We present a bottom-up fabrication route based on the sputtering gas aggregation source
that allows the generation of nanoparticles with controllable and tunable chemical …

This review examines characterization challenges inherently associated with understanding
nanomaterials and the roles surface and interface characterization methods can play in …

With the development of nanocluster (NC) synthesis methods in the gas phase, atomically
precise NCs composed of a finite number of metal and semiconductor atoms have emerged …

Physical synthesis employing magnetron sputtering and gas aggregation in a modified
commercial source has been coupled with size-selection and ion soft landing to prepare …

We report the design and evaluation of a new high-intensity electrospray ionization source
for ion soft-landing experiments. The source incorporates a dual ion funnel, which enables …

Immobilization of complex molecules and clusters on supports plays an important role in a
variety of disciplines including materials science, catalysis, and biochemistry. In particular …

We describe the production of size-selected manganese nanoclusters using a magnetron
sputtering/aggregation source. Since nanoparticle production is sensitive to a range of …

The increasing demand for nanostructured materials is mainly motivated by their key role in
a wide variety of technologically relevant fields such as biomedicine, green sustainable …

Silver-based nanomaterials that exhibit antibacterial character are intensively studied as
they represent promising weapon against multi-drug resistant bacteria. Equally important …

Magnetron sputtering of two independent Pt and Ru targets coupled with inert gas
aggregation in a modified commercial source has been combined with soft landing of mass …