0000000000715705

AUTHOR

Tuomas Julin

showing 2 related works from this author

Solution-processible electrode materials for a heat-sensitive piezoelectric thin-film sensor

2012

Abstract Piezoelectric sensors are needed in a wide range of applications from physiological measurement applications to industrial monitoring systems. Custom-designed, highly integratable and cost-effective sensor elements can be manufactured by using flexible materials in combination with high-throughput printing for fabrication. This would also enable the embedding of ubiquitous sensors in our living environment to improve the common welfare. Here, we have fabricated flexible piezoelectric sensor elements using printing methods. We demonstrated that alternative, printable electrode materials are compatible with temperature-sensitive functional substrates. Low-temperature curable electrod…

Materials scienceFabricationInkwellbusiness.industryPiezoelectric sensorMechanical Engineering213 Electronic automation and communications engineering electronicsComposite numberMetals and AlloysCondensed Matter PhysicsPolyvinylidene fluorideElectronic Optical and Magnetic Materialschemistry.chemical_compoundchemistryMechanics of MaterialsPrinted electronicsElectrodeMaterials ChemistryOptoelectronicsbusinessSheet resistance
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Low-Temperature Solution Processable Electrodes for Piezoelectric Sensors Applications

2013

Piezoelectric thin-film sensors are suitable for a wide range of applications from physiological measurements to industrial monitoring systems. The use of flexible materials in combination with high-throughput printing technologies enables cost-effective manufacturing of custom-designed, highly integratable piezoelectric sensors. This type of sensor can, for instance, improve industrial process control or enable the embedding of ubiquitous sensors in our living environment to improve quality of life. Here, we discuss the benefits, challenges and potential applications of piezoelectric thin-film sensors. The piezoelectric sensor elements are fabricated by printing electrodes on both sides of…

Electrode materialMaterials sciencePiezoelectric sensor213 Electronic automation and communications engineering electronicsLiving environmentElectrodeGeneral EngineeringGeneral Physics and AstronomyProcess controlNanotechnologyBiocompatible materialPiezoelectricityEnvironmentally friendlyJapanese Journal of Applied Physics
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