Publication at Faculty of Mathematics and Physics |
2020
Abstract
Heterogeneous nanoparticles are of great potential due to their physical, optical, chemical or catalytic properties of used materials. This study is focused on a system preparing core@shell (Ag@Ti) NPs by fully vacuum plasma-based method.
Silver nanoparticles were produced in a gas aggregation source (GAS) of Haberland type and in-flight coated by sputtering of titanium targets from two magnetrons. The thickness of Ti shell was driven by the change of Ti sputtering conditions.