ICMAT & IUMRS-ICA 2009 - Symposia Programme Overview | |||||||||||||||||||||||
Mon, 29-Jun-09 | Tue, 30-Jun-09 | Wed, 1-Jul-09 | Thu, 2-Jul-09 | Fri, 3-Jul-09 | |||||||||||||||||||
Symposium | Room | S1 | S2 | S3 | S4 | S5 | S6 | S7 | S8 | S9 | S10 | S11 | S12 | ||||||||||
A | Advanced Biomaterials and Regenerative Medicine | Room 303 | A-S1 Advanced Biomaterials and Regenerative Medicine I |
A-S2 Advanced Biomaterials and Regenerative Medicine I |
A-S3 Advanced Biomaterials and Regenerative Medicine I |
A-S4 Advanced Biomaterials for Cancer Treatment I |
A-S5 Biofunctionalization of Metals I |
A-S6 Advanced Biomaterials for Cancer Treatment I |
A-S7 New Developments in Scaffolds for Tissue Regeneration |
A-S8 POSTER SESSION |
A-S9 Understanding Origins of Fracture and Composite Biomaterials |
A-S10 Engineering the Cell-Biomaterial Interface |
A-S11 Engineering the Cell-Biomaterial Interface |
A-S12 New Development in Biomaterials Engineering |
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B | Nanomaterials for Bioimaging and Biosensing | Room 306 | B-S1 | B-S2 | B-S3 | B-S4 | B-S5 | B-S6 | B-S7 | B-S8 POSTER SESSION |
B-S9 | B-S10 | B-S11 | B-S12 | |||||||||
C | Advanced Delivery of Therapeutics: New Challenges for Materials | Room 310 | C-S1 Novel Carriers for Drug / Gene Delivery-I |
Session
C-S2 Novel Carriers for Drug/ Gene Delivery-I |
C-S3 Novel Carriers for Drug/Gene Delivery-III |
C-S4 Unique Material Design for Drug / Gene Delivery-I |
C-S5 POSTER SESSION |
C-S6 Unique Material Design for Drug / Gene Delivery-II |
C-S7 Functional Materials for Tissue Engineering |
C-S8 Drug/Gene Delivery |
C-S9 Unique Material Design for Drug / Gene Delivery-III |
C-S10 Functional Biomaterials and Cytotoxicity |
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D | Functional Ceramic Materials, Oxide Thin Films and Heterostructures | Room 301 | D1-S1 | D1-S2 | D1-S3 | D1-S4 | D1-S5 | D1-S6 | D1-S7 | D1-S8 | D1-S9 | D1-S10 | D-S11 POSTER SESSION |
D1-S12 | |||||||||
Room 302 | D2-S1 | D2-S2 | D2-S3 | D2-S4 | D2-S5 | D2-S6 | D2-S7 | D2-S8 | D2-S9 | D2-S12 | |||||||||||||
E | Nanostructured Magnetic Materials and Their Applications | Room 202 | E1-S1 | E1-S2 | E1-S3 | E1-S4 | E1-S5 POSTER SESSION |
E1-S6 | E1-S7 | E1-S8 | E1-S9 | E1-S10 | E1-S11 | E1-S12 | |||||||||
Room 205 | E2-S1 | E2-S2 | E2-S3 | E2-S4 | |||||||||||||||||||
F | Nanostructured Materials for Electrochemical Energy Systems: Lithium Batteries, Supercapacitors and Fuel Cells | Room 203 | F1-S1 Cathode Materials |
F1-S2 Novel Approaches in Supercapacitors / Lithium Batteries |
F1-S3 Electrolytes |
F1-S4 Anode Materials |
F1-S5 Cathode Materials: Olivine / Polyanion based Electrodes |
F1-S6 Fundamentals |
F1-S7 Anode Materials / Electrolytes |
F-S8 POSTER SESSION |
F1-S9 Novel Synthesis |
F1-S10 Solid State Batteries / Electrodes |
F1-S11 Synthesis and Characterization of Electrodes/ Electrolytes |
F1-S12 Techniques / Miscellaneous |
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Room 204 | F2-S1 SOFC |
F2-S2 PEMFC/ DMFC |
F2-S3 SPFC / H2-production & storage |
F2-S4 SPFC / PEMFC |
F2-S5 Fuel Cells / Lithium Batteries |
F2-S6 Lithium Battery / Miscellaneous |
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G | Plasmonics and Applications | Room 307 | G-S1 Plasmonics Opening Session |
G-S2 Photonic and Plasmonic Nanostructures and Devices |
G-S3 Surface Enhanced Raman Spectroscopy & Emission Enhancement |
G-S4 Plasmonic Nanostructures and Quantum Effects |
G-S5 Plasmonic Waveguides |
G-S6 Plasmonic Nanostructures and Devices |
G-S7 Fabrication Technique for Plasmonic Structures |
