Observatorio de I+D+i UPM
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INVESTIGADORES
ESTRUCTURAS DE I+D+I
ACTIVIDAD INVESTIGADORA
INNOVACIÓN
Investigador
Teona Mirea
Categoría Investigador
L.D. PRF.AYUD.DOCTOR
Cargos actuales
SECRETARIO DE CENTRO DE INVESTIGACIÓN.
Escuela UPM
E.T.S. DE INGENIEROS DE TELECOMUNICACION
Departamento:
INGENIERÍA ELECTRÓNICA
Centros/Institutos I+D+i
C. MATERIALES Y DISP. AVANZ. (CEMDATIC)
Area Conocimiento
TECNOLOGIA ELECTRONICA
Grupo de Investigación:
Microsistemas y Materiales Electrónicos
Email (Directorio UPM)
teona.mirea
upm.es
Datos de Memorias relacionados
Proyectos de I+D+i y generación de recursos
11 Proyectos de I+D+i
1: (2013)
INTEGRATING DEVICES AND MATERIALS : A CHALLENGE FOR NEW INSTRUMENTATION IN ICT
2: (2013)
Materiales multifuncionales en película delgada para dispositivos piezoeléctricos avanzados (resonadores acústicos y sensores MEMS) - MAREA
3: (2013)
Materiales multifuncionales en película delgada para dispositivos piezoeléctricos avanzados (resonadores acústicos y sensores MEMS) - MAREA
4: (2013)
RAPID APTAMER BASED DIAGNOSTICS FOR BACTERIAL MENINGITIS RAPTADIAG
5: (2014)
MATERIALES AVANZADOS PARA BIOSENSORES BASADOS EN RESONADORES PIEZOELÉCTRICOS COMBINADOS CON NANOTUBOS DE CARBONO Y GRAFENO
6: (2014)
PLATAFORMA MULTIPLEXADA PARA EL DIAGNÓSTICO DE ENFERMEDADES CARDIOVASCULARES
7: (2016)
RAPID APTAMER BASED DIAGNOSTICS FOR BACTERIAL MENINGITIS RAPTADIAG
8: (2018)
SEGALN: Sensores gravimétricos de gases basados en resonadores electroacústicos de película delgada de AlN para aplicaciones en temperaturas extremas
9: (2018)
THIN FILM BULK ACOSUTIC RESONATOR DEVELOPMENT
10: (2018)
THIN FILM BULK ACOSUTIC RESONATOR DEVELOPMENT
11: (2019)
THIN FILM BULK ACOSUTIC RESONATOR DEVELOPMENT
Formación de Investigadores y Movilidad
2 Estancias y sabáticos recogidos en programas oficiales
1: (2015)
Estancia de investigación en la Universidad de Cambridge (UK)
2: (2019)
Estancia de investigación en la Universidad de Cambridge (UK)
1 Tesis Doctorales
1: (2017)
Thin film electroacoustic resonators for physical and chemical sensing
Difusión de Resultados de Investigación
54 Artículos en revistas
1: (2014)
AlN Solidly Mounted Resonators for High Temperature Applications
2: (2014)
Carbon Nanotube Forests as Top Electrodes for A1N-Based Electroacoustic Resonators
3: (2014)
Microacoustic in-liquid sensors based on thin AlN films: A comparative study
4: (2014)
On the effectiveness of lateral excitation of shear modes in AlN layered resonators
5: (2014)
On the effectiveness of lateral excitation of shear modes in AlN layered resonators
6: (2014)
On the effectiveness of lateral excitation of shear modes in AlN layered resonators
7: (2014)
Suppression of Transverse-mode Spurious Responses in Thin Film Lamb Wave Resonators by Bandgap Engineering
8: (2014)
The influence of Acoustic Reflectors on the Temperature Coefficient of Frequency of Solidly Mounted Resonators
9: (2014)
ZnO/AlN Stacked BAW Resonators with Double Resonance
10: (2015)
Tungsten oxide layers of high acoustic impedance for fully insulating acoustic reflectors
11: (2015)
Assessment of the shear acoustic velocities in the different materials composing a high frequency solidly mounted resonator
12: (2015)
Carbon nanotube forests as top electrode in electroacoustic resonators
13: (2015)
Carbon nanotube forests as top electrode in electroacoustic resonators
14: (2015)
Carbon nanotube growth on piezoelectric AlN films: influence of catalyst underlayers
15: (2015)
Growth of carbon nanotube forests on metallic thin films
16: (2015)
Growth of carbon nanotube forests on metallic thin films
17: (2015)
Influence of liquid properties on the performance of S0-mode Lamb wave sensors: A theoretical analysis
18: (2015)
Influence of liquid properties on the performance of S0-mode Lamb wave sensors: A theoretical analysis
19: (2015)
Optimized tilted c-axis AlN films for improved operation of shear mode resonators
20: (2015)
Sputtered Al((1-x))Sc(x)A thin films with high areal uniformity for mass production
21: (2015)
