Recent trends in the field of ion bombardment of material surfaces are reviewed with a brief discussion about the present understanding of the subject. The use of novel characterization concepts to explore the ion beam-induced phenomena is emphasized and in this context the importance of the technique of conversion electron Mossbauer spectroscopy (CEMS) is brought out. A number of specific examples of the use ofCEMS technique to studies on ion implantation, ion beam mixing and corrosion of ion-bombarded surfaces have been given
Mössbauer spectroscopy is regarded generally a bulk technique. However, it is known from many years ...
Electronic excitation induced by MeV/amu ion beams in a variety of materials has been employed succe...
Electronic excitation induced by MeV/amu ion beams in a variety of materials has been employed succe...
Ion beam induced atomic mixing at Fe-MO interface has been studied by using the technique of convers...
The interaction of energetic ion beams with solid surfaces forms the basis of both material preparat...
The interaction of energetic ion beams with solid surfaces forms the basis of both material preparat...
Ion beam induced atomic mixing and subsequent thermal reactions are studied in the single interface ...
The aim of this project is to continue with the investigation of F. J. Garcia Melero with the title ...
Ion-beam-induced atomic mixing and the effect of thermally activated transformations at the Fe-Al in...
Mössbauer spectroscopy has one of its most important features the ability to simultaneously undertak...
Surface compositional change of GaP, GaAs, GaSb, InP, InAs, InSb, GeSi and CdSe single crystals due ...
Laws determining phase compound of iron surface after implantation with carbon, nitrogen and boron i...
The current upsurge in the use of ion beam techniques in the fabrication of microelectronic devices ...
The effects of ion beam induced atomic mixing at the Fe-Polyethylene interface have been investigate...
Metastable FeCu alloy films have been synthesized by ion beam induced atomic mixing at the Fe-Cu int...
Mössbauer spectroscopy is regarded generally a bulk technique. However, it is known from many years ...
Electronic excitation induced by MeV/amu ion beams in a variety of materials has been employed succe...
Electronic excitation induced by MeV/amu ion beams in a variety of materials has been employed succe...
Ion beam induced atomic mixing at Fe-MO interface has been studied by using the technique of convers...
The interaction of energetic ion beams with solid surfaces forms the basis of both material preparat...
The interaction of energetic ion beams with solid surfaces forms the basis of both material preparat...
Ion beam induced atomic mixing and subsequent thermal reactions are studied in the single interface ...
The aim of this project is to continue with the investigation of F. J. Garcia Melero with the title ...
Ion-beam-induced atomic mixing and the effect of thermally activated transformations at the Fe-Al in...
Mössbauer spectroscopy has one of its most important features the ability to simultaneously undertak...
Surface compositional change of GaP, GaAs, GaSb, InP, InAs, InSb, GeSi and CdSe single crystals due ...
Laws determining phase compound of iron surface after implantation with carbon, nitrogen and boron i...
The current upsurge in the use of ion beam techniques in the fabrication of microelectronic devices ...
The effects of ion beam induced atomic mixing at the Fe-Polyethylene interface have been investigate...
Metastable FeCu alloy films have been synthesized by ion beam induced atomic mixing at the Fe-Cu int...
Mössbauer spectroscopy is regarded generally a bulk technique. However, it is known from many years ...
Electronic excitation induced by MeV/amu ion beams in a variety of materials has been employed succe...
Electronic excitation induced by MeV/amu ion beams in a variety of materials has been employed succe...