Nanopatterning by multiple-ion-beam sputtering
We conducted a systematic study on nanopatterning by multiple-ion-beam sputtering,
focusing on the superposition of the simple patterns formed by individual ion beams. When …
focusing on the superposition of the simple patterns formed by individual ion beams. When …
Formation of self-organized nanostructures on semi-insulating InP by 100 keV Ar+-ion irradiation
We report on formation of self-organized nanodots on semi-insulating InP surface due to
bombardment by 100keV Ar+ ions incident both normally and off-normally (0°, 30°, 60°, and …
bombardment by 100keV Ar+ ions incident both normally and off-normally (0°, 30°, 60°, and …
Nano hillock and complex crater formation by low-energy proton implantation with incident angle into lithium niobate single crystal
P Kumar, S Moorthy Babu - Radiation Effects & Defects in Solids, 2011 - Taylor & Francis
The formation of nano-size hillocks and simple and complex craters was observed as a
result of ion–surface collisions with a lithium niobate single crystal on proton implantation …
result of ion–surface collisions with a lithium niobate single crystal on proton implantation …
Ion erosion induced nanostructured semiconductor surfaces
We consider nanostructures formed on semiconductor surfaces of Si (100), InP (100) and
GaAs using medium energy (50–100 keV) Ar+–ion beam sputtering. The issues of …
GaAs using medium energy (50–100 keV) Ar+–ion beam sputtering. The issues of …