Tungsten oxide layers of high acoustic impedance for fully insulating acoustic reflectors
22: (2016)
Bacteria detection with high-frequency gravimetric biosensors based on AlN thin film resonators
23: (2016)
Direct comparison of the sensitivity of QCMs and AlN-based TFRs biosensors
24: (2016)
Effects of biologically compatible buffers on the electrical response of gravimetric sensors operating at GHz frequencies
25: (2016)
High coupling phononic SH-SAW resonators for in-liquid operation
26: (2016)
Influence of induced stress on AlN-solidly mounted resonators
27: (2016)
Influence of liquid properties on the performance of S-0-mode Lamb wave sensors II: Experimental validation
28: (2016)
Influence of liquid properties on the performance of S0-mode Lamb wave sensors II: Experimental Validation
29: (2016)
Room temperature sputtering of inclined c-axis ZnO for shear mode solidly mounted resonators
30: (2016)
Room temperature sputtering of inclined c-axis ZnO for shear mode solidly mounted resonators
31: (2016)
Sheet resistance measurements of carbon nanotube forests for extended electrodes
32: (2016)
S-0 Lamb wave resonators for in-liquid sensing: promising alternative to shear bulk acoustic wave devices
33: (2016)
Transparent thin film bulk acoustic wave resonators
34: (2016)
Tungsten Oxide Layers of High Acoustic Impedance for Fully Insulating Acoustic Reflectors
35: (2017)
AlN-Solidly mounted resonators sustaining up to 1000 degrees C with TCF compensation
36: (2017)
Direct integration of CNT forests on solidly mounted resonators and their influence on device performance
37: (2017)
Effects of compensating the temperature coefficient of frequency with the acoustic reflector layers on the overall performance of solidly mounted resonators
38: (2017)
Effects of compensating the temperature coefficient of frequency with the acoustic reflector layers on the overall performance of solidly mounted resonators
39: (2017)
Frequency response of AlN-based solidly mounted resonators under mechanical stress
40: (2017)
Gravimetric biosensor based on a 1.3 GHz AlN shear-mode solidly mounted resonator
41: (2017)
Integration of multilayered graphene on AlN based resonators as a functionalization platform for biosensors
42: (2017)
Substrate texturing for homogeneous deposition of tilted c-axis AlN films for shear mode operation
43: (2018)
A1N-based solidly mounted resonators on glass substrates for high temperature applications
44: (2018)
Carbon nanotube isolation layer enhancing in-liquid quality-factors of thin film bulk acoustic wave resonators for gravimetric sensing
45: (2018)
Effects of Post-Deposition Vacuum Annealing on the Piezoelectric Properties of AlScN Thin Films Sputtered on 200 Mm Production Wafers
46: (2018)
First steps towards simultaneous isolation and detection of exosomes with carbon nanotube-based SMRs
47: (2018)
Hafnium nitride as high acoustic impedance material for fully insulating acoustic reflectors
48: (2018)
Resonant and Antiresonant Frequencies Behavior with Temperature Changes in Gravimetric Sensors
49: (2019)
AlN-based solidly mounted resonators at 400 degrees C: in-situ performance monitoring
50: (2019)
Combined assessment of Al1-xScxN thin films by RBS, XRD, FTIR and BAW frequency response measurements
51: (2019)
Direct growth of few-layer graphene on AlN-based resonators for high-sensitivity gravimetric biosensors
52: (2019)
Impact of FBAR design on its sensitivity as in-liquid gravimetric sensor
53: (2019)
MICROACOUSTIC SENSORS WITH INTEGRATED CARBON NANOTUBES FOR HIGH VOC SENSITIVITY
54: (2019)
Real time thin-film thickness monitoring sensors: a comparative study of dual mode Solidly Mounted Resonators with commercial Quartz Crystal Microbalances
5 Otras Publicaciones
1: (2017)
AlN-Solidly mounted resonators sustaining up to 1000°C with TCF compensation
2: (2017)
Direct integration of CNT forests on solidly mounted resonators and their influence on device performance
3: (2017)
Integration and Bio-Functionalization of Vertically Aligned Carbon Nanotube Forests on High Frequency AlN Gravimetric Sensors
4: (2017)
