Thin film materials are widely used as hard, protective coatings for softer surfaces. It is known that fracture strength and hardness are related to the elastic and plastic properties [1]. The elastic constants of the film deposited on a substrate are, however, difficult to measure. By a technique which was recently discussed [2] the elastic constants of amorphous (isotropic) films and single-crystal (anisotropic) films can be obtained by measuring the velocities of surface acoustic waves (SAWs) propagating over a thin-film/ substrate specimen by the use of a line-focus acoustic microscope
The laser-acoustic technique based on surface acoustic waves has proved to be an interesting test me...
The mechanical properties are often the main topic, but at least a necessary precondition in the app...
Line focus acoustic microscopy (LFAM) provides a method to determine the elastic constants of homoge...
Thin film materials are widely used as hard, protective coatings for softer surfaces. It is known th...
Thin film materials are widely used as hard, protective coatings for softer surfaces. It is known th...
Quantitative acoustic microscopy has been used to measure the velocity of leaky surface acoustic wav...
Measuring elastic properties of thin film on substrates is important in the analysis of residual str...
The objectives were to determine the elastic constants of thin films deposited on substrates, to mea...
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...
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...
Abstract. Four thin-film adhesion characterization methods are proposed. Two of them are surface aco...
Four thin-film adhesion characterization methods are proposed. Two of them are surface acoustic wave...
Techniques based on laser-induced surface acoustic waves have been developed with the potential for ...
The laser-acoustic technique based on surface acoustic waves has proved to be an interesting test me...
The mechanical properties are often the main topic, but at least a necessary precondition in the app...
Line focus acoustic microscopy (LFAM) provides a method to determine the elastic constants of homoge...
Thin film materials are widely used as hard, protective coatings for softer surfaces. It is known th...
Thin film materials are widely used as hard, protective coatings for softer surfaces. It is known th...
Quantitative acoustic microscopy has been used to measure the velocity of leaky surface acoustic wav...
Measuring elastic properties of thin film on substrates is important in the analysis of residual str...
The objectives were to determine the elastic constants of thin films deposited on substrates, to mea...
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...
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...
Abstract. Four thin-film adhesion characterization methods are proposed. Two of them are surface aco...
Four thin-film adhesion characterization methods are proposed. Two of them are surface acoustic wave...
Techniques based on laser-induced surface acoustic waves have been developed with the potential for ...
The laser-acoustic technique based on surface acoustic waves has proved to be an interesting test me...
The mechanical properties are often the main topic, but at least a necessary precondition in the app...
Line focus acoustic microscopy (LFAM) provides a method to determine the elastic constants of homoge...