Program of the Symposia
UFFC—IEEE Joint Symposia were an excellent platform to show activities deployed within the different working groups.
Sunday, 21 July 2013: | Short courses and Tutorials |
Monday, 22 July 2013: | IUS plenary presentation |
Tuesday, 23 July 2013: | ISAF–PFM plenary presentation |
Wednesday, 24 July 2013: | IFCS–EFTF plenary presentation |
Monday–Thursday, July 22–25 2013: | Oral and poster sessions. |
The Advanced Program Book (PDF, 8.5 MB) is available for download. With respect to the printed version, some errors have been corrected. For latest updates and program changes not included in the printed version, please check the Program Updates (PDF).
For details on tutorial sessions, see the Short courses section.
Abstracts
Abstract book is available for download:
IUS Abstract Book (PDF, 36 MB)
ISAF–PFM Abstract Book (PDF, 15 MB)
IFCS–EFTF Abstract Book (PDF, 16 MB)
Daily program
| MON July 22 | TUE July 23 | WED July 24 | THU July 25 |
8:30–10:00 | Opening IUS Awards & Plenary I | ISAF–PFM Awards & Plenary II | IFCS–EFTF Awards & Plenary III | Session (12) |
10:00–10:30 | Break | Break | Break | Break |
10:30–12:00 | Parallel sessions | Parallel sessions | Parallel sessions | Parallel sessions |
12:00–13:00 | Lunch | Lunch | Lunch | Lunch |
13:00–14:00 | Poster session | Poster session | Poster session | Poster session |
14:00–15:30 | Parallel sessions | Parallel sessions | Parallel sessions | Parallel sessions |
15:30–16:30 | Poster session | Poster session | Poster session | Poster session |
16:30–18:00 | Parallel sessions | Parallel sessions | Parallel sessions | Plenary IV and round table discussion |
19:00–21:00 | Reception | | | |
20:00–22:30 | | | Banquet | |
Plenary sessions
Plenary session I, Monday July 22, 8:30–10:00 |
Opening, UFFC Achievement Award, Ultrasonics New Fellows, and IUS Awards |
IUS | Session Chair: | Stanislav Emelianov |
| Plenary speaker: | Peter Burns, University of Toronto, Canada Cancer and the Acoustic Bubble |
Plenary session II, Tuesday July 23, 8:30–10:00 |
UFFC Distinguished Lecturer Award, Ferroelectrics Awards, ISAF New Fellows |
ISAF–PFM | Session Chair: | Susan Trolier McKinstry |
| Plenary speaker: | Kenji Uchino, ONR Global-Asia & the Pennsylvania State University USA Piezoelectric Actuator Renaissance |
Plenary session III, Wednesday July 24, 8:30–10:00 |
Distinguished Service Award, IFCS and EFTF Awards |
IFCS–EFTF | Session Chair: | Warren Walls |
| Plenary speaker: | Daniel Kleppner, MIT-Harvard Centre for Ultracold Atoms USA In Praise of the Useless and the Useful: The Creation of Atomic Clocks |
Plenary session IV, Thursday July 25, 16:30–15:45 |
Session Chair: Ahmad Safari |
IFCS–EFTF | Patrick Gill, National Physical Laboratory, UK Optical Clocks – Way ahead of their Time? |
ISAF–PFM | Andreas Schoenecker, Fraunhofer IKTS, Germany Smart solutions for a sustainable future – advances in smart materials, production technologies and applications |
IUS | Roman Maev, University of Windsor, Ontario, Canada New Generation of High Resolution Ultrasonic Imaging Technology for Material Characterization and NDT in Advanced Automotive Manufacturing |
Round table discussion 15:45–16:00 |
Patrick Gill, Andreas Schoenecker, Roman Maev |
Symposia topics
IUS–Group 1: Medical Ultrasonics
- MBB Medical beam-forming and beam steering
- MBE Biological effects & dosimetry
- MBF Blood flow measurement
- MCA Contrast agents
- MEL Elastography
- MIM Medical imaging
- MPA Medical photoacoustics
- MSD System & device design
- MSP Medical signal processing
- MTC Medical tissue characterization
- MTH Therapeutics, hyperthermia and surgery
IUS–Group 2: Sensors, NDE & Industrial Applications
- NAF Acoustics microfluidics
- NAI Acoustic imaging
- NAM Acoustic microscopy
- NAS Acoustic sensors
- NDE General NDE methods
- NFM Flow measurement
- NMC Material & defect characterization
- NSP Signal processing
- NPA Photoacoustics
- NPC process control
- NTD Transducers: NDE and industrial
- NUA Underwater acoustics
- NWP Wave propagation
IUS–Group 3: Physical Acoustics
- PAT Acoustic tweezers
- PGP General physical acoustics
- PMI Magnetic/electromagnetic interactions
- PNA Nano acoustics
- POI Optical interactions
- PPN Phononic crystal devices
- PTF Thin films
- PUM Ultrasonic motors & actuators
IUS–Group 4: Microacoustics – SAW, FBAR, MEMS
- ADA Device applications
- ADD Device design
- ADM Device modeling
- AMP Materials & propagation
- AMS Microacoustic sensor devices & applications
- AMR Microacoustic resonators
IUS–Group 5: Transducers & Transducer Materials
- TMC Materials characterization & fabrication
- TMI Medical imaging transducers
- TMO Modeling (analytical & numerical)
- TMU Micromachined ultrasonic transducers
- TFT Thick film piezo-technology
- TPF Applications of piezoelectrics & ferroelectrics
- TTT Medical therapeutic transducers
ISAF–PFM Group 1: Fundamentals of Ferroelectrics and Related Materials
- Conduction phenomena
- Point defects & nanoionics (electroresistive & neuromorphic systems; tunneling; ferroelectric & magnetoresistive barriers; fundamental aspects of ionic motion & defects in functional oxides; energy storage systems; reliability & lifetime)
- Domain engineering
- Relaxor ferroelectrics/dielectrics
- Ferroelectric photovoltaics (bulk and barrier photovoltaic effect, photostriction, photopoling, photoconductivity etc.)