G-S8 POSTER SESSION |
G-S9 Plasmonic Optics and Nanoimaging |
G-S10 Plasmonic Particles and Nanoantennas, Cloaking |
G-S12 Plasmonics and Applications |
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H | Carbon Nanotubes: Synthesis, Characterisation and Applications | Room 308 | H-S1 | H-S2 | H-S3 | H-S4 | H-S5 POSTER SESSION |
H-S6 | H-S7 | H-S8 | H-S9 | H-S10 | |||||||||||
I | Carbon Rich Materials (CRMs) and Applications | Room 312 | I-S1 | I-S2 | I-S3 | I-S4 | I-S5 | I-S6 | I-S7 | I-S8 POSTER SESSION |
I-S9 | I-S10 | |||||||||||
J | Nanodevices and Nanofabrication | Room 325 | Session
J-S1 Nanodevices & Fabrication |
Session
J-S2 Nanostructures |
Session J-S3 Nano-modelling |
Session
J-S4 Nanotubes |
Session J-S5 Nanopatterns |
Session
J-S6 Nanodevices |
Session
J-S7 Nanofabrication |
Session
J-S8 Nanofabrication |
Session
J1-S9 Nano-optoelectronics |
Session
J1-S10 Nano-solar Cells |
Session J-S11 POSTER |
Session
J2-S12 Nano-silicon Electronics |
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Room 323 | Session
J2-S9 Nano-characterization |
Session J2-S10 Nano-sensors |
Session
J2-S12 Nano-silicon Electronics |
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K | Nano Patterning & Surface Characterization | Room 326 | K-S1 Nano Patterning |
K-S2 Bio-Patterning |
K-S3 Energy |
K-S4 Nano Patterning |
K-S5 Scanning Probe Technologies |
K-S6 Templated Growth |
K-S7 Self-assembly |
K-S8 Self-assembly-2 |
K-S9 Dip Pen Lithography |
K-S10 Nanosphere Lithography |
K-S11 POSTER SESSION |
K-S12 Surface Characterization |
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Room 323 | K2-S2 Thin Films |
K2-S3 Nanoscale Characterization |
K2-S4 Nano Patterning |
K2-S5 Nanoimprint Lithography |
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L | NEMS/MEMS Technology and Devices | Room 208 | L-S1 Nanofabrication & Devices (I) |
L-S2 Nanofabrication & Devices (II) |
L-S3 Photonic MEMS |
L-S4 BioMEMS (I) |
L-S5 POSTER SESSION |
L-S6 Microfluid |
L-S7 Biosensor & Bioapplication |
L-S8 Biosensor & Bioapplication |
L-S9 BioMEMS (II) |
L-S10 MEMS |
L-S11 MEMS |
L-S12 MEMS Modeling |
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M | DNA Nanoscience and Biophysics | Room 309 | M-S1 | M-S2 | M-S3 | M-S4 | M-S5 POSTER SESSION |
M-S6 | M-S7 | M-S8 | M-S9 | M-S10 | M-S11 | M-S12 | |||||||||
N | Plastic Electronics | Room 320 | N-S1 | N-S2 | N-S3 | N-S4 | N-S5 | N-S6 | N-S7 | N-S8 POSTER SESSION |
N-S9 | N-S10 | N-S11 | ||||||||||
O | Compound Semiconductor Photonics: Materials, Devices and Integration | Room 304 | O1-S1 Optoelectronic Devices & Integration - I |
O1-S2 Photonic Crystals & Metamaterials - I |
O1-S3 III-Nitride - I |
O1-S4 III-As/ P Epitaxy & QD/ Wires – I |
O1-S5 Optoelectronic Devices & Integration - II |
O1-S6 III-Nitride – II |
O1-S7 ZnO – I |
O1-S8 Photonic Crystals & Metamaterials – II |
O1-S9 III-As/ P Epitaxy & QD/ Wires - II |
O1-S10 Optoelectronic Devices & Integration - IV |
O-S11 POSTER SESSION |
O1-S12 ZnO – III |
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Room 313 Room 323 |
O2-S6 Optoelectronic Devices & Integration – III |
O2-S7 Chalcogenide & Oxide – I |
O2-S8 Chalcogenide & Oxide – I I |
O2-S9 Chalcogenide & Oxide – III |
O2-S10 ZnO – II |
O2-S12 Optoelectronic Devices & Integration – V |
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P | Optical Fiber Devices and Applications | Room 314 | P-S1 | P-S2 | P-S3 | P-S4 | P-S5 POSTER SESSION |
P-S6 | P-S7 | P-S8 | P-S9 | P-S10 | P-S11 | P-S12 | |||||||||
Q | Computational Materials Design at All Scales: From Theory to Application | Room 201 | Session
