Add to ORKGWe used the Continuous Wave Scanning Acoustic Microscope to characterize thin film materials. The measurement of the dispersion curve of surface waves and the inversion of this dispersion equation relation, allow to determine the elastic constants, the density or the thickness of a thin layer on a substrate. Besides, it is possible to have qualitative information on the adhesion properties of the layer. 1
Thin film materials are widely used as hard, protective coatings for softer surfaces. It is known th...
Ultrasonic surface waves induced by a pulsed laser act as high-frequency elastic oscillations propag...
Measuring elastic properties of thin film on substrates is important in the analysis of residual str...
We used the Continuous Wave Scanning Acoustic Microscope to characterize thin film materials. The me...
We used the Continuous Wave Scanning Acoustic Microscope to characterize thin film materials. The me...
Four thin-film adhesion characterization methods are proposed. Two of them are surface acoustic wave...
Four thin-film adhesion characterization methods are proposed. Two of them are surface acoustic wave...
Abstract. Four thin-film adhesion characterization methods are proposed. Two of them are surface aco...
Thin film materials are widely used as hard, protective coatings for softer surfaces. It is known th...
A photoacoustic method is presented for characterising thin films. The method uses acoustic surface ...
Techniques based on laser-induced surface acoustic waves have been developed with the potential for ...
The dispersion curves of Lamb-wave modes propagating along a multilayer structure are important for ...
The dispersion curves of Lamb-wave modes propagating along a multilayer structure are important for ...
Surface acoustic waves are elastic vibrations which propagate along the surface of the material. The...
The objectives were to determine the elastic constants of thin films deposited on substrates, to mea...
Thin film materials are widely used as hard, protective coatings for softer surfaces. It is known th...
Ultrasonic surface waves induced by a pulsed laser act as high-frequency elastic oscillations propag...
Measuring elastic properties of thin film on substrates is important in the analysis of residual str...
We used the Continuous Wave Scanning Acoustic Microscope to characterize thin film materials. The me...
We used the Continuous Wave Scanning Acoustic Microscope to characterize thin film materials. The me...
Four thin-film adhesion characterization methods are proposed. Two of them are surface acoustic wave...
Four thin-film adhesion characterization methods are proposed. Two of them are surface acoustic wave...
Abstract. Four thin-film adhesion characterization methods are proposed. Two of them are surface aco...
Thin film materials are widely used as hard, protective coatings for softer surfaces. It is known th...
A photoacoustic method is presented for characterising thin films. The method uses acoustic surface ...
Techniques based on laser-induced surface acoustic waves have been developed with the potential for ...
The dispersion curves of Lamb-wave modes propagating along a multilayer structure are important for ...
The dispersion curves of Lamb-wave modes propagating along a multilayer structure are important for ...
Surface acoustic waves are elastic vibrations which propagate along the surface of the material. The...
The objectives were to determine the elastic constants of thin films deposited on substrates, to mea...
Thin film materials are widely used as hard, protective coatings for softer surfaces. It is known th...
Ultrasonic surface waves induced by a pulsed laser act as high-frequency elastic oscillations propag...
Measuring elastic properties of thin film on substrates is important in the analysis of residual str...