Add to ORKGThe photothermal techniques have been successfully applied as tools for nondestructive evaluation (NDE) of inhomogeneous materials. For optically opaque samples, photothermal techniques are widely used for detection and characterization of subsurface defects and interfaces within the samples [1,2]. For optically transparent samples, phototherma
A pulsed photothermal technique is described for the nondestructive evaluation of stratified materia...
In frequency-domain photothermal radiometry (FD-PTR) a low-power intensity-modulated optical excitat...
Abstract: This paper presents the theoretical and experimental possibilities of a modulated photothe...
For nondestructive material evaluation (NDE) ultrasonic and X-ray methods have been well established...
Non-destructive testing (NDT) is the use of non-invasive techniques to determine the integrity of a ...
Using photothermal measurements as a new NDE method opens an application field of increasing interes...
The photothermal methods are known to be a useful tool for thermal characterization of materials. Am...
Among the existing non-destructive testing techniques, the flying spot photothermal technique [CITE...
The geometrical and physical properties of the surface and the near-surface layers can be modified b...
Photothermal techniques are becoming an effective tool in nondestructive testing of composite materi...
A numerical analysis founded on the analog circuit model is applied to describe (surface or volume) ...
Abstract For more than a decade, photothermal measurement techniques have been used for the nondestr...
The theory for a sensitive spectroscopy based on the photothermal deflection of a laser beam is deve...
The problem of the photothermal modulation of optical beams passing through multilayer films is an e...
We introduce the scanning photopyroelectric microscope and demonstrate its application for the inves...
A pulsed photothermal technique is described for the nondestructive evaluation of stratified materia...
In frequency-domain photothermal radiometry (FD-PTR) a low-power intensity-modulated optical excitat...
Abstract: This paper presents the theoretical and experimental possibilities of a modulated photothe...
For nondestructive material evaluation (NDE) ultrasonic and X-ray methods have been well established...
Non-destructive testing (NDT) is the use of non-invasive techniques to determine the integrity of a ...
Using photothermal measurements as a new NDE method opens an application field of increasing interes...
The photothermal methods are known to be a useful tool for thermal characterization of materials. Am...
Among the existing non-destructive testing techniques, the flying spot photothermal technique [CITE...
The geometrical and physical properties of the surface and the near-surface layers can be modified b...
Photothermal techniques are becoming an effective tool in nondestructive testing of composite materi...
A numerical analysis founded on the analog circuit model is applied to describe (surface or volume) ...
Abstract For more than a decade, photothermal measurement techniques have been used for the nondestr...
The theory for a sensitive spectroscopy based on the photothermal deflection of a laser beam is deve...
The problem of the photothermal modulation of optical beams passing through multilayer films is an e...
We introduce the scanning photopyroelectric microscope and demonstrate its application for the inves...
A pulsed photothermal technique is described for the nondestructive evaluation of stratified materia...
In frequency-domain photothermal radiometry (FD-PTR) a low-power intensity-modulated optical excitat...
Abstract: This paper presents the theoretical and experimental possibilities of a modulated photothe...