Q-S1 Photonic Materials |
Q-S2 Carbon Materials |
Q-S3 Biomaterial Properties and Applications |
Q-S4 Atomic Clusters and Nanostructures |
Q-S5 POSTER SESSION |
Q-S6 Magnetic Materials - I |
Q-S7 Light Materials |
Q-S8 Nanostructured & Bulk Materials for Electrochemical Power Sources |
Q-S9 Thin Films |
Q-S10 Semiconductor Material: Quantum Heterostructures |
Q-S11 Materials Modeling at Continuum and Macroscopic Levels |
Q-S12 Crystal Structures - II |
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Room 206 | Q2-S9 Crystal Structures - I |
Q2-S10 Surface Characterization of Materials |
Q2-S11 Nanodevices |
Q2-S12 Magnetic Materials - II |
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R | Single Crystals: Growth and Applications for Research and Industry | Room 311 | R-S1 | R-S2 | R-S3 | R-S4 | R-S5 | R-S6 | R-S7 | R-S8 POSTER SESSION |
R-S9 | ||||||||||||
S | Novel Routes of Solution Processing | Room 305 | S1-S1 | S1-S2 | S1-S3 | S1-S4 | S-S5 POSTER SESSION |
S1-S6 | S1-S7 | S1-S8 | S1-S9 | S1-S10 | S1-S11 | S1-S12 | |||||||||
Room 313 Room 311 |
S2-S1 | S2-S2 | S2-S3 | S2-S4 | S2-S6 | S2-S7 | S2-S8 | ||||||||||||||||
T | Advanced Component Manufacture from Light Materials | Room 204 | T-S6 | T-S7 | T-S8 | T-S9 | T-S10 | T-S11 POSTER SESSION |
T-S12 | ||||||||||||||
Room 207 | T2-S9 | T2-S10 | T2-S12 | ||||||||||||||||||||
U | Mechanical Behavior of Micro- and Nano-Scale Systems | Room 209 | U-S1 Mechanical Behavior at Multiscales |
U-S2 Mechanical Behavior of Advanced Materials/ Composites - I |
U-S3 Indentation, Analysis and Applications - I |
U-S4 Mechanical Properties of Thin Films and Nanomaterials - I |
U-S5 POSTER SESSION |
U-S6 Mechanical Properties of Thin Films and Nanomaterials - II |
U-S7 Characterization of Mechanical Properties of Advanced Materials - I |
U-S8 Indentation, Analysis and Application – II |
U-S9 Characterization of Mechanical Properties of Advanced Materials - II |
U-S10 Tribology, Friction and Wear I |
U-S11 Tribology, Friction and Wear II |
U-S12 Mechanical Behavior of Electronic Materials |
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Room 205 | U2-S9 Modeling of Mechanical Behavior of Advanced Materials – I |
U2-S10 Mechanical Behavior of Advanced Materials/ Composites II |
U2-S12 Modeling of Mechanical Behavior of Advanced Materials – II |
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V | Materials Education: New Tools and Resources | Room 206 | V-S1 New Curricula and Programs - I |
V-S2 New Curricula and Programs - II |
V-S3 International Opportunities |
V-S4 "Big Picture" Issues for Education |
V-S5 POSTER SESSION |
V-S6 New Resources |
V-S7 Professional Development - I |
V-S8 Professional Development - II |
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W | GEM4/SMART Symposium on Infectious Diseases | Room
207 Room 305 Room 311 |
W-S1 | W-S2 | W-S3 | W-S4 | W-S5 | W-S6 | W-S7 | W-S8 | W-S9 | W-S10 | W-S11 | W-S12 | |||||||||
Industrial
Symposium 1: Nanoimprint Lithography |
Room 302 | Industrial Symposium 1: Nanoimprint Lithography | |||||||||||||||||||||
Industrial Symposium 2: Microwave Processing of Materials |
Room 310 | Ind Symp 2: Microwave Processing of Materials | |||||||||||||||||||||
Note: | Poster Sessions are held at Level 3, Gallery East | ||||||||||||||||||||||
Codes: | Eg, E2-S3 refers to Sym E, Session 3 on Monday, 29 Jun 09 afternoon | ||||||||||||||||||||||
* 1st letter refers to the symosium | |||||||||||||||||||||||
* 2nd digit (if applicable) refers to the symposium's parallel session | |||||||||||||||||||||||
* S"N" refers to the Session Number | |||||||||||||||||||||||