The photothermal methods are known to be a useful tool for thermal characterization of materials. Among all these methods only those for which accurate theoretical models are available allow quantitative measurements. In addition it is often necessary to test locally large samples without any contact. All these conditions are fulfilled by the photothermal beam deflection (mirage effect). Let us recall that this optical method uses a first modulated light beam (pump beam) to heat the sample and a second beam (generally from a small He-Ne laser) which is deflected by the thermal gradient in the vicinity of the sample surface (probe beam)
A photothermal deflection experiment with a variable angle pump beam is presented. It is shown that ...
In the paper the optimization of the experimental setup for photothermal beam deflection spectrometr...
This work describes an all-optical beam deflection method to simultaneously measure the thermal cond...
For application in UV-material processing and UV-thin-film optics, the thermal contribution to damag...
The photothermal laser beam deflection (PTD) is used to measure the thermal properties of bulk solid...
The preponderance of laser beam shapes cannot be ruled out during the implementation of an optical e...
In this paper, we describe the examination of solide surfaces by using the transverse photothermal b...
Non-destructive testing (NDT) is the use of non-invasive techniques to determine the integrity of a ...
Photothermal-optical-beam-deflection (PTOBD) imaging involves use of a focused, modulated laser beam...
Photothermal (PT) effects are produced by the heating a sample and its surroundings due to the absor...
The emergence of lasers in the early sixties has not only revolutionized the field of optics and com...
The theory for a sensitive spectroscopy based on the photothermal deflection of a laser beam is deve...
Photothermal (PT) effects are produced by the heating a sample and its surroundings due to the absor...
The photothermal techniques have been successfully applied as tools for nondestructive evaluation (N...
The potential of mid-infrared photothermal deflection spectrometry for aerosol analysis is demonstra...
A photothermal deflection experiment with a variable angle pump beam is presented. It is shown that ...
In the paper the optimization of the experimental setup for photothermal beam deflection spectrometr...
This work describes an all-optical beam deflection method to simultaneously measure the thermal cond...
For application in UV-material processing and UV-thin-film optics, the thermal contribution to damag...
The photothermal laser beam deflection (PTD) is used to measure the thermal properties of bulk solid...
The preponderance of laser beam shapes cannot be ruled out during the implementation of an optical e...
In this paper, we describe the examination of solide surfaces by using the transverse photothermal b...
Non-destructive testing (NDT) is the use of non-invasive techniques to determine the integrity of a ...
Photothermal-optical-beam-deflection (PTOBD) imaging involves use of a focused, modulated laser beam...
Photothermal (PT) effects are produced by the heating a sample and its surroundings due to the absor...
The emergence of lasers in the early sixties has not only revolutionized the field of optics and com...
The theory for a sensitive spectroscopy based on the photothermal deflection of a laser beam is deve...
Photothermal (PT) effects are produced by the heating a sample and its surroundings due to the absor...
The photothermal techniques have been successfully applied as tools for nondestructive evaluation (N...
The potential of mid-infrared photothermal deflection spectrometry for aerosol analysis is demonstra...
A photothermal deflection experiment with a variable angle pump beam is presented. It is shown that ...
In the paper the optimization of the experimental setup for photothermal beam deflection spectrometr...
This work describes an all-optical beam deflection method to simultaneously measure the thermal cond...