Search results for "Electrically conductive"

showing 3 items of 3 documents

Electrically Conductive Phthalocyanine Assemblies. Structural and Non-Integer Oxidation Number Considerations

1990

Aggregation is a well-known phenomenon in phthalocyanine chemistry. Interactions can occur between adjacent phthalocyanine rings, both in organic and aqueous phases, resulting in coupling between the electronic states of two, or more, phthalocyanine units [1].

Coupling (electronics)chemistry.chemical_compoundAqueous solutionMaterials sciencechemistryPolymer chemistryPhthalocyanineMolecular planeElectrically conductivePhotochemistryElectric chargeInteger (computer science)Electronic states
researchProduct

Control of flow separation using electromagnetic forces

2003

Introduction If a fluid is electrically conductive, its flow may be controlled using electromagnetic forces. Meanwhile, this technique is a recognized tool even on an industrial scale for handling highly conductive materials like liquid metals. However, also fluids of low electrical conductivity as considered in the present study, like sea--water and other electrolytes, permit electromagnetic flow control. Experimental results on the prevention of flow separation by means of a streamwise, wall parallel Lorentz force acting on the suction side of inclined flat plates and hydrofoils will be presented. Force Configuration The stripwise arrangement of permanent magnets and electrodes of alterna…

Materials scienceGeneral Chemical EngineeringIndustrial scaleGeneral Physics and AstronomyElectrically conductiveMechanicsElectrolytePhysics::Classical PhysicsPhysics::Fluid DynamicsFlow separationsymbols.namesakeFlow control (fluid)Classical mechanicsElectrical resistivity and conductivitysymbolsElectromagnetic flowPhysical and Theoretical ChemistryLorentz force
researchProduct

Novel method for functionalising and patterning textile composites:Liquid resin print

2016

Abstract The paper reports a novel method of integrating resin into continuous textile reinforcement. The method presents a print of liquid reactive resin into textile preforms. A series of targeted injections forms a patch which upon consolidation and curing transforms into a stiff region continuously spanning through preform thickness. Enhancing the injected resin with conductive phase allows creating a pattern of patches with controlled dimensions and added functionalities. Patterned composites reveal features which are not typical for conventional composites such as fibre bridged interfaces, regular thickness variation, and gradient matrix properties. The presented study explores the ro…

Textile reinforcementA. Multifunctional compositesMaterials sciencetechnology industry and agricultureElectrically conductiveE. 3-D printingLiquid resin02 engineering and technologyBristol Composites Institute ACCIS010402 general chemistry021001 nanoscience & nanotechnology01 natural sciencesA. Carbon nanotubes and nanofibers0104 chemical sciencesMechanics of MaterialsCeramics and CompositesSurface modificationTextile compositeComposite materialB. Electrical properties0210 nano-technology/dk/atira/pure/core/keywords/composites_SRIElectrical conductorCuring (chemistry)
researchProduct