and adsorption
properties of Rh nanoparticles on TiO2(110)
J. Catal. 000 (2012)
000
[full text pdf]
58. Majzik, N. Balázs, A. Berkó:
Thermally
activated
reconstruction of TiO2(110)-(1x1) surface
in the presence of
potassium: an STM study
Catal.
Today 181 (1) (2012) 89.
[full text pdf]
35. A. Berkó, J. Szökõ and F. Solymosi:
Preparation
and reactivity of Rh nanoparticles on TiO2(110)-(1x2) surface.
Solid State Ionics 141-142 (2001) 197.
[full
text pdf]
34. A. Berkó, T. Bíró, T. Kecskés and F.
Solymosi: Self-organization of oxide nanodots generated by low energy
Ar
ion bombardment on TiO2(110)-(1x2)
Vacuum 61 (2001) 317.
[full
text pdf]
33. A. Berkó and F. Solymosi: Effects of different gases on
the
morphology of Ir nanoparticles supported on the TiO2(110)-(1x2)
surface.
Journal of Physical Chemistry B 104 (2000) 10215.
[full
text pdf]
32. A. Berkó, T. Bíró, F. Solymosi: Formation
and
migration of carbon produced in the dissociation of CO on Rh /
TiO2(110)-(1x2)
model catalyst: a scanning microscopy study.
Journal of Physical Chemistry B 104 (2000) 2506.
[full
text pdf]
31. A.
Berkó,
F. Solymosi : Adsorption induced structural changes of Rh supported by
TiO2(110)-(1x2) - an STM study.
Journal of
Catalysis
183 (1999) 101.
[full
text pdf]
30. A.
Berkó,
G. Klivényi and F. Solymosi : Fabrication of Ir / TiO2 (110)
planar
catalysts with tailored particle size and distribution.
Journal of
Catalysis
182 (1999) 511.
[full
text pdf]
29. A.
Berkó
and F. Solymosi : Morphological changes of Ir-nanocrystallites
supported
on TiO2(110)-(1x2) surface induced by CO.
Surface Science
411 (1998) L900.
[full
text pdf]
28. A.
Berkó,
I. Ulrych and K. C. Prince : Encapsulation of Rh-nanoparticles
supported
on TiO2(110)-(1x1) surface: XPS and STM studies.
Journal of
Physical Chemistry B 102 (1998) 3379.
[full
text pdf]
27. A.
Berkó,
F. Solymosi: Method for independent control of particle size and
distance
in rhodium epitaxy on TiO2(110)-(1x2) surface. An STM study.
Surface
Science
400 (1998) 281.
[full
text pdf]
26. A.
Berkó
and E. Kriván: Nanoscale fabrication on a clean TiO2(110)1x2
surface
by scanning tunneling microscopy,
Journal of Vacuum
Science and Technology B. 15 (1) (1997) 25.
25. A.
Berkó,
G. Ménesi and F. Solymosi: STM study of rhodium deposition on
the
TiO2(110)-(1x2) surface,
Surface
Science
372 (1997) 202.
24. A.
Berkó,
G. Ménesi and F. Solymosi : An STM study of the CO-induced
structural
changes of Rh crystallites supported by TiO2(110) ,
Journal of
Physical
Chemistry 100 (1996) 17732.
23. A.
Berkó
and F. Solymosi: Study of clean TiO2(110) surface by scanning tunneling
microscopy and spectroscopy,
Langmuir 12 (1996) 1257.
20. A.
Berkó,
J. Raskó and F. Solymosi: Spectroscopic studies on the reaction
pathways of methanol dissociation on Pd catalysts, New Frontiers in
Catalysis,
Part C, p. 359. Editors: L. Guczi, F. Solymosi and P. Tetenyi:
1993
Elsevier Science
Publishers B. V.
19. A.
Berkó
and F. Solymosi: Adsorption of nitrogen atoms on Cu(111), Rh(111) and
Pt(110)
surfaces,
Applied Surface
Science 55 (1992) 193.
18. A.
Berkó
and H. P. Bonzel: Modification of the methanation activity on a Ni(111)
surface by Ar ion bombardement,
Surface Science
251/252
(1991) 1112.
17. A.
Berkó,
W. Erley and D. Sander: Layer growth mechanism and dipole-dipole
inderaction
of CH3Cl on Pd(100): an infrared and thermal desorption study,
Journal of
Chemical
Physics 93 (1990) 8300.
16. J.
Kiss,
A. Berkó, K. Révész and F. Solymosi: Effects of
potassium
on the adsorption and dissociation of CH3Cl on Pd(100),
Surface Science
240 (1990) 59.
15. F.
Solymosi,
A. Berkó and K. Révész: Adsorption of
CH3Cl
on clean and Cl-dosed Pd(100) surfaces,
Surface Science
240 (1990) 50.
14. A.
Berkó,
F.P. Coenen and H.P. Bonzel: Structure sensitivity of methanation on
nickel,
Vacuum 41 (1990)
147.
13. A.
Berkó
and F. Solymosi: Adsorption and dissociation of CH3Cl on clean and
potassium-promoted
Pd(100) surface,
Journal of
Physical
Chemistry 93 (1989) 12.
12. A.
Berkó
and F. Solymosi: The properties of CO and K coadsorbed on Pd(100)
surface,
Journal of
Chemical
Physics 90 (4)(1989) 2492.
11. F.
Solymosi
and A. Berkó: Coincident thermal desorption and salt formation
in
CO+K coadsorbed layers,
Surface Science
201 (1988) 361.
10. F.
Solymosi,
A. Berkó and T.I. Tarnóczi: Ultraviolet photoemission and
thermal desorption studies of the chemisorption
and decomposition of
methanol
on potassium-dosed Rh(111),
Journal of
Chemical
Physics 87 (1987) 6745.
9. A.
Berkó
and F. Solymosi: Structure and properties of potassium on Pd(100)
surface,
Surface Science
187 (1987) 359.
8. A.
Berkó,
T.I. Tarnóczi and F. Solymosi: Interaction of CH3OH with K-dosed
Rh(111) surfaces at 300K,
Surface Science
189/190 (1987) 238.
7. F. Solymosi
and A. Berkó: Adsorption of CO2 on clean and potassium covered
Pd(100)
surfaces,
Journal of
Catalysis
101 (1986) 458.
4. F.
Solymosi,
A. Berkó and T.I. Tarnóczi: Effects of preadsorbed oxygen
on the formation and decomposition of NCO on Rh(111) surfaces,
Application of
Surface Science 18 (1984) 233.
3. F.
Solymosi,
A. Berkó and T.I. Tarnóczi: Adsorption and decomposition
of methanol on Rh(111) studied by electron
energy loss and
thermal
desorption spectroscopy,
Surface Science
141 (1984) 533.
2. F. Solymosi
and A. Berkó: Adsorption and oxidation of HCN on oxygen-dosed
Cu(111)
surface studied by AES, ELS and TDS measurements,
Surface
Science122
(1982) 275.
Publications (hungarian) by A. Berkó
9. Majzik Z., Berkó A. : H2O disszociációja során a TiO2(110) felületen képződő OH-csoportok tanulmányozása pásztázó5.
Tarnóczi
T., Berkó A., Solymosi F.: Metanol adszorpciója és
bomlása oxigénnel borított ródium(111)
felületen.
Magyar
Kémiai
Folyóirat 91 (1985)(7) 316.
4. Berkó A., Tarnóczi T.,
Solymosi
F.: A preadszorbeált oxigén hatása a felületi
NCO kialakulására és bomlására
Rh(111)
felületen.
Magyar
Kémiai
Folyóirat 91 (1985)(6) 273.