Add to ORKGThermal waves are suited for non-contacting inspection of near-surface areas of solids [1]. The reason for this depth limitation is the strong attenuation of this modulated thermal diffusion process. The resulting depth range is frequency dependent, hence it has been pointed out very early that thermal waves allow for depth profiling by variation of modulation frequency [2, 3]
Thermal wave techniques have received increasing attention for use in the inspection and characteriz...
Infrared thermography is a powerful, fast and non contact method for non destructive testing of mate...
There has been considerable interest lately in imaging techniques that employ thermal waves [1–4]. I...
Thermal waves are suited for non-contacting inspection of near-surface areas of solids [1]. The reas...
Thermal waves are suited for non-contacting inspection of near-surface areas of solids [1]. The reas...
The basic idea of nondestructive testing is that a sample is characterised by its response to a cert...
Thermal wave imaging is proving to be a useful technique for the nondestructive evaluation (NDE) of ...
Abstract In this work, investigations have been conducted on a novel technique for enhancing thermog...
This work describes the development and implementation of an infrared thermal NDE procedure for the ...
Following the developments in pulse compression techniques for increased range resolution and higher...
Thermography is a promising method for detecting subsurface defects, but accurate measurement of def...
Thermal techniques have matured for the nondestructive characterization of the internal structure of...
Recently, laser induced thermal wave based technologies have provided a powerful class of techniques...
A review is given about Lockin-Thermography, about its photoacoustic and photothermal roots, about t...
In frequency-domain photothermal radiometry (FD-PTR) a low-power intensity-modulated optical excitat...
Thermal wave techniques have received increasing attention for use in the inspection and characteriz...
Infrared thermography is a powerful, fast and non contact method for non destructive testing of mate...
There has been considerable interest lately in imaging techniques that employ thermal waves [1–4]. I...
Thermal waves are suited for non-contacting inspection of near-surface areas of solids [1]. The reas...
Thermal waves are suited for non-contacting inspection of near-surface areas of solids [1]. The reas...
The basic idea of nondestructive testing is that a sample is characterised by its response to a cert...
Thermal wave imaging is proving to be a useful technique for the nondestructive evaluation (NDE) of ...
Abstract In this work, investigations have been conducted on a novel technique for enhancing thermog...
This work describes the development and implementation of an infrared thermal NDE procedure for the ...
Following the developments in pulse compression techniques for increased range resolution and higher...
Thermography is a promising method for detecting subsurface defects, but accurate measurement of def...
Thermal techniques have matured for the nondestructive characterization of the internal structure of...
Recently, laser induced thermal wave based technologies have provided a powerful class of techniques...
A review is given about Lockin-Thermography, about its photoacoustic and photothermal roots, about t...
In frequency-domain photothermal radiometry (FD-PTR) a low-power intensity-modulated optical excitat...
Thermal wave techniques have received increasing attention for use in the inspection and characteriz...
Infrared thermography is a powerful, fast and non contact method for non destructive testing of mate...
There has been considerable interest lately in imaging techniques that employ thermal waves [1–4]. I...