We have measured surface roughening kinetics during low energy Xe ion sputtering of Ge (001) surfaces. Results are interpreted in terms of an instability theory developed by Bradley and Harper. Although the calculated magnitude of the roughening rate does not agree with the measured value, the variation of the rate with ion flux and energy is on agreement with the theory
20 pages, 5 figures.-- Contributed to: 4th CTP Workshop on Statistical Physics "Dynamics of Fluctuat...
Modification of nanoscale surface topography is inherent to low-energy ion beam erosion processes an...
Sputtering of spacecraft surfaces by energetic xenon ions in the plumes of Hall thrusters is a prima...
The surface morphology of Ge(001) during etching by low energy ions is characterized using scanning ...
We present a study of the early stage of ripple formation on Ge(001) surfaces irradiated by a 1 keV ...
In this work results, about the formation of topography and roughness induced by secondary ion mass ...
A stochastic model for the molecular-beam epitaxial (MBE) growth of Ge is developed based on the mas...
The roughness of a surface is known to have a strong influence on the sputtering process. Commonly u...
The proceeding at: 19th International Conference on Ion Beam Modification of Materials (IBMM 2014)...
We apply a theoretical approach, originally introduced to describe aeolian ripples formation in sand...
The classical theory of ion beam sputtering predicts the instability of a flat surface to uniform io...
Pattern formation on surfaces undergoing low-energy ion bombardment is a common phenomenon. Here, a ...
A stochastic model for the MBE growth of Ge is developed based on the master equation approach with ...
In this work the roughness and topography evolution of optical materials sputtered with low energy i...
We investigate the kinetic roughening of Ar+ ion-sputtered Pd(001) surface both experimentally and t...
20 pages, 5 figures.-- Contributed to: 4th CTP Workshop on Statistical Physics "Dynamics of Fluctuat...
Modification of nanoscale surface topography is inherent to low-energy ion beam erosion processes an...
Sputtering of spacecraft surfaces by energetic xenon ions in the plumes of Hall thrusters is a prima...
The surface morphology of Ge(001) during etching by low energy ions is characterized using scanning ...
We present a study of the early stage of ripple formation on Ge(001) surfaces irradiated by a 1 keV ...
In this work results, about the formation of topography and roughness induced by secondary ion mass ...
A stochastic model for the molecular-beam epitaxial (MBE) growth of Ge is developed based on the mas...
The roughness of a surface is known to have a strong influence on the sputtering process. Commonly u...
The proceeding at: 19th International Conference on Ion Beam Modification of Materials (IBMM 2014)...
We apply a theoretical approach, originally introduced to describe aeolian ripples formation in sand...
The classical theory of ion beam sputtering predicts the instability of a flat surface to uniform io...
Pattern formation on surfaces undergoing low-energy ion bombardment is a common phenomenon. Here, a ...
A stochastic model for the MBE growth of Ge is developed based on the master equation approach with ...
In this work the roughness and topography evolution of optical materials sputtered with low energy i...
We investigate the kinetic roughening of Ar+ ion-sputtered Pd(001) surface both experimentally and t...
20 pages, 5 figures.-- Contributed to: 4th CTP Workshop on Statistical Physics "Dynamics of Fluctuat...
Modification of nanoscale surface topography is inherent to low-energy ion beam erosion processes an...
Sputtering of spacecraft surfaces by energetic xenon ions in the plumes of Hall thrusters is a prima...