A mathematical approach developed to correct depth profiles of wet-chemically modified polymer films obtained by confocal Raman microscopy is presented which takes into account scattered contributions originated from a diffraction-limited laser focal volume and the refractive index of the sample. The method is demonstrated in both virtual and real samples where it is shown that considerable differences between apparent and corrected depth profiles exist at the surface, especially when profiles with strong concentration gradients are dealt with or an instrument with poor depth resolution is used.</p
The nominal depth resolution achieved in confocal Raman microscopy is on the order of a few micromet...
A method is presented for recovering the intensity depth profile, by confocal optical microscopy, in...
The recent development of Raman microscopes with high optical throughput and very sensitive CCD came...
A mathematical approach developed to correct depth profiles of wet-chemically modified polymer fi...
Confocal Raman microspectroscopy has many potential applications in the study of polymer-solvent int...
A new approach to obtain corrected depth profiles by confocal Raman microscopy, which considers diff...
A solution-cast poly(vinyl chloride) (PVC) film of thickness 81 μm was modified with aminothiophenol...
In this work, we test simple models proposed to predict two characteristic features when performing ...
It has been well documented that the use of dry optics in depth profiling by confocal Raman microspe...
We present a simple approach that avoids the problem of coupling fluid-sample interaction in confoca...
We present a generalized approach to obtain improved Raman intensity profiles from in-depth studies ...
Depth profiles of poly(vinyl chloride) (PVC) films chemically modified in solvent/non-solvent mixtur...
Confocal Raman microscopy (CRM) has recently developed into a routine tool for the depth profiling o...
We compare and analyze different approaches to perform depth profiling of polymer films and coatings...
Until 2006 the performance of confocal Raman Spectroscopy depth profiling was typically described an...
The nominal depth resolution achieved in confocal Raman microscopy is on the order of a few micromet...
A method is presented for recovering the intensity depth profile, by confocal optical microscopy, in...
The recent development of Raman microscopes with high optical throughput and very sensitive CCD came...
A mathematical approach developed to correct depth profiles of wet-chemically modified polymer fi...
Confocal Raman microspectroscopy has many potential applications in the study of polymer-solvent int...
A new approach to obtain corrected depth profiles by confocal Raman microscopy, which considers diff...
A solution-cast poly(vinyl chloride) (PVC) film of thickness 81 μm was modified with aminothiophenol...
In this work, we test simple models proposed to predict two characteristic features when performing ...
It has been well documented that the use of dry optics in depth profiling by confocal Raman microspe...
We present a simple approach that avoids the problem of coupling fluid-sample interaction in confoca...
We present a generalized approach to obtain improved Raman intensity profiles from in-depth studies ...
Depth profiles of poly(vinyl chloride) (PVC) films chemically modified in solvent/non-solvent mixtur...
Confocal Raman microscopy (CRM) has recently developed into a routine tool for the depth profiling o...
We compare and analyze different approaches to perform depth profiling of polymer films and coatings...
Until 2006 the performance of confocal Raman Spectroscopy depth profiling was typically described an...
The nominal depth resolution achieved in confocal Raman microscopy is on the order of a few micromet...
A method is presented for recovering the intensity depth profile, by confocal optical microscopy, in...
The recent development of Raman microscopes with high optical throughput and very sensitive CCD came...