The first experimental investigation of a single gap surface acoustic wave (SAW) source on GaAs is reported. Using scanning acoustic force microscopy, SAWs are measured with sub-wavelength resolution and an unmatched sensitivity. Phase and amplitude images reveal the radiation characteristics of a single gap source, allowing for a deeper insight into SAW device operation and future design improvements
We examine the scattering of surface acoustic waves (SAWs) by single dots, periodic and locally damp...
This paper reports about the first determination of the phase velocity of surface acoustic waves (SA...
Elastic properties of nanoscopic materials, structures and thin films are important parameters contr...
We report the first experimental observation of surface acoustic waves (SAWs) launched from a single...
Many attempts have been made in acoustic microscopy to both achieve nanometer lateral resolution and...
We present a novel method for the investigation of surface acoustic wave (SAW) fields with nanometer...
Surface Acoustic Waves (SAW) provide a means of studying low temperature anelastic relaxations of cr...
We report about a new technique for the investigation of SAW fields within SAW devices reaching subm...
We present a scanning acoustic force microscope (SAFM) for the study of surface acoustic wave (SAW) ...
Scanning Acoustic Force Microscopy (SAFM) has been used to study elementary surface acoustic wave ph...
Since their invention in the mid-1960's, surface acoustic wave (SAW) devices have become popular for...
We present the submicron visualization of surface acoustic wave (SAW) fields within interdigital tra...
In this work, we demonstrate the excitation of surface acoustic waves (SAW) harmonics up to GHz regi...
We present measurements of surface acoustic wave (SAW) scattering from single dots, periodic and loc...
A method is presented for the universal probing of surface acoustic waves (SAWs). For measuring high...
We examine the scattering of surface acoustic waves (SAWs) by single dots, periodic and locally damp...
This paper reports about the first determination of the phase velocity of surface acoustic waves (SA...
Elastic properties of nanoscopic materials, structures and thin films are important parameters contr...
We report the first experimental observation of surface acoustic waves (SAWs) launched from a single...
Many attempts have been made in acoustic microscopy to both achieve nanometer lateral resolution and...
We present a novel method for the investigation of surface acoustic wave (SAW) fields with nanometer...
Surface Acoustic Waves (SAW) provide a means of studying low temperature anelastic relaxations of cr...
We report about a new technique for the investigation of SAW fields within SAW devices reaching subm...
We present a scanning acoustic force microscope (SAFM) for the study of surface acoustic wave (SAW) ...
Scanning Acoustic Force Microscopy (SAFM) has been used to study elementary surface acoustic wave ph...
Since their invention in the mid-1960's, surface acoustic wave (SAW) devices have become popular for...
We present the submicron visualization of surface acoustic wave (SAW) fields within interdigital tra...
In this work, we demonstrate the excitation of surface acoustic waves (SAW) harmonics up to GHz regi...
We present measurements of surface acoustic wave (SAW) scattering from single dots, periodic and loc...
A method is presented for the universal probing of surface acoustic waves (SAWs). For measuring high...
We examine the scattering of surface acoustic waves (SAWs) by single dots, periodic and locally damp...
This paper reports about the first determination of the phase velocity of surface acoustic waves (SA...
Elastic properties of nanoscopic materials, structures and thin films are important parameters contr...