The generalized model of surface temperature variations of a three-layer structure irradiated by intensity modulated laser beam was derived, including thermal memory effects. In the specific case of a polymer layer sandwiched between two thin metal foils the model was simplified by electrical analogy. It allowed formulation of unambiguous inverse procedure for estimation of dominating system thermal properties of system from measured photothermal spectra.International Spring Seminar on Electronics Technology ISSE, 31st International Spring Seminar on Electronics Technology, May 07-11, 2008, Budapest, Hungar
If a sample is exposed to the influence of laser radiation the part of its energy is absorbed and co...
Estimating the thermal properties of thin film on substrate material systems is important in many th...
Abstract: This paper presents the theoretical and experimental possibilities of a modulated photothe...
The generalized model of surface temperature variations of a three-layer structure irradiated by int...
The paper presents a generalized model of the photothermal response of a polymer sample. The model i...
Aim of work is the study of layered systems and microstructured devices by photothermal techniques a...
In this paper, the models of surface temperature variations have been derived. Based on these models...
In this paper photothermal transformation in semiconductor structures with modified properties of su...
Heat transport at nanoscale is of importance for many nanotechnology applications [1]. There are typ...
Photothermal deflection spectroscopy (PDS) is an experimental technique which may be used to determi...
Thermal responses of multilayer films play essential roles in state-of-the-art electronic systems, s...
The work presents the creation of an analysis engine and experimental system capable of fully charac...
In recent decades, the development of advanced micro and nanoscale size electronics and devices has ...
Thermal responses of multilayer films play essential roles in state-of-the-art electronic systems, s...
Photopyroelectric spectroscopy (PPES) is a relatively new nondestructive photothermal technique that...
If a sample is exposed to the influence of laser radiation the part of its energy is absorbed and co...
Estimating the thermal properties of thin film on substrate material systems is important in many th...
Abstract: This paper presents the theoretical and experimental possibilities of a modulated photothe...
The generalized model of surface temperature variations of a three-layer structure irradiated by int...
The paper presents a generalized model of the photothermal response of a polymer sample. The model i...
Aim of work is the study of layered systems and microstructured devices by photothermal techniques a...
In this paper, the models of surface temperature variations have been derived. Based on these models...
In this paper photothermal transformation in semiconductor structures with modified properties of su...
Heat transport at nanoscale is of importance for many nanotechnology applications [1]. There are typ...
Photothermal deflection spectroscopy (PDS) is an experimental technique which may be used to determi...
Thermal responses of multilayer films play essential roles in state-of-the-art electronic systems, s...
The work presents the creation of an analysis engine and experimental system capable of fully charac...
In recent decades, the development of advanced micro and nanoscale size electronics and devices has ...
Thermal responses of multilayer films play essential roles in state-of-the-art electronic systems, s...
Photopyroelectric spectroscopy (PPES) is a relatively new nondestructive photothermal technique that...
If a sample is exposed to the influence of laser radiation the part of its energy is absorbed and co...
Estimating the thermal properties of thin film on substrate material systems is important in many th...
Abstract: This paper presents the theoretical and experimental possibilities of a modulated photothe...