The presented work is embedded in the research network "Integrative Ion Processes for Modern Optics", called IntIon, consisting of 12 partners from the German optics industry and two research institutes. The main target of the IntIon network is the development of new process concepts on the basis of ion assisted deposition (IAD) for the industrial production of optical thin film components. Besides an improvement in efficiency, a major aim is concentrated on the optical characteristics for selected application fields with high economical potential. In this network, different ion and plasma sources are compared with regard to their qualification for ion assisted deposition processes. This work includes the characterization of the ion energy ...
In this paper recent results on monitoring and control of plasma ion assisted deposition (PIAD) proc...
The goal of replacing widespread and inexpensive galvanic treatments with suitable vacuum deposition...
Various processes can generate energetic particles suitable for thin film deposition. In some more c...
Concerning optical and structural properties, for different oxide and fluoride materials IAD-coating...
Energetic process development in the production of optical coatings has progressed significantly ove...
A review of the current status of ion assisted deposition of optical thin films is presented. The di...
The efficiency of plasma assisted deposition processes such as reactive ion plating, with regard to ...
A comparative study of different ion and plasma assisted physical vapor deposition processes at low ...
Hauptzielsetzung dieser Arbeit ist die Entwicklung von ionengestuetzten Depositionsverfahren ohne zu...
An aim of this work is a research of a deposition process of indium tin oxide by plasma assisted met...
It is well known that IAD (ion assisted deposition) using a plasma source improves the optical and p...
Today ionassisted PVD coating processes are used for a multitude of optical applications in optical ...
The bombardment of growing films with energetic ions has been investigated in order to understand th...
Thin films of SiO2, Ti02, Ta205, ZrO, and the mixed oxide H4 (Merek) have been deposited onto nonhea...
Deposition of films using plasma or plasma-assist can be traced back surprisingly far, namely to th...
In this paper recent results on monitoring and control of plasma ion assisted deposition (PIAD) proc...
The goal of replacing widespread and inexpensive galvanic treatments with suitable vacuum deposition...
Various processes can generate energetic particles suitable for thin film deposition. In some more c...
Concerning optical and structural properties, for different oxide and fluoride materials IAD-coating...
Energetic process development in the production of optical coatings has progressed significantly ove...
A review of the current status of ion assisted deposition of optical thin films is presented. The di...
The efficiency of plasma assisted deposition processes such as reactive ion plating, with regard to ...
A comparative study of different ion and plasma assisted physical vapor deposition processes at low ...
Hauptzielsetzung dieser Arbeit ist die Entwicklung von ionengestuetzten Depositionsverfahren ohne zu...
An aim of this work is a research of a deposition process of indium tin oxide by plasma assisted met...
It is well known that IAD (ion assisted deposition) using a plasma source improves the optical and p...
Today ionassisted PVD coating processes are used for a multitude of optical applications in optical ...
The bombardment of growing films with energetic ions has been investigated in order to understand th...
Thin films of SiO2, Ti02, Ta205, ZrO, and the mixed oxide H4 (Merek) have been deposited onto nonhea...
Deposition of films using plasma or plasma-assist can be traced back surprisingly far, namely to th...
In this paper recent results on monitoring and control of plasma ion assisted deposition (PIAD) proc...
The goal of replacing widespread and inexpensive galvanic treatments with suitable vacuum deposition...
Various processes can generate energetic particles suitable for thin film deposition. In some more c...