AbstractThis communication describes an experimental study of multilayer piezo-magnetic acoustic wave devices used as sensors of external magnetic fields applied in plane, parallel or perpendicular to the direction of the acoustic wave propagation direction. The considered device consists of a layered structure Mag/ZnO/IDT/LNY-128, Mag being the sensitive magnetoelastic layer. Two magnetoelastic films are investigated as sensitive layers: Ni and CoFeB. Their sensitivities to the magnetic field intensity and direction are measured and compared
In this work, the first surface acoustic-wave-based magnetic field sensor using thin-film AlScN as p...
The last few decades have seen tremendous growth in the area of magnetic sensor technologies. The fi...
The measurement of biomagnetic signals i.e. magnetic fields generated by currents in the human brain...
AbstractThis communication describes an experimental study of multilayer piezo-magnetic acoustic wav...
Surface acoustic wave (SAW) sensors are versatile devices that can be configured to sense a variety ...
AbstractThis study describes the implementation of accurate and fully coupled physics models leading...
Over the last decades, the use of Surface Acoustic Waves (SAW) has emerged as a promising technolog...
International audienceThis study describes the numerical implementation of accurate and fully couple...
L’objectif des travaux de cette thèse est la réalisation de capteurs magnétiques à ondes élastiques ...
The aim of this Ph.D. Thesis is to study piezo-magnetic surface acoustic wave (SAW) sensor. Accurat...
Through the magnetoelastic coupling in a magnetic film, the propagation characteristics of a Surface...
The aim of this Ph.D. Thesis is to study piezo-magnetic surface acoustic wave (SAW) sensor. Accurat...
Recent developments in physics and technology allow the elaboration of new magneto-electro- elastic ...
This study addresses the theoretical and experimental investigations of grating-patterned magnetostr...
In this theoretical study, we explore the enhancement of sensing capabilities in surface acoustic wa...
In this work, the first surface acoustic-wave-based magnetic field sensor using thin-film AlScN as p...
The last few decades have seen tremendous growth in the area of magnetic sensor technologies. The fi...
The measurement of biomagnetic signals i.e. magnetic fields generated by currents in the human brain...
AbstractThis communication describes an experimental study of multilayer piezo-magnetic acoustic wav...
Surface acoustic wave (SAW) sensors are versatile devices that can be configured to sense a variety ...
AbstractThis study describes the implementation of accurate and fully coupled physics models leading...
Over the last decades, the use of Surface Acoustic Waves (SAW) has emerged as a promising technolog...
International audienceThis study describes the numerical implementation of accurate and fully couple...
L’objectif des travaux de cette thèse est la réalisation de capteurs magnétiques à ondes élastiques ...
The aim of this Ph.D. Thesis is to study piezo-magnetic surface acoustic wave (SAW) sensor. Accurat...
Through the magnetoelastic coupling in a magnetic film, the propagation characteristics of a Surface...
The aim of this Ph.D. Thesis is to study piezo-magnetic surface acoustic wave (SAW) sensor. Accurat...
Recent developments in physics and technology allow the elaboration of new magneto-electro- elastic ...
This study addresses the theoretical and experimental investigations of grating-patterned magnetostr...
In this theoretical study, we explore the enhancement of sensing capabilities in surface acoustic wa...
In this work, the first surface acoustic-wave-based magnetic field sensor using thin-film AlScN as p...
The last few decades have seen tremendous growth in the area of magnetic sensor technologies. The fi...
The measurement of biomagnetic signals i.e. magnetic fields generated by currents in the human brain...