Thierry Belmonte Institut Jean Lamour (France) Discharges in liquids for nano-object synthesis: expectations and capabilities |
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Toshiro Kaneko Tohoku University (Japan) Innovative technology for controlled synthesis of reactive species using gas-liquid interfacial plasmas and its applications |
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Vandana Miller Drexel University (USA) Plasma Dose for Clinical Applications: New Considerations |
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Gerard van Rooij Eindhoven University of Technology (The Netherlands) From non-equilibrium to