Laminography is an imaging method that visualizes a plane of a three-dimensional object using multiple x-ray imaging [1,2]. A laminograph is produced by aligning features in the component radiographs for a particular “plane of focus”and averaging the radiographs to emphasize the features of interest. Due to the averaging process, relative strong features in another plane, while being reduced in intensity, may still be visible after the laminographic process and may cause incorrect human interpretations. A general artifact reduction scheme for laminography is presented in this paper
A computed laminography system with a simple scan procedure has been developed for inspection of lar...
Across all branches of science, medicine and engineering, high-resolution microscopy is required to ...
Traditional computed tomography (CT) is an effective method of determining the internal structure of...
Laminography is an imaging method that visualizes a plane of a three-dimensional object using multip...
The technique of laminography is used to image different planes of interest in an object. A laminogr...
Computed laminography (CL) is an alternative to computed tomography if large objects are to be inspe...
Recently, we demonstrated that projective X-ray microscopy is feasible with a twodimensional spatial...
Computed laminography (CL) is an image forming method of X-ray testing that yields images of object ...
X-ray computerised laminography (CL) resonstructs cross sections of an object with high resolution. ...
This data accompanies the publication Laminography in the Lab: Imaging planar objects using a co...
Industrial computerized-tomography (CT) systems have been used to perform visual and quantitative an...
Computed tomography (CT) is a very powerful tool in medicine and non-destructive testing but is unsu...
We have developed a computed laminography system for the inspection of large of flat objects using x...
Computed laminography with synchrotron radiation is developed and carried out for three-dimensional ...
Laminographic measurement systems are widely used for the examination of flat components like e. g. ...
A computed laminography system with a simple scan procedure has been developed for inspection of lar...
Across all branches of science, medicine and engineering, high-resolution microscopy is required to ...
Traditional computed tomography (CT) is an effective method of determining the internal structure of...
Laminography is an imaging method that visualizes a plane of a three-dimensional object using multip...
The technique of laminography is used to image different planes of interest in an object. A laminogr...
Computed laminography (CL) is an alternative to computed tomography if large objects are to be inspe...
Recently, we demonstrated that projective X-ray microscopy is feasible with a twodimensional spatial...
Computed laminography (CL) is an image forming method of X-ray testing that yields images of object ...
X-ray computerised laminography (CL) resonstructs cross sections of an object with high resolution. ...
This data accompanies the publication Laminography in the Lab: Imaging planar objects using a co...
Industrial computerized-tomography (CT) systems have been used to perform visual and quantitative an...
Computed tomography (CT) is a very powerful tool in medicine and non-destructive testing but is unsu...
We have developed a computed laminography system for the inspection of large of flat objects using x...
Computed laminography with synchrotron radiation is developed and carried out for three-dimensional ...
Laminographic measurement systems are widely used for the examination of flat components like e. g. ...
A computed laminography system with a simple scan procedure has been developed for inspection of lar...
Across all branches of science, medicine and engineering, high-resolution microscopy is required to ...
Traditional computed tomography (CT) is an effective method of determining the internal structure of...