With the focussed ion beam technique it is possible to sputter almost any material with nanometer scale accuracy and directly image or chemically analyze structures below the surface. The major advantage towards conventional cross-section polishing is the high precision which allows to investigate even the smallest local defects. Applications of the focused ion beam even extend to the generation of complex nano structures. This article describes the operational modes, limits and constraints of the method and gives application examples from the field of material analytics
In this paper the new term apparent beam size of Focused Ion Beam (FIB) is introduced and an origina...
64 p.Over the years small structures, as microscale or even nanoscale. have gained great focus and p...
A key phenomenon in the interaction of MeV ions and solids is that the energy transferred from the p...
Focused ion beams (FIB) with beam diameters of well below 100 nm found wide application in local mat...
Focused ion beams with diameters of 8 to 50 nm are used for material processing in the nanoscale reg...
A focused ion beam of gallium ions (Ga+) is used to perform micro- and nano-machining of a sample’s ...
In this article, some limitations of the processing of structures with dimensions in the nanometer r...
Dr. Christine Kranz, School of Chemistry and Biochemistry presented a lecture at the Nano@Tech Meeti...
Over the past 15 years, with materials research moving into sub-micrometer-dimensions, focused ion b...
Focused ion beam (FIB) and scanning electron microscopy (SEM) became indispensable tools for materia...
In order to rapidly prototype novel devices with nanoscale precision, new fabrication techniques whi...
Focused ion beam (FIB) technique uses a focused beam of ions to scan the surface of a specimen, ana...
To date, nano- and micro-structuring has commonly been implemented by a combination of specifically ...
Focused ion beams are an essential tool for cross-sectional material analysis at the microscale, pre...
Very small (microscale or nanoscale) structures, which are the building blocks of future technologie...
In this paper the new term apparent beam size of Focused Ion Beam (FIB) is introduced and an origina...
64 p.Over the years small structures, as microscale or even nanoscale. have gained great focus and p...
A key phenomenon in the interaction of MeV ions and solids is that the energy transferred from the p...
Focused ion beams (FIB) with beam diameters of well below 100 nm found wide application in local mat...
Focused ion beams with diameters of 8 to 50 nm are used for material processing in the nanoscale reg...
A focused ion beam of gallium ions (Ga+) is used to perform micro- and nano-machining of a sample’s ...
In this article, some limitations of the processing of structures with dimensions in the nanometer r...
Dr. Christine Kranz, School of Chemistry and Biochemistry presented a lecture at the Nano@Tech Meeti...
Over the past 15 years, with materials research moving into sub-micrometer-dimensions, focused ion b...
Focused ion beam (FIB) and scanning electron microscopy (SEM) became indispensable tools for materia...
In order to rapidly prototype novel devices with nanoscale precision, new fabrication techniques whi...
Focused ion beam (FIB) technique uses a focused beam of ions to scan the surface of a specimen, ana...
To date, nano- and micro-structuring has commonly been implemented by a combination of specifically ...
Focused ion beams are an essential tool for cross-sectional material analysis at the microscale, pre...
Very small (microscale or nanoscale) structures, which are the building blocks of future technologie...
In this paper the new term apparent beam size of Focused Ion Beam (FIB) is introduced and an origina...
64 p.Over the years small structures, as microscale or even nanoscale. have gained great focus and p...
A key phenomenon in the interaction of MeV ions and solids is that the energy transferred from the p...