Add to ORKGThis contribution discusses the microfocal X-ray technique and the high resolution X-ray computed tomography. By the projection technique a direct magnification of structural details is obtained. This paper presents a tomographic unit with a resolution capability in the order of 10 mym. The unit operates with a micro focal X-ray tube as source and two different detection systems. The sample is rotated in the fan beam during the investigation. Results of investigations on ceramics and electronics using micro focal radiography and high resolution X-ray tomography are presented
In the framework of research projects partially funded by INFN, at the Physics Department of the Uni...
Due to increasing packing density and ongoing miniaturization there is a growing need for non-destru...
In the present study, various microstructural features, such as particles and pores, have been visua...
Quality assessment of advanced materials like high strength ceramics and fibre reinforced composites...
Structure complexity combined with high integration level in microelectronic industry is making the ...
X-ray computed tomography (CT) refers to the cross-sectional imaging of an object measuring the tran...
For structural and material characterisation and analysis of biological and technical specimen with ...
This was a CRADA to transfer the x-ray tomographic microscope technology to the Quality Technology C...
Non-destructive methods for analysis of various types of materials have been increasingly applied r...
Advanced materials and components for example engineering ceramics, composites, microelectronic and ...
Abstract- X-ray computed tomography (CT) offers an unique opportunity for three-dimensionnal (3D) im...
Currently, non-destructive methods are increasingly being used to inspect the critical components in...
The quality of fibre composites depends on -the distribution on fibre- and matrix-material -size and...
In recent years X-ray tomography has made progressive steps towards spatial resolution in the sub-mi...
A non destructive characterisation technique, X ray tomography, has been developed in order to obtai...
In the framework of research projects partially funded by INFN, at the Physics Department of the Uni...
Due to increasing packing density and ongoing miniaturization there is a growing need for non-destru...
In the present study, various microstructural features, such as particles and pores, have been visua...
Quality assessment of advanced materials like high strength ceramics and fibre reinforced composites...
Structure complexity combined with high integration level in microelectronic industry is making the ...
X-ray computed tomography (CT) refers to the cross-sectional imaging of an object measuring the tran...
For structural and material characterisation and analysis of biological and technical specimen with ...
This was a CRADA to transfer the x-ray tomographic microscope technology to the Quality Technology C...
Non-destructive methods for analysis of various types of materials have been increasingly applied r...
Advanced materials and components for example engineering ceramics, composites, microelectronic and ...
Abstract- X-ray computed tomography (CT) offers an unique opportunity for three-dimensionnal (3D) im...
Currently, non-destructive methods are increasingly being used to inspect the critical components in...
The quality of fibre composites depends on -the distribution on fibre- and matrix-material -size and...
In recent years X-ray tomography has made progressive steps towards spatial resolution in the sub-mi...
A non destructive characterisation technique, X ray tomography, has been developed in order to obtai...
In the framework of research projects partially funded by INFN, at the Physics Department of the Uni...
Due to increasing packing density and ongoing miniaturization there is a growing need for non-destru...
In the present study, various microstructural features, such as particles and pores, have been visua...