The generation of antimony clusters in the size range from Sb1 to Sb500 is reported. The clusters are created by inert gas condensation and detected by a time-of-flight mass spectrometer. Condensation of clusters of known sizes onto a cold substrate is suggested as a technique which enables investigations of amorphous substances as a function of order
The environmental stability of large-sized and single-crystalline antimony flakes was systematically...
Various metals and metalloids can be converted by a variety of microorganisms to their volatile meth...
Nanometer size metal clusters exhibit unique physical and chemical properties which are a strong fun...
This thesis contains two main parts: the first part focusses on an electron diffraction study on un...
In this study we present results of electron diffraction experiments on unsupported antimony nanoclu...
The Pick Up technique allows continuous formation of high density metal cluster beams in the otherwi...
Antimony induced crystallization of PVD (physics vapor deposition) amorphous silicon can be observed...
An X-ray photoemission spectrum of amorphous Sb prepared by low temperature condensation was measure...
The evolution of electronic properties in free antimony (Sb) nanoclusters as a function of the clust...
The Pick Up technique allows continuous formation of high density metal cluster beams in the otherwi...
Here we investigate the mass spectroscopy of silver and silicon nanoclusters created by the laser ab...
The master thesis deals with comparison of atomic fluorescence spektrometry and high resolution cont...
Subject of inquiry: water clasters with the size of up to 10,000 molecules/cluster. The aim of the w...
This research consists of two parts: (1) aerosol synthesis of nanoscale clusters using arc evaporati...
A new method for the production of cold free clusters is presented. A beam of large rare gas cluster...
The environmental stability of large-sized and single-crystalline antimony flakes was systematically...
Various metals and metalloids can be converted by a variety of microorganisms to their volatile meth...
Nanometer size metal clusters exhibit unique physical and chemical properties which are a strong fun...
This thesis contains two main parts: the first part focusses on an electron diffraction study on un...
In this study we present results of electron diffraction experiments on unsupported antimony nanoclu...
The Pick Up technique allows continuous formation of high density metal cluster beams in the otherwi...
Antimony induced crystallization of PVD (physics vapor deposition) amorphous silicon can be observed...
An X-ray photoemission spectrum of amorphous Sb prepared by low temperature condensation was measure...
The evolution of electronic properties in free antimony (Sb) nanoclusters as a function of the clust...
The Pick Up technique allows continuous formation of high density metal cluster beams in the otherwi...
Here we investigate the mass spectroscopy of silver and silicon nanoclusters created by the laser ab...
The master thesis deals with comparison of atomic fluorescence spektrometry and high resolution cont...
Subject of inquiry: water clasters with the size of up to 10,000 molecules/cluster. The aim of the w...
This research consists of two parts: (1) aerosol synthesis of nanoscale clusters using arc evaporati...
A new method for the production of cold free clusters is presented. A beam of large rare gas cluster...
The environmental stability of large-sized and single-crystalline antimony flakes was systematically...
Various metals and metalloids can be converted by a variety of microorganisms to their volatile meth...
Nanometer size metal clusters exhibit unique physical and chemical properties which are a strong fun...