G. Kornich

发表

Formation of the Core-Shell Structures from Janus-Like Nanoclusters Under Low-Energy Argon Particles Impacts

D. Shyrokorad, G. Kornich, 2018, 2018 IEEE 8th International Conference Nanomaterials: Application & Properties (NAP).

Calculation of marker distortion at elevated temperatures under low energy ion bombardment

G. Betz, G. Kornich, 1997 .

Simulation of the interaction of bipartite bimetallic clusters with low-energy argon clusters

D. Shyrokorad, G. Kornich, S. Buga, 2017 .

Molecular-Dynamics Simulation of Metal Atomic Clusters under Low-Energy Bombardment

D. Shyrokorad, G. Kornich, 2015 .

Sputtering surface copper clusters by low-energy Cu2 dimers

G. Betz, G. Kornich, V. G. Kornich, 2008 .

Molecular dynamics simulation of the ion bombardment of interlayer Cu13 clusters in graphite

G. Kornich, O. Yermolenko, 2012, Bulletin of the Russian Academy of Sciences: Physics.

Evolution of isolated copper clusters under low-energy argon ion bombardment

D. Shyrokorad, G. Kornich, 2014 .

MD simulation of atomic displacements in pure metals and metallic bilayers during low energy ion bombardment at 0 K

G. Betz, G. Kornich, G. V. Kornich, 1998 .

Molecular dynamics simulation of the low-energy interaction between Cun@C60 endofullerenes and the surface of a copper crystal

G. Kornich, S. Buga, O. Yermolenko, 2012, Journal of Surface Investigation. X-ray, Synchrotron and Neutron Techniques.

Concentration profiles during films deposition from a low-energy ion beam

A. Bazhin, G. Kornich, V. I. Kiprich, 2007 .

Molecular dynamics simulation of mass transport processes in a Ni crystal with Al atoms as impurity under low energy ion bombardment

G. Betz, A. Bazhin, G. Kornich, 2001 .

Atomic relocations in a two-layer Al/Ni system bombarded with ions having energies close to the sputtering threshold

G. Betz, A. Bazhin, G. Kornich, 2000 .

Simulation of mass transport processes in a high temperature Ni crystal under low energy ion bombardment

G. Betz, A. Bazhin, G. Kornich, 1999 .

Two step simulation of low energy ion beam mixing at different temperatures

G. Betz, G. Kornich, 1996 .

MOLECULAR DYNAMICS SIMULATION OF LOW ENERGY ION BEAM MIXING

B. King, G. Betz, G. Kornich, 1996 .

Defect formation in a two-layer Al/Ni crystal bombarded with ions having energies close to the sputtering threshold

G. Betz, A. Bazhin, G. Kornich, 2000 .

MD SIMULATION OF ATOMIC DISPLACEMENTS IN METALS AND METALLIC BILAYERS UNDER LOW ENERGY ION BOMBARDMENT AT 300 K

G. Betz, A. Bazhin, G. Kornich, 1999 .

Molecular dynamics simulation of defect formation in an aluminum crystal under low-energy ion bombardment

G. Betz, A. Bazhin, G. Kornich, 2001 .

Nanometer-scale objects of deposition and sputtering

G. Kornich, E. Pugina, 2008 .

Energy and size effects in sputtering of surface metal nanoclusters under low energy ion bombardment

V. Zaporojtchenko, G. Betz, G. Kornich, 2007 .

Low energy ion bombardment of metal nanoclusters on graphite

V. Zaporojtchenko, G. Betz, G. Kornich, 2007 .

Molecular dynamics simulations of low-energy argon ion sputtering of copper clusters on polyethylene surfaces

G. Betz, G. Kornich, O. Yermolenko, 2011 .

Molecular dynamics simulation of sputtering of metal clusters on polyethylene surface

G. Betz, G. Kornich, O. Yermolenko, 2010 .

Simulation of Collision Stage of Evolution of Bipartite Bimetal Clusters under Impact of Low-Energy Argon Dimers

D. Shyrokorad, G. Kornich, 2017 .

Evolution of the Ni-Al Janus-like Clusters under Low Energy Argon Cluster Bombardment

D. Shyrokorad, G. Kornich, 2019, 2019 IEEE 9th International Conference Nanomaterials: Applications & Properties (NAP).

The influence of bombarding particle size on the intensity of the core-shell cluster formation

D. Shyrokorad, G. Kornich, 2017, 2017 IEEE 7th International Conference Nanomaterials: Application & Properties (NAP).

Simulation of the interaction of free Cu–Bi clusters with low-energy single atoms and clusters of argon

D. Shyrokorad, G. Kornich, S. Buga, 2017, Journal of Surface Investigation: X-ray, Synchrotron and Neutron Techniques.

Temperature dependence of the sputtering yield of surface metal clusters

G. Kornich, E. Pugina, 2007 .

Effect of temperature on the sputtering of surface metallic clusters

G. Betz, G. Kornich, E. Pugina, 2007 .

Evolution of the Ni-Al Janus-like clusters under the impacts of low-energy Ar and Ar13 projectiles

D. Shyrokorad, G. Kornich, S. Buga, 2020 .

Synergism in sputtering of copper nanoclusters on graphite substrate at low energy Cu2 bombardment

G. Betz, V. Shulga, G. Kornich, 2011 .

Interaction of low-energy Cu2 dimers with copper clusters on the graphite surface

V. Shulga, G. Betz, G. Kornich, 2010 .

Molecular dynamics simulation of bipartite bimetallic clusters under low-energy argon ion bombardment

D. V. Shirokorad, G. Kornich, S. Buga, 2016 .

Molecular dynamics simulation of bipartite bimetallic clusters under low-energy argon ion bombardment

D. V. Shirokorad, G. Kornich, S. Buga, 2016, Physics of the Solid State.

Molecular dynamics simulation of the interaction of low-energy Ar and Xe ions with copper clusters on a graphite surface

V. Zaporojtchenko, F. Faupel, G. Betz, 2005 .

Molecular dynamics simulations of interactions of Ar and Xe ions with surface Cu clusters at low impact energies

V. Zaporojtchenko, F. Faupel, G. Betz, 2005 .

Molecular dynamics simulations of low energy ion sputtering of copper nano-dimensional clusters on graphite substrates

V. Zaporojtchenko, F. Faupel, G. Betz, 2005 .