
(max. 100 słów)
dr hab.
jguthmuller@m
if.pg.gda.pl
Julien Guthmuller
(+48) 58 347-28-89
B Building
(no. 10),
no. 414
In general, the proposed research
concerns the theoretical
investigation of structural,
electronic and optical properties of
molecular systems. These properties
are obtained by means of quantum
chemistry calculations employing
the so-called wavefunction-based
methods and the density functional
theory. Computations and
programming are performed on
supercomputers. In the last years,
there has been a huge interest in
understanding and optimizing the
properties of light-harvesting
compounds. These systems can be
used e.g. in dye-sensitized solar
cells, as supramolecular
photocatalysts for hydrogen
production or as molecular lightswitch. In this frame, theoretical
calculations provide predictions and
interpretations of the optical and
electronic properties, helping in
designing new and more efficient
systems. The Phd student is
expected to take part in this
research and should have a Master
level in physics or chemistry.
Language of
the doctoral
thesis
osiągnięć)
doktorskiej
English
1. Guthmuller J.: Comparison of simplified sum-over-state expressions to calculate
resonance Raman intensities including Franck-Condon and Herzberg-Teller
effects// JOURNAL OF CHEMICAL PHYSICS. -Vol. 144, iss. 6 (2016), s.1-13
2. Śmiałek-Telega M., Łabuda M., Guthmuller J., Hoffmann S., Jones N., Macdonald
M., Zuin L., Hubin-Franskin M., Delwiche J., Duflot D., Mason N., Limao-Vieira P.:
Valence and ionic lowest-lying electronic states of small esters studied by high
resolution vacuum ultraviolet photoabsorption, photoelectron spectroscopy and
ab initio calculations// Synchrotron Radiation in Natural Science. -Vol. 14., nr. 1-2
(2015), s.53-53
3. Zhang Y., Kupfer S., Zedler L., Schindler J., Bocklitz T., Guthmuller J., Rau S.,
Dietzek B.: In situ spectroelectrochemical and theoretical study on the oxidation of
a 4H-imidazole-ruthenium dye adsorbed on nanocrystalline TiO2thin film
electrodes// PHYSICAL CHEMISTRY CHEMICAL PHYSICS. -Vol. 17, iss. 44 (2015),
s.29637-29646
4. Śmiałek-Telega M., Łabuda M., Guthmuller J., Hoffmam S., Jones N., Macdonald
M., Zuin L., Mason N., Limao-Vieira P.: Valence and Ionic Lowest-Lying Electronic
States of Isobutyl Formate Studied by High-Resolution Vacuum Ultraviolet
Photoabsorption, Photoelectron Spectroscopy, and Ab Initio Calculations//
JOURNAL OF PHYSICAL CHEMISTRY A. -Vol. 119, nr. 32 (2015), s.8647-8656
5. Latorre F., Guthmuller J., Marquetand P.: A spectroscopic study of the cis/transisomers of penta-2,4-dienoic acid attached to gold nanoclusters// PHYSICAL
CHEMISTRY CHEMICAL PHYSICS. -Vol. 17, (2015), s.7648-7658
Number of
commenced
procedures for a
doctoral degree
conferral
Liczba otwartych
przewodów
doktorskich
0
Number of PhD
students under
supervision
Achievements
(max. 3)
Dotychczasowe
Liczba
doktorantów pod
opieką nad
opieką
1
Academic
dyscypline
Dyscyplina
naukowa
Opiekun naukowy
physics
fizyka
physics
fizyka
100 words)
Email
Tel.
Room / pokój
(max. 100 słów)
prof. dr hab.
Józef E.
Sienkiewicz
dr hab. inż.
Grażyna Jarosz
[email protected]
.pl
[email protected]
da.pl
(+48) 58 347-22-25
(+48) 58 347-13-58
B Building
(no. 10),
no. 416
Main Building
(no. 1),
room 112
* electronic structure and other
properties of diatomic molecules
with applications for molecular
dynamics and reaction control by
laser impulses
* the relativistic approach to atomic
structure, spectroscopic properties
and electron scattering
* solving of the Maxwell equations
for plasmonic and photonic
properties of nanodevices
Photovoltaic phenomenon in
organic hybrid systems
Language of
the doctoral
thesis
osiągnięć)
doktorskiej
Number of
commenced
procedures for a
doctoral degree
conferral
Liczba otwartych
przewodów
doktorskich
Number of PhD
students under
supervision
Achievements
(max. 3)
Dotychczasowe
Liczba
doktorantów pod
opieką nad
opieką
English
1. Wiatr M., Jasik P., Sienkiewicz J.: The adiabatic potentials of low-lying electronic
states of the NaRb molecule// PHYSICA SCRIPTA. -Vol. 90, iss. 5 (2015), s.1-11 2.
Łobacz P., Jasik P., Sienkiewicz J.: Theoretical study of highly-excited states of KRb
molecule// CENTRAL EUROPEAN JOURNAL OF PHYSICS. -Vol. 11, iss. 9 (2013),
s.1107-1114
3. Syty P., Redynk Ł., Sienkiewicz J.: Application of the J-matrix method to
multichannel scattering// The European Physical Journal-Special Topics. -Vol. 222,
iss. 9 (2013), s.2323-2328
4. Szczepkowski J., Jasik P., Grochola A., Jastrzębski W., Sienkiewicz J., Kowalczyk
P.: The 41Σ+ electronic state of LiCs molecule// The European Physical JournalSpecial Topics. -Vol. 222, nr. 9 (2013), s.2329-2333
5. Jasik P., Sienkiewicz J.: Transition dipole moments of the lithium dimer//
ATOMIC DATA AND NUCLEAR DATA TABLES. -Vol. 99, iss. 2 (2013), s.115-155
5
2
Six promoted
doctors, three of
them are
pursuing
academic careers,
one of them is
already a full
professor.
English
1. Szostak J., Jarosz G., Signerski R., Photovoltaics properties of cadmium selenietitanyl phthalocyanine planar heterojunction devices, CHEMICAL PHYSICS, 456
(2015) 57-60.
2. Budzisz P., Signerski R., Jarosz G., Effect of shallow traps on admittance spectra
of the system carying SCLC and on values of charge carrier mobility extracted from
susceptance CHEMICAL PHYSICS, 456 (2015) 61-64.
3. Signerski R., Jarosz G., Modification of current-voltage characteristics of planar
organic systems by nm-thick copper phthalocyanine or perylene dye interlayer,
CENTRA EUROPEAN JOURNAL OF PHYSICS, 11(2) (2013) 264-268.
4. Jarosz G., Comment on "On accurate capacitance characterization of organic
photovoltaic cells"// APPLIED PHYSICS LETTERS, 102 (2013) 076101-2.
5. Jarosz G., Signerski R., Effect of electrode resistance on admittance spectra of
planar organic device carrying SCLC and on charge carrier mobility extracted from
susceptance// SYNTHETIC METALS, 179 (2013) 49-53.
1
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dr hab. inż. Ryszard J. Barczyński, prof. nadzw. PG dr hab. inż

Transkrypt

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