This article describes an opto-electronic device that allows on-line visualization of the optical intensity function along a strip. The use of a linear optical charge-coupled device (CCD) array eliminates all moving parts. This makes adaptation to a standard microscope possible without modifications. The setup described here is essential where precise positioning of a reference graticule on diffuse lines must be performed.SCOPUS: ar.jinfo:eu-repo/semantics/publishe
In some embodiments, an optical imaging system comprises a non-destructive optical device that obtai...
A system for determining the spatial coordinates of objects (1) and their subsequent displacements e...
The acquirement of 3D-information is currently achieved by stereophotography, line and grid projecti...
Summary: This paper presents principles of optical position measurement methods based on opto-electr...
Resolution of the imaging devices is mainly restricted by the pixels pitch, the pixels size and shap...
Methods and instruments for the alignment of the optical sensors in the spacelabs Vega I. and II. ...
This paper describes the development of LabVIEW based driver for charge-coupled device (CCD) linear ...
Charged coupled devices (CCDs) are much common in use in different imaging modalities. In most cases...
It is a camera design comprising a micro movable vertical diaphragm screening partly the last column...
Charge-Coupled Devices (CCDs) are an important technology not only for their ubiquity in consumer ca...
By setting a refractor with a certain angle against the optical axis of the CCD camera lens, the ima...
The purpose of this work is to measure the spatial resolution, particularly in z-axis, of an image o...
The laser confocal microscope (LCM) is now an established research tool in biology and materials sci...
DE 10110297 A UPAB: 20030407 NOVELTY - A slider (6) is provided on the front surface of the probe ho...
In this work, an optoelectronic device that provides the absolute position of a measurement element ...
In some embodiments, an optical imaging system comprises a non-destructive optical device that obtai...
A system for determining the spatial coordinates of objects (1) and their subsequent displacements e...
The acquirement of 3D-information is currently achieved by stereophotography, line and grid projecti...
Summary: This paper presents principles of optical position measurement methods based on opto-electr...
Resolution of the imaging devices is mainly restricted by the pixels pitch, the pixels size and shap...
Methods and instruments for the alignment of the optical sensors in the spacelabs Vega I. and II. ...
This paper describes the development of LabVIEW based driver for charge-coupled device (CCD) linear ...
Charged coupled devices (CCDs) are much common in use in different imaging modalities. In most cases...
It is a camera design comprising a micro movable vertical diaphragm screening partly the last column...
Charge-Coupled Devices (CCDs) are an important technology not only for their ubiquity in consumer ca...
By setting a refractor with a certain angle against the optical axis of the CCD camera lens, the ima...
The purpose of this work is to measure the spatial resolution, particularly in z-axis, of an image o...
The laser confocal microscope (LCM) is now an established research tool in biology and materials sci...
DE 10110297 A UPAB: 20030407 NOVELTY - A slider (6) is provided on the front surface of the probe ho...
In this work, an optoelectronic device that provides the absolute position of a measurement element ...
In some embodiments, an optical imaging system comprises a non-destructive optical device that obtai...
A system for determining the spatial coordinates of objects (1) and their subsequent displacements e...
The acquirement of 3D-information is currently achieved by stereophotography, line and grid projecti...