Add to ORKGThermal Quasi-Reflectography is a new optical technique, based on Mid-IR, which is demonstrated to have a great potential in the diagnostics of frescoes. Here we address the key-points: 1) basic principles and instrumentation to enable operative measurements; 2) main diagnostic results
Non-destructive testing of heritage mural paintings by means of stimulated infrared thermography has...
The need of inspecting a masterpiece of fine art without affecting it led to develop non destructive...
We present a multi-purpose, dual-mode imaging method in the Mid-Wavelength Infrared (MWIR) range (fr...
In the artwork conservation field, non contact diagnostic and imaging methods are widely used and mo...
A novel dual mode imaging approach, based on the integration of thermography and thermal quasi-refle...
Dual mode imaging in the mid infrared band, a joint use of thermography and quasi-thermal reflectogr...
Imaging methods offer several advantages in the field of conservation allowing to perform non-invasi...
In this work, the potentialities of the infrared vision to explore sub-superficial defects in polych...
In the analysis of complex stratigraphical structures like painted artefact, infrared (IR) technique...
Infrared Radiation (IR) artwork inspection is typically performed through active thermography and re...
Reflectography in the thermal band Mid-IR 3-5 μm is discussed as a novel tool for the noninvasive an...
The combination of full-field imaging techniques with techniques that can analyze only a very limite...
Experimental analysis based on Thermal Quasi-Reflectography and Thermography applied to the fresco "...
In the scenario of the techniques for improve the knowledge of the state of conservation of frescoes...
Thermal Quasi Reflectography (TQR), e.g. imaging in the thermal band 3-5 μm (MWIR), is discussed as ...
Non-destructive testing of heritage mural paintings by means of stimulated infrared thermography has...
The need of inspecting a masterpiece of fine art without affecting it led to develop non destructive...
We present a multi-purpose, dual-mode imaging method in the Mid-Wavelength Infrared (MWIR) range (fr...
In the artwork conservation field, non contact diagnostic and imaging methods are widely used and mo...
A novel dual mode imaging approach, based on the integration of thermography and thermal quasi-refle...
Dual mode imaging in the mid infrared band, a joint use of thermography and quasi-thermal reflectogr...
Imaging methods offer several advantages in the field of conservation allowing to perform non-invasi...
In this work, the potentialities of the infrared vision to explore sub-superficial defects in polych...
In the analysis of complex stratigraphical structures like painted artefact, infrared (IR) technique...
Infrared Radiation (IR) artwork inspection is typically performed through active thermography and re...
Reflectography in the thermal band Mid-IR 3-5 μm is discussed as a novel tool for the noninvasive an...
The combination of full-field imaging techniques with techniques that can analyze only a very limite...
Experimental analysis based on Thermal Quasi-Reflectography and Thermography applied to the fresco "...
In the scenario of the techniques for improve the knowledge of the state of conservation of frescoes...
Thermal Quasi Reflectography (TQR), e.g. imaging in the thermal band 3-5 μm (MWIR), is discussed as ...
Non-destructive testing of heritage mural paintings by means of stimulated infrared thermography has...
The need of inspecting a masterpiece of fine art without affecting it led to develop non destructive...
We present a multi-purpose, dual-mode imaging method in the Mid-Wavelength Infrared (MWIR) range (fr...