0204 - Condensed Matter Physics
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This collection contains Flinders' staff research in Condensed Matter Physics, reportable as part of Excellence in Research for Australia (ERA), from 2001-
Items are added automatically from Flinders University Research Services Office.
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Item Angle resolved ion scattering spectroscopy reveals the local topography around atoms in a liquid surface(2005) Andersson, Gunther; Krebs, Thomas; Morgner, HaraldItem Band Structures of the Group I and II Ocides: Using EMS Measurements as a Test of Theoretical Models(Australian Institute of Physics, 2003) Nixon, Kate Louise; Soule De Bas, B; Sashin, Vladimir A; Mikajlo, Elisabeth A J; Ford, Michael J; Dorsett, Helen EItem Preparation of carbon surfaces for sensing applications via plasma hydrogenation(IEEE Computer Society, 2006) Deslandes, Alec; Shapter, Joseph George; Lawrance, Emma; Quinton, Jamie ScottItem Activity of surface active substances determined from their surface excess(2005) Andersson, Gunther; Krebs, Thomas; Morgner, HaraldItem The influence of pore size and oxidizing agent on the energetic properties of porous silicon(SPIE, 2008) Cao, Helen; Plummer, Andrew Mark; Lowe, Rachel Davida; Shapter, Joseph George; Voelcker, Nicolas Hans; Dawson, Richard GrahamItem Energy-loss straggling of helium projectiles at low kinetic energies: Deconvolution of concentration depth profiles of inorganic salt solutes in aqueous solutions(2008) Andersson, Gunther; Morgner, Harald; Pohl, HartwigItem Grazing Incidence X-ray Studies of Ultra-Thin Lumogen Films(2007) Quinton, Jamie Scott; Keough, Shannon Joel; Hanley, Tracey L; Wedding, A BruceItem Electron momentum spectroscopy and linear combination of atomic orbitals calculation of bulk Na2O(2003) Nixon, Kate Louise; Mikajlo, E A J; Ford, Michael JItem Liquid metals as electrodes in polymer light emitting diodes(2003) Andersson, Gunther; Gommans, H H P; Denier van der Gon, A W; Brongersma, H HItem Characterisation of Methane Plasma Treated Carbon Surfaces(IEEE Computer Society, 2008) Ionescu, Mihail; Shapter, Joseph George; Quinton, Jamie Scott; Deslandes, Alec; Jasieniak, MarekItem Characterisation of PVD Lumogen Films for Wavelength Conversion Applications(INTERNATIONAL SOCIETY FOR OPTICAL ENGINEERING (SPIE), 2005) Deslandes, Alec; Wedding, A Bruce; Clarke, Stephen Ross; Matisons, Janis Gunars; Quinton, Jamie ScottItem Energy-loss straggling of helium projectiles at low kinetic energies(2007) Andersson, GuntherItem Plasma modified carbon surfaces for supporting sensor architectures(2006) Quinton, Jamie Scott; Deslandes, Alec; Barlow, Anders Jack; Shapter, Joseph GeorgeItem Oxygen-induced nano-faceting of Ir(210)(2004) Ermanoski, Ivan; Pelhos, Kalman; Chen, Wenhua; Quinton, Jamie Scott; Madey, T EItem Magnetic properties of multiwalled carbon nanotubes as a function of acid treatment.(2006) Ellis, Amanda Vera; Ingham, BItem Comparison of the binding mode of plasmid DNA to allylamine plasma polymer and poly(ethylene glycol) surfaces(2008) Hook, Andrew Leslie; Thissen, Helmut Werner; Quinton, Jamie Scott; Voelcker, Nicolas HansItem Interface formation in K doped poly(dialkoxy-p-phenylene vinylene) light-emitting diodes(2003) Gommans, Hans H P; Denier van der Gon, Arnaud W; Andersson, Gunther; van Ijzendoorn, Leo J; Pijper, Ralf M T; Brongersma, Hidde HermanManufacturing of Al/K/OC1C10 poly(p-phenylene vinylene)/indium–tin–oxide light emitting diode structures by physical vapor deposition of K onto the emissive polymer layer has been characterized by electroluminescence and ion spectroscopy. Varying the deposited K areal density from 3.9×1012 to 1.2×1014 atoms cm−2 the external efficiency rises from 0.01 to 1.2 Cd A−1. Spectra obtained by ion scattering analysis demonstrate the overall absence of K at the polymer outermost surface layer, and diffusion up to a depth of 200 Å. Depth profiles have been derived, and were modeled using an irreversible first order “trapping” reaction. Trapping may stem from confinement of the electron at a conjugated segment, that was donated through charge transfer typical for alkali/π-conjugated systems. This study demonstrates that evaporation of low work function metals onto organic systems should not be depicted as simple layered stacking structures. The enhanced electroluminescence with submonolayer K deposition is attributed to the shift of the recombination zone away from the Al cathode, which is demonstrated to prevail over the known exciton quenching mechanism due to the formation of gap states.Item Streaming Zeta Potential Measurements of Surface-Bound Organosilane Molecular Species(Institute of Electrical and Electronics Engineers Computer Society (IEEE Publishing), 2006) Wright, Daniel Steven; Flavel, Benjamin Scott; Quinton, Jamie ScottItem SF6 plasma functionalisation of carbon surfaces(Australian Institute of Physics, 2006) Barlow, Anders Jack; Quinton, Jamie Scott