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laserDevice
Abstract: This paper presents the theoretical and experimental possibilities of a modulated photothermal method, laser induced photoreflectance, for inspecting the quality of interfaces with rnicronic spatial resolutions. An analytical model is established for semi-infinite materials containing an internal interface perpendicular to the sample surface. The presented application is the detection of thermal resistances in damaged materials. 1
The photothermal techniques have been successfully applied as tools for nondestructive evaluation (N...
The emergence of lasers in the early sixties has not only revolutionized the field of optics and com...
International audienceA photothermal microscope based on photoreflectance and interferometric techni...
This paper presents the theoretical and experimental possibilities of a modulated photothermal metho...
Considering the interface absorption in optical coatings, we propose a model to simulate interface a...
The problem of the photothermal modulation of optical beams passing through multilayer films is an e...
Abstract: In this work a thick interface model is proposed in order to describe the photothermal sig...
Abstract For more than a decade, photothermal measurement techniques have been used for the nondestr...
A photothermal microscope devoted to microscopic thermal and thermo-elastic characterizations is pr...
The geometrical and physical properties of the surface and the near-surface layers can be modified b...
Discovery of coherent optical sources four decades ago has revolutionized all fields of scientific d...
A part of incident energy is absorbed within the irradiated sample when a solid is exposed to the in...
Recently, a powerful method of photothermal detection was reponed which enabled thermal wave imaging...
Recently, laser induced thermal wave based technologies have provided a powerful class of techniques...
Thermal contact resistance between two solids is discussed with regard to its influence on the meas...
The photothermal techniques have been successfully applied as tools for nondestructive evaluation (N...
The emergence of lasers in the early sixties has not only revolutionized the field of optics and com...
International audienceA photothermal microscope based on photoreflectance and interferometric techni...
This paper presents the theoretical and experimental possibilities of a modulated photothermal metho...
Considering the interface absorption in optical coatings, we propose a model to simulate interface a...
The problem of the photothermal modulation of optical beams passing through multilayer films is an e...
Abstract: In this work a thick interface model is proposed in order to describe the photothermal sig...
Abstract For more than a decade, photothermal measurement techniques have been used for the nondestr...
A photothermal microscope devoted to microscopic thermal and thermo-elastic characterizations is pr...
The geometrical and physical properties of the surface and the near-surface layers can be modified b...
Discovery of coherent optical sources four decades ago has revolutionized all fields of scientific d...
A part of incident energy is absorbed within the irradiated sample when a solid is exposed to the in...
Recently, a powerful method of photothermal detection was reponed which enabled thermal wave imaging...
Recently, laser induced thermal wave based technologies have provided a powerful class of techniques...
Thermal contact resistance between two solids is discussed with regard to its influence on the meas...
The photothermal techniques have been successfully applied as tools for nondestructive evaluation (N...
The emergence of lasers in the early sixties has not only revolutionized the field of optics and com...
International audienceA photothermal microscope based on photoreflectance and interferometric techni...
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