A portable fluorescence multispectral imaging system was developed and has been used for the analysis of artistic surfaces. The imaging apparatus exploits two UV lamps for fluorescence excitation and a liquid crystal tunable filter coupled to a low-noise charge coupled device as the image detector. The main features of the system are critically presented, outlining the assets, drawbacks, and practical considerations of portability. A multivariate statistical treatment of spectral data is further considered. Finally, the in situ analysis with the new apparatus of recently restored Renaissance wall paintings is presented
In this contribution we describe the modern 2D and 3D technologies for the documentation, analysis a...
Multispectral imaging systems are used in art examinations to map and identify pigments,...
The aim of this work is to test the application of a new multispectral imaging system, named Hyperco...
A portable fluorescence multispectral imaging system was developed and has been used for the analysi...
A novel system has been developed to acquire digital multis-pectral ultraviolet (UV) induced visible...
UV Fluorescence microscopy is a powerful mean for visualizing and identifying structures ...
To better understand and preserve works of art, knowledge is needed about the pigments used to creat...
In the present work, a new imaging device for multi spectral analysis in the visible range is presen...
A new multispectral system developed at the National Gallery is presented. The system is capable of ...
<p>Multispectral imaging systems are used in art examination in order to map<br />and identify pigme...
In this work, a novel combination of portable micro-Raman spectroscopy and semi-automatic methods of...
In art conservation, UV luminescence is a widespread technique: traditionally, long wave UV-A lamps ...
This thesis focuses on the application of multispectral images for the analysis of pictorial materia...
To expand and investigate the potential of spectral imaging, we developed a portable multispectral s...
A system for advanced fluorescence investigation of works of art has been assembled and integrated i...
In this contribution we describe the modern 2D and 3D technologies for the documentation, analysis a...
Multispectral imaging systems are used in art examinations to map and identify pigments,...
The aim of this work is to test the application of a new multispectral imaging system, named Hyperco...
A portable fluorescence multispectral imaging system was developed and has been used for the analysi...
A novel system has been developed to acquire digital multis-pectral ultraviolet (UV) induced visible...
UV Fluorescence microscopy is a powerful mean for visualizing and identifying structures ...
To better understand and preserve works of art, knowledge is needed about the pigments used to creat...
In the present work, a new imaging device for multi spectral analysis in the visible range is presen...
A new multispectral system developed at the National Gallery is presented. The system is capable of ...
<p>Multispectral imaging systems are used in art examination in order to map<br />and identify pigme...
In this work, a novel combination of portable micro-Raman spectroscopy and semi-automatic methods of...
In art conservation, UV luminescence is a widespread technique: traditionally, long wave UV-A lamps ...
This thesis focuses on the application of multispectral images for the analysis of pictorial materia...
To expand and investigate the potential of spectral imaging, we developed a portable multispectral s...
A system for advanced fluorescence investigation of works of art has been assembled and integrated i...
In this contribution we describe the modern 2D and 3D technologies for the documentation, analysis a...
Multispectral imaging systems are used in art examinations to map and identify pigments,...
The aim of this work is to test the application of a new multispectral imaging system, named Hyperco...