Search Results - "Alzuaga, S."

Motion of droplets on solid surface using acoustic radiation pressure by Alzuaga, S., Manceau, J.-F., Bastien, F.

“…This paper is concerned with a practical method to displace a droplet along a vibrating beam. This method is based on the movement of the droplet sliding…”
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Piezoelectric radiofrequency transducers as passive buried sensors by Rétornaz, T., Friedt, J.-M., Alzuaga, S., Baron, T., Lebrasseur, É., Martin, G., Laroche, T., Ballandras, S., Griselin, M., Simonnet, J.-P.

“…We demonstrate that single-piezoelectric substrate-based acoustic transducers act as ideal sensors for probing with various RADAR strategies. Because these…”
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Action of low frequency vibration on liquid droplets and particles by Bennès, J., Alzuaga, S., Chabé, P., Morain, G., Chérioux, F., Manceau, J.-F., Bastien, F.

“…Liquids handling is an important issue in biomedical analysis. Two different devices for acoustic manipulation of droplets have already been tested. The first…”
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Temperature compensated radio-frequency harmonic bulk acoustic resonators by Baron, T, Gachon, D, Martin, G, Alzuaga, S, Hermelin, D, Romand, J P, Ballandras, S

“…In this paper, we present a new approach for the fabrication and use of thinned single crystal films for the development of radio-frequency temperature…”
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A pressure sensor based on a HBAR micromachined structure by Baron, T, Gachon, D, Romand, J P, Alzuaga, S, Ballandras, S, Masson, J, Catherinot, L, Chatras, M

“…In this work, we propose a pressure sensor fabricated on compound LiNbO 3 /Silicon/Silicon substrates obtained by Au/Au bonding at room temperature and double…”
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Surface Acoustic Wave Resonators as Passive Buried Sensors by Friedt, J.-M, Rétornaz, T, Martin, G, Laroche, T, Alzuaga, S, Baron, T, Carry, É, Ballandras, S, Simonnet, J.-P

“…Acoustic wave devices are well known passive transducers for probing through a wireless link a physical quantity. Amongst the two main classes of designs -…”
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Droplet ejector using surface acoustic waves by Bennes, J., Alzuaga, S., Ballandras, S., Cherioux, F., Bastien, F., Manceau, J.-F.

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Detection and High-Precision Positioning of Liquid Droplets Using SAW Systems by Bennes, Jonathan, Alzuaga, Sebastien, Cherioux, Frederic, Ballandras, Sylvain, Vairac, Pascal, Manceau, Jean-Francois, Bastien, Francois

“…The capability to accurately handle liquids in small volumes is a key point for the development of lab-on-chip devices. In this paper, we investigate an…”
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Design of asynchronous STW resonators for filters and high stability source applications by Friedt, J.-M., Alzuaga, S., Ratier, N., Vercelloni, N., Boudot, R., Guichardaz, B., Daniau, W., Laude, V., Ballandras, S.

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High overtone Bulk Acoustic Resonators built on single crystal stacks for sensors applications by Ballandras, S., Baron, T., Lebrasseur, E., Martin, G., Alzuaga, S., Friedt, J-M, Poncot, J. C., Guichard, C.

“…This paper describes the principles of single crystal LiNbO 3 /Quartz high overtone bulk resonators and their application to the development of compact sensors…”
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Simulation and experimental measurements of high-overtoned bulk acoustic resonators (H-BAR) by Alzuaga, S., Friedt, J.M., Ballandras, S., Masson, J., Robert, L., Bazin, N., Guichardaz, B., Gachon, D.

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Novel narrowband acoustic sensors for sub-GHz wireless measurements by Rabus, D., Baron, T., Lebrasseur, E., Alzuaga, S., Martin, G., Ballandras, S., Friedt, J.-M

“…High-overtone Bulk Acoustic Resonator is an acoustic transducer based on an excitation of a bulk acoustic wave by a thin piezoelectric film bonded to a thick…”
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Subsurface wireless chemical sensing strategy compatible with Ground Penetrating RADAR by Friedt, J.-M, Hugeat, A., Lamare, S., Cherioux, F., Rabus, D., Arapan, L., Alzuaga, S.

“…Ground Penetrating RADAR (GPR) is a suitable measurement candidate for the development of interrogative systems of passive buried transducers acting as…”
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Temperature compensated radio-frequency harmonic bulk acoustic resonators pressure sensors by Baron, T., Lebrasseur, E., Romand, J. P., Alzuaga, S., Queste, S., Martin, G., Gachon, D., Laroche, T., Ballandras, S., Masson, J.

“…In this work, we propose a compensated temperature pressure sensor fabricated on compound LiNbO 3 /Quartz/Quartz substrates obtained by Au/Au bonding at room…”
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BAW pressure sensor on LiNbO3 membrane lapping by Baron, T., Masson, J., Romand, J. P., Alzuaga, S., Catherinot, L., Chatras, M., Ballandras, S.

“…In this paper, we have proposed a new concept for pressure and more generally stress sensors exploiting single-crystal based HBAR. After describing the…”
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Electron-beam processed SAW devices for sensor applications by Loschonsky, M., Eisele, D., Masson, J., Alzuaga, S., Dadgar, A., Ballandras, S., Reindl, L.

“…In this paper, electron-beam (e-beam) lithography for processing of surface acoustic wave devices is investigated, and its suitability for large-scale…”
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High-overtone bulk acoustic wave resonator on galliumnitride by Loschonsky, M., Eisele, D., Masson, J., Wieneke, M., Alzuaga, S., Dadgar, A., Ballandras, S., Krost, A., Reindl, L.

“…In our previous research we already demonstrated micro acoustic devices, such as membrane based thin film bulk acoustic shear wave resonators and surface…”
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High Overtone Bulk Acoustic Resonators built using Aluminum Nitride thin films deposited onto AT-cut quartz plates by Masson, J., Gachon, D., Robert, L., Bazin, N., Friedt, J.-M., Martin, G., Alzuaga, S., Rodolphe, R., Guichardaz, B., Ballandras, S.

“…Compact high stability frequency sources devoted to on-board applications may be stabilized by acousto-electric devices such as SAW and BAW resonators. Many…”
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A large scale X-Y positioning and localisation system of liquid droplet using SAW on LiNbO/sub 3 by Alzuaga, S., Ballandras, S., Bastien, F., Daniau, W., Gauthier-Manuel, B., Manceau, J.F., Cretin, B., Vairac, P., Laude, V., Khelif, A., Duhamel, R.

“…Recently published works have demonstrated the interest of surface acoustic waves (SAW) for guiding and positioning small liquid droplet atop a flat surface…”
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