In this communication we introduce a low or reduced coherence interferometry technique that can be used to retrieve surface topology on samples with high roughness. Moreover, we will show that the approach enables surface topology measurement also at the interface of so-called turbid media, where multiple scattering inside tissues can be a major issue, preventing accurate measurements
When applied to the measurement of smooth surfaces, coherence scanning interferometry can be describ...
Coherence scanning interferometry is one of the most accurate surface measuring technology, and it i...
In this paper, we show how the combined use of low-coherence interferometry, balanced detection, and...
We describe and experimentally demonstrate a novel (to our knowledge) surface profiling technique, f...
The here presented work describes a surface profiling technique,for which the term closed-loop opric...
The ability to robustly measure a components physical dimensions is a critical part of a production ...
The low-coherence interferometry is already an established technique for the high-resolution charact...
This thesis deals with low-coherence interferometry, laser interferometry and its combination intend...
A system based on low coherence interferometry is presented which enables absolute distance measurem...
The characterization of imaging methods as three-dimensional (3D) linear filtering operations provid...
The capability of optical surface topography measurement methods for measurement of steep and tilted...
This work introduces a modified low-coherence interferometry approach for nanometer surface-profilom...
Interferometric techniques have been used as imaging techniques in many applications. In using low c...
Within this work an alternative approach to precision surface profilometry based on a low-coherence ...
Results are presented in using low coherence interferometry in quantifying the reflectivity and imag...
When applied to the measurement of smooth surfaces, coherence scanning interferometry can be describ...
Coherence scanning interferometry is one of the most accurate surface measuring technology, and it i...
In this paper, we show how the combined use of low-coherence interferometry, balanced detection, and...
We describe and experimentally demonstrate a novel (to our knowledge) surface profiling technique, f...
The here presented work describes a surface profiling technique,for which the term closed-loop opric...
The ability to robustly measure a components physical dimensions is a critical part of a production ...
The low-coherence interferometry is already an established technique for the high-resolution charact...
This thesis deals with low-coherence interferometry, laser interferometry and its combination intend...
A system based on low coherence interferometry is presented which enables absolute distance measurem...
The characterization of imaging methods as three-dimensional (3D) linear filtering operations provid...
The capability of optical surface topography measurement methods for measurement of steep and tilted...
This work introduces a modified low-coherence interferometry approach for nanometer surface-profilom...
Interferometric techniques have been used as imaging techniques in many applications. In using low c...
Within this work an alternative approach to precision surface profilometry based on a low-coherence ...
Results are presented in using low coherence interferometry in quantifying the reflectivity and imag...
When applied to the measurement of smooth surfaces, coherence scanning interferometry can be describ...
Coherence scanning interferometry is one of the most accurate surface measuring technology, and it i...
In this paper, we show how the combined use of low-coherence interferometry, balanced detection, and...