In this paper we demonstrate a theoretical study for photothermal measurements on inhomogeneous coatings. First, a general photothermal mathematical model for thermal gradient materials is presented. Then, we discuss the effects of inhomogeneous thermal properties in photothermal amplitude and phase spectra of coatings. Finally, a method for quantitative depth profiling that makes use of prior knowledge about the type of profile existing in a sample to reduce the instabilities associated with the mathematically ill conditioned task is demonstrated.International School and Conference on Photonics (PHOTONICA09), Aug 24-28, 2009, Belgrade, Serbi
A technique for obtaining thermal diffusivity depth profiles of inhomogeneities in two-layered syste...
Estimating the thermal properties of thin film on substrate material systems is important in many th...
The problem of the photothermal modulation of optical beams passing through multilayer films is an e...
In this paper we demonstrate a theoretical study for photothermal measurements on inhomogeneous coat...
Thermal diffusivity which depends on the microstructural properties of the material, is very sensiti...
Plane thermal waves in media with linearly varying thermal conductivity are analyzed, where we allow...
Plane thermal waves in media with linearly varying thermal conductivity are analyzed, where we allow...
Abstract: Plane thermal waves in media with linearly varying thermal conductivity are analyzed, wher...
Abstract. Photothermal depth profiling is usually applied to inhomogeneous materials, and allows to ...
Photothermal depth profiling is usually applied to inhomogeneous materials, and allows to localize t...
Recently, laser induced thermal wave based technologies have provided a powerful class of techniques...
Photothermal depth profiling is usually applied to inhomogeneous materials, and allows to localize t...
Photothermal depth profiling is usually applied to inhomogeneous materials, and allows to localize t...
Abstract. Photothermal depth profilometry is formulated as a nonlinear inverse scattering problem. S...
Photothermal depth prolometry is formulated as a non-linear inverse scattering problem. Starting wit...
A technique for obtaining thermal diffusivity depth profiles of inhomogeneities in two-layered syste...
Estimating the thermal properties of thin film on substrate material systems is important in many th...
The problem of the photothermal modulation of optical beams passing through multilayer films is an e...
In this paper we demonstrate a theoretical study for photothermal measurements on inhomogeneous coat...
Thermal diffusivity which depends on the microstructural properties of the material, is very sensiti...
Plane thermal waves in media with linearly varying thermal conductivity are analyzed, where we allow...
Plane thermal waves in media with linearly varying thermal conductivity are analyzed, where we allow...
Abstract: Plane thermal waves in media with linearly varying thermal conductivity are analyzed, wher...
Abstract. Photothermal depth profiling is usually applied to inhomogeneous materials, and allows to ...
Photothermal depth profiling is usually applied to inhomogeneous materials, and allows to localize t...
Recently, laser induced thermal wave based technologies have provided a powerful class of techniques...
Photothermal depth profiling is usually applied to inhomogeneous materials, and allows to localize t...
Photothermal depth profiling is usually applied to inhomogeneous materials, and allows to localize t...
Abstract. Photothermal depth profilometry is formulated as a nonlinear inverse scattering problem. S...
Photothermal depth prolometry is formulated as a non-linear inverse scattering problem. Starting wit...
A technique for obtaining thermal diffusivity depth profiles of inhomogeneities in two-layered syste...
Estimating the thermal properties of thin film on substrate material systems is important in many th...
The problem of the photothermal modulation of optical beams passing through multilayer films is an e...