Add to ORKGThe implantation formation of InAs nanoclusters in silicon and silica and their modification via irradiation with Xe ions with an energy of 167 MeV and a fluence of 3 × 1014 cm–2 are studied. It is found that post-implantation annealing and irradiation with high-energy ions alter the size and shape of nanoclusters and cause structural transformations within them. The ordering of nanoclusters and their elongation along the trajectory of Xe ions in a SiO2 matrix is observe
This chapter is focused on the use of ion-beam processing for controlling the linear and nonlinear o...
The paper will discuss the synthesis of metal nanoclusters (NCs) composites, in silica matrix, in wh...
A newly developed 'implantation machine' was used to accelerate ions. Recently, the ability of compo...
The implantation formation of InAs nanoclusters in silicon and silica and their modification via irr...
A physicomathematical model and dedicated software are developed for simulating high-dose implantati...
The formation of nanodimensional InAs crystallites on Si wafers was studied by the method of high fl...
The possibility of tailoring by ion irradiation size, composition and topology of nanoclusters embed...
The possibility of tailoring by ion irradiation size, composition and topology of nanoclusters embed...
Effect of irradiation on the formation of Si nanoclusters from a-SiOx films and their luminescence p...
Nanosized crystallites have been synthesized in the Si and SiO2/Si structures by means of As (170 ke...
Nanoclusters embedded in hard solid materials such as silica show great promise for increa...
We report about the nanoclustering induced by oxygen‐implantation in silicon. A tandem‐type accelera...
An elemental selective de-alloying in Au\u2013Ag nanometer sized clusters prepared by ion implantati...
Nanocrystals of SiGe alloy have been formed inside a SiO{sub 2} matrix by the ion implantation techn...
We report about the nanoclustering induced by oxygen‐implantation in silicon. A tandem‐type accelera...
This chapter is focused on the use of ion-beam processing for controlling the linear and nonlinear o...
The paper will discuss the synthesis of metal nanoclusters (NCs) composites, in silica matrix, in wh...
A newly developed 'implantation machine' was used to accelerate ions. Recently, the ability of compo...
The implantation formation of InAs nanoclusters in silicon and silica and their modification via irr...
A physicomathematical model and dedicated software are developed for simulating high-dose implantati...
The formation of nanodimensional InAs crystallites on Si wafers was studied by the method of high fl...
The possibility of tailoring by ion irradiation size, composition and topology of nanoclusters embed...
The possibility of tailoring by ion irradiation size, composition and topology of nanoclusters embed...
Effect of irradiation on the formation of Si nanoclusters from a-SiOx films and their luminescence p...
Nanosized crystallites have been synthesized in the Si and SiO2/Si structures by means of As (170 ke...
Nanoclusters embedded in hard solid materials such as silica show great promise for increa...
We report about the nanoclustering induced by oxygen‐implantation in silicon. A tandem‐type accelera...
An elemental selective de-alloying in Au\u2013Ag nanometer sized clusters prepared by ion implantati...
Nanocrystals of SiGe alloy have been formed inside a SiO{sub 2} matrix by the ion implantation techn...
We report about the nanoclustering induced by oxygen‐implantation in silicon. A tandem‐type accelera...
This chapter is focused on the use of ion-beam processing for controlling the linear and nonlinear o...
The paper will discuss the synthesis of metal nanoclusters (NCs) composites, in silica matrix, in wh...
A newly developed 'implantation machine' was used to accelerate ions. Recently, the ability of compo...