Add to ORKGPolycrystalline cobalt layers, deposited on Si(110) wafers via electron beam evaporation to a thickness of 55 nm, were irradiated at room temperature with 200 keV Xe ions to fluences of up to 15 x10^15 ions/cm^2.The atomic and magnetic force microscopy (AFM and MFM) were used to investigate the changes in the roughness and magnetic properties of the Co/Si bilayers. Ion beam induced structural changes were correlated with magnetic properties
Ion beam mixing of Fe/Si bilayers, induced by 100 keV (40)Arions at room temperature was investigate...
The aim of this work is to investigate the effects of 593 MeVAu irradiation using two different proj...
Sputtered co-deposited Co-Si alloys were found to have a hcp structure up to #approx# 25 atm. % Si. ...
Polycrystalline cobalt layers, deposited on Si(110) wafers via electron beam evaporation to a thickn...
Polycrystalline cobalt layers, deposited on Si(110) wafers via electron beam evaporation to a thickn...
Evolution of the structure of cobalt-silicon films during Xe ions irradiation has been studied and t...
Heavy-ion irradiation of ferromagnetic thin layers changes their micromagnetic and microstructural p...
Thin films of Co–Fe–Si were vacuum evaporated on pre-cleaned float glass substrates employing therma...
We have investigated the effects of swift heavy ion irradiation on thermally evaporated 44 nm thick,...
Studies on ion-irradiated transition-metal/silicon bilayers demonstrate that interface mixing and si...
This thesis has investigated the structural and vibrational properties of ion beam synthesized Co na...
AbstractIon beam irradiation was performed on Co/CoO films deposited on Si (111) substrates by magne...
In the present thesis, we study the change in structural properties induced by ion beam irradiation ...
We have investigated the physical mechanism whereby ion irradiation produces large changes in the ma...
The effects of growth temperature, TG, and ion-irradiation on the magnetic properties and microstruc...
Ion beam mixing of Fe/Si bilayers, induced by 100 keV (40)Arions at room temperature was investigate...
The aim of this work is to investigate the effects of 593 MeVAu irradiation using two different proj...
Sputtered co-deposited Co-Si alloys were found to have a hcp structure up to #approx# 25 atm. % Si. ...
Polycrystalline cobalt layers, deposited on Si(110) wafers via electron beam evaporation to a thickn...
Polycrystalline cobalt layers, deposited on Si(110) wafers via electron beam evaporation to a thickn...
Evolution of the structure of cobalt-silicon films during Xe ions irradiation has been studied and t...
Heavy-ion irradiation of ferromagnetic thin layers changes their micromagnetic and microstructural p...
Thin films of Co–Fe–Si were vacuum evaporated on pre-cleaned float glass substrates employing therma...
We have investigated the effects of swift heavy ion irradiation on thermally evaporated 44 nm thick,...
Studies on ion-irradiated transition-metal/silicon bilayers demonstrate that interface mixing and si...
This thesis has investigated the structural and vibrational properties of ion beam synthesized Co na...
AbstractIon beam irradiation was performed on Co/CoO films deposited on Si (111) substrates by magne...
In the present thesis, we study the change in structural properties induced by ion beam irradiation ...
We have investigated the physical mechanism whereby ion irradiation produces large changes in the ma...
The effects of growth temperature, TG, and ion-irradiation on the magnetic properties and microstruc...
Ion beam mixing of Fe/Si bilayers, induced by 100 keV (40)Arions at room temperature was investigate...
The aim of this work is to investigate the effects of 593 MeVAu irradiation using two different proj...
Sputtered co-deposited Co-Si alloys were found to have a hcp structure up to #approx# 25 atm. % Si. ...