- Theory & modeling (domain structure, phase transitions, critical phenomena, density functional theory, first-principles calculations, phenomenology)
- Nanoscale phenomena (nanostructure & size effects on piezo-/ferroelectric properties)
- Multiferroics & magnetoelectric effects
- Development of new materials: experiments & theory
- Flexoelectricity
ISAF–PFM Group 2: Processing of Ferroelectric Crystals, Ceramics, Thick and Thin Films
- Bulk materials (single crystals, ceramics, polymers, liquid crystals & composites)
- Thick & thin film processing technologies (preparation, characterization)
- Patterning methods (forming, net-shape forming, microfabrication)
- Biomaterials (biofilms, self-organized nanostructures & ferroelectric-like tissues)
ISAF–PFM Group 3: Characterization & Properties of Ferroelectrics
- Physical & structural characterization techniques (scanning probe microscopy methods including piezoresponse force microscopy, optical near field imaging, X-ray & neutron scattering, electron microscopies, vibrational spectroscopies & others)
- Electrical & electromechanical characterization (broadband dielectric spectroscopy, piezoelectric characterization, non-linear methods etc.)
ISAF–PFM Group 4: Applications of Ferroelectrics, Piezoelectrics and Related Materials
- Ferroelectrics & antiferroelectrics for energy (electrocaloric materials & devices, ferroelectric photovoltaics, thermoelectric materials & devices)
- Dielectrics (capacitors, ultra high-K materials, RF & THz materials & properties, energy storage harvesting devices, MRI Concepts (dielectrics for focusing etc.))
- Materials for low and high power ultrasound sensors, actuators, novel applications
- Ferroelectric memory materials & devices
- Piezoelectricity (high-performance piezoelectric single crystals, lead-based piezo-ceramics, lead-free piezoelectrics, lead-free piezoelectric polymers, MEMS & other integrated piezo-devices)
- Pyroelectric materials & devices
- Optical phenomena (signal processing, storage devices, periodic poling, photonic band-gaps)
IFCS–EFTF Group 1: Materials, Resonators & Resonator Circuits
- Fundamental properties of materials
- Micro- and macro-fabrication technology for resonators and filters
- Theory, design and performance of resonators and filters, including BAW, FBAR, MEMS, NEMS, SAW and others
- Reconfigurable frequency control circuits, e.g. arrays or channelizers
IFCS–EFTF Group 2: Oscillators, Synthesizers, Noise & Circuit Techniques
- Oscillators — BAW, MEMS and SAW
- Oscillators – microwave to optical
- Heterogeneously integrated miniature oscillators, e.g. single-chip
- Synthesizers, multi-resonator oscillators & other circuitry
- Noise phenomena and aging
- Measurements and specifications
- Timing error in digital systems and applications
IFCS–EFTF Group 3: Microwave Frequency Standards
- Microwave atomic frequency standards
- Atomic clocks for space applications
- Miniature and chip-scale atomic clocks and other instrumentation
- Atomic interferometers
- Fundamental physics, fundamental constants & other applications
IFCS–EFTF Group 4: Sensors & Transducers
- Resonant chemical sensors
- Resonant physical sensors
- Vibratory gyroscopes & magnetometers
- BAW, SAW, FBAR and MEMS sensors
- Transducers
- Sensor instrumentation
IFCS–EFTF Group 5: Timekeeping, Time and Frequency Transfer, GNSS Applications
- TAI and time scales, time & frequency transfer and algorithms
- Satellite navigation (Galileo, GPS etc.)
- Telecommunications network synchronization, RF fiber frequency distribution
- All-optical fiber frequency transfer
- Optical free-space frequency transfer
- Frequency and time distribution and calibration services
IFCS–EFTF Group 6: Optical Frequency Standards and Applications
- Optical ion and neutral atom clocks
- Optical frequency combs and frequency measurements
- Ultrastable laser sources and optical frequency distribution
- Ultrastable optical to microwave conversion
- Fundamental physics, fundamental constants and other applications