| TUESDAY 11 JULY 2006 (5.30PM - 7.00PM) |
| Poster number |
Contributing author |
Institution |
Title |
54 |
Fotios Martelli |
OFTC - University of Sydney |
Internal Temperature Measurements of a Concrete Cantilever Beam Using High Temperature Stable Fibre Bragg Gratings |
29 |
Nail Ankiewicz |
Australian National University |
Two Types of Stationary Solitons in Dissipative Systems |
30 |
Peter Dower |
University of Melbourne |
On cascaded Raman amplifier control |
33 |
Wonkeun Chang |
The Australian National University |
Creeping Solitons in Dissipative Systems |
34 |
Kerry Hinton |
CUBIN |
Taking the Physical Layer Seriously in ASTNs |
35 |
Brian Ashton |
OFTC - University of Sydney |
Solar Hypersensitisation of Optical Fibres |
125 |
Lindsay Botten |
University of Technology, Sydney |
Fano Resonances of Photonic Crystal Slabs |
144 |
Lindsay Botten |
University of Technology, Sydney |
Tight Binding Analysis of Coupled Photonics Crystal Waveguides |
41 |
Andrew Michie |
OFTC - University of Sydney |
Spun Highly Birefringent (SHi-Bi) Photonic Crystal Fibre |
42 |
Linh Nguyen |
Defence Science & Technology Organisation |
Effect of GDR on Amplitude-Frequency Mapping in a MPFM Receiver |
141 |
Ben Eggleton |
University of Sydney |
Tunable Long Period Gratings in Photonic Bandgap Fiber |
139 |
Shilpa Pradhan |
Macquarie University |
Microwave frequency generation using a dual-wavelength DBR fiber laser |
52 |
Kerry Hinton |
CUBIN |
Species of DPSK and DQPSK |
51 |
Enock Jonathan |
Harare Institute of Technology |
Use of Fibre Bragg Grating (FBG)Technology To Enhance Axial Resolution In Fibre Optic Low Coherence Interferometry (FOLCI) |
56 |
Congji Zha |
The Australian National University |
Optical Characterization of Ge-As-Se Glasses Containing High Content of Germanium |
59 |
Jyh-Jier HO |
National Taiwan Ocean University |
Performance Evaluation of Poly-SiGe Alloy Growth with Gold Induced Lateral Crystallization for Infrared Photo-sensor Applications |
60 |
Jyh-Jier HO |
National Taiwan Ocean University |
Performance Evaluation of the Indium Zinc Oxide (IZO) Thin Films for Organic Electroluminescent Diode Applications |
132 |
Susan Law |
University of Sydney |
A Fibre Optic Dosimeter for Prostate Cancer Therapy |
133 |
Susan Law |
University of Sydney |
Fibre Draw Conditions and the Cleaving of Microstructured Polymer Optical Fibre |
134 |
Susan Law |
University of Sydney |
Selection of an appropriate laser wavelength for launching surface acoustic waves on tooth enamel |
66 |
Peter Domachuk |
CUDOS, University of Sydney |
Optically Trapped Silica Micro-fibers |
71 |
Prasanna Gamage |
Electrical & Electronic Eng, University of Melbourne |
Improved Power Budget for Uplink Transmission Using SOA for Fiber-Radio Systems |
74 |
Hui Dong |
Nanyang Technological University |
Measurement of Polarization Mode Dispersion Vectors in Optical Fibers Using Modified Mueller Matrix Method |
75 |
Mamdouh Matar |
The University of Sydney - OFTC |
PCF Hi-Bi 2-Section Fibre Lyot Depolarisers |
130 |
Celine Durniak |
Optical Sciences Group |
Suppression of Cladding-Mode Coupling in Single-Mode Slab Waveguides of Varying Curvature |
83 |
Anbhawa Nand |
Optical Technology Research Laboratory, Victoria University |
Strain-independent Temperature Measurements using a Standard and a Chirped fibre Bragg Grating |
84 |
David Chan |
ARC Special Center for Ultra-Broadband Information |
The optimisation of the AWG filtering of 40 Gbit/s VSB-RZ for transmission through legacy SMF links |
87 |
Peter Dower |
University of Melbourne |
On output power regulation in backward pumped Raman amplifiers. |
91 |
Juan Juan Hu |
Nanyang Technological University |
Birefringent Optical Fiber with a Photonic Crystal Core |
93 |
Nathaniel Groothoff |
Optical Fibre Technology Centre - University of Sydney |
Exciplex Laser Spatial Coherence and its Impact on Fibre Bragg Grating writing in Large Diameter Fibres. |
94 |
John Canning |
University of Sydney |
Air-Clad Optical Fibre Filament for Generating Broadband Radiation |
95 |
Kris Rowland |
University of Adelaide |
Nonlinear Material Diagnostics Using Filled Nanostructured Fibres |
96 |
John Canning |
University of Sydney |
Femtosecond Pulsed 244nm versus CW 244nm Grating Writing in Boron Codoped Germanosilicate Optical Fibres operating within the one photon absorption regime |
138 |
Graham Town |
Macquarie University |
Randomly Microstructured Polymer Optical Fibre |
101 |
Yuanxin Liang |
Swinburne University of Technology |
Fibre Bragg Grating Sensor for Respiratory Monitoring |
107 |
Douglas Bulla |
Australian National University |
Bend loss in silica optical fibre with low refractive index coating |
111 |
Betty Kouskousis |
Victoria University |
Comparison between a simulated and measured image of a fibre Bragg grating |
112 |
Elena Sinchenko |
Swinburne University |
Optical fibre techniques for distributed corrosion sensing |