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Adam Szitas
Adam Szitas
在 chem.u-szeged.hu 的电子邮件经过验证
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Selective transformation of ethanol to acetaldehyde catalyzed by Au/h-BN interface prepared on Rh (111) surface
AP Farkas, Á Szitás, D Jurdi, K Palotás, J Kiss, Z Kónya
Applied Catalysis A: General 592, 117440, 2020
162020
Adsorption, polymerization and decomposition of acetaldehyde on clean and carbon-covered Rh (111) surfaces
I Kovács, AP Farkas, Á Szitás, Z Kónya, J Kiss
Surface Science 664, 129-136, 2017
152017
Effect of gold on the adsorption properties of acetaldehyde on clean and h-BN covered Rh (111) surface
AP Farkas, Á Szitás, G Vári, R Gubó, L Óvári, A Berkó, J Kiss, Z Kónya
Topics in Catalysis 61, 1247-1256, 2018
122018
Adsorption of azobenzene on hexagonal boron nitride nanomesh supported by Rh (111)
Á Szitás, R Gubó, T Pásztor, AP Farkas, T Ajtai, L Óvári, K Palotás, ...
The Journal of Physical Chemistry C 124 (26), 14182-14194, 2020
102020
Investigation of the adsorption properties of cyclic C6 molecules on h-BN/Rh (111) surface, efforts to cover the boron nitride nanomesh by graphene
Á Szitás, AP Farkas, V Faur, N Bera, J Kiss, Z Kónya
Surfaces and Interfaces 32, 102034, 2022
42022
A h-BN nanoháló alkalmazása molekulaadszorpciós és fémkatalizált folyamatokban
Á Szitás
szte, 2022
2022
The Role of Electronegative and Electropositive Modifiers in the Adsorption and Decomposition of Acetaldehyde on Rh (111) Surface
I Kovács, AP Farkas, Á Szitás, Z Kónya, J Kiss
Chemistry Proceedings 6 (1), 3, 2021
2021
The various types of acetaldehyde adsorption on clean, and on 2 modified Rh (111) surface 3
I Kovács, AP Farkas, Á Szitás, Z Kónya, J Kiss
MDPI, 2021
2021
Preparation and characterisation of graphene-like carbon layer on h-BN nanomesh
A Szitas, AP Farkas, V Faur, J Kiss, Z Konya
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