Integration of multilayered graphene on AlN based resonators as a functionalization platform for biosensors
5: (2017)
Substrate texturing for homogeneous deposition of tilted c-axis AlN films for shear mode operation
34 Ponencia en Congresos
1: (2013)
Acoustic Properties of Carbon Nanotube Electrodes in BAW Resonators
2: (2013)
IR-Reflectance Assessment of the Tilt Angle of AlN-Wurtzite Films for Shear Mode Resonators
3: (2014)
AlN shear mode solidly mounted resonator with temperature compensation for in-liquid sensing
4: (2014)
Assessment of the Acoustic Shear Velocity in SiO2 and Mo layers for Acoustic Reflectors
5: (2014)
Influence of the electrical extensions in AlN-BAW resonators for in-liquid biosensors
6: (2014)
Seed Layer Controlled Deposition of ZnO Films with a Tilted c-axis for Shear Mode Resonators
7: (2015)
Sputtered AlScN thin films with high areal uniformity for mass production
8: (2015)
Sputtered Al(1-x)ScxN thin films with high areal uniformity for mass production
9: (2015)
Tungsten oxide as high acoustic impedance material for fully insulating acoustic reflectors
10: (2016)
AlN based-Solidly mounted resonators at high temperatures: In-situ characterization
11: (2016)
Direct comparison of the sensitivity of QCMs and AlN-based TFRs biosensors
12: (2016)
Direct comparison of the sensitivity of QCMs and AlN-based TFRs biosensors
13: (2016)
Direct comparison of the sensitivity of QCMs and AlN-based TFRs biosensors
14: (2016)
Direct comparison of the sensitivity of QCMs and AlN-based TFRs biosensors
15: (2016)
High coupling phononic SH-SAW resonators for in-liquid operation
16: (2016)
Influence of induced stress on AlN-solidly mounted resonators
17: (2016)
Solidly mounted resonators with integrated carbon nanotube forests for chemical sensing
18: (2016)
Sputtered AlN thin films with tilted grains for shear mode resonators applied to biosensors
19: (2016)
S0 Lamb wave resonators for in-liquid sensing: Promising alternative to shear bulk acoustic wave devices
20: (2016)
S0 Lamb wave resonators for in-liquid sensing: Promising alternative to shear bulk acoustic wave devices
21: (2016)
Transparent thin film bulk acoustic wave resonators
22: (2016)
Transparent thin film bulk acoustic wave resonators
23: (2017)
AlN-Solidly mounted resonators sustaining up to 1000 degrees C with TCF compensation
24: (2017)
Direct integration of CNT forests on solidly mounted resonators and their influence on device performance
25: (2017)
Integration and Bio-functionalization of vertically aligned carbon nanotube forests on high frequency AlN gravimetric sensors
26: (2017)
Integration of multilayered graphene on AlN based resonators as a functionalization platform for biosensors
27: (2017)
Substrate texturing for homogeneous deposition of tilted c-axis AlN films for shear mode operation
28: (2018)
Finding the upper mass limit until which gravimetric sensors preserve their original TCF and sensitivity
29: (2018)
Influence of the acoustic energy distribution on the in-liquid sensitivity of thin film electroacoustic resonators
30: (2018)
Reactive sputtering of AlScN thin Ulms with variable Sc content on 200 mm wafers
31: (2019)
AlN-based solidly mounted resonators at 400 degrees C: in-situ performance monitoring
32: (2019)
Combined assessment of Al1-xScxN thin films by RBS, XRD, FTIR and BAW frequency response measurements
33: (2019)
MICROACOUSTIC SENSORS WITH INTEGRATED CARBON NANOTUBES FOR HIGH VOC SENSITIVITY
34: (2019)
Real time thin-film thickness monitoring sensors: a comparative study of dual mode Solidly Mounted Resonators with commercial Quartz Crystal Microbalances
Explotación de Resultados y Transferencia de Tecnología
1 Creación de empresas
1: (2018)
SOREX Sensors LTD
4 Patentes
1: (2017)
Methods for operation of resonator
2: (2017)
Methods for operation of resonator
3: (2018)
METHOD FOR OPERATION OF RESONATOR
4: (2019)
METHOD FOR OPERATION OF RESONATOR
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S2i 2023 Observatorio de investigación @ UPM con la colaboración del Consejo Social UPM
Cofinanciación del MINECO en el marco del Programa INNPACTO (IPT-020000-2010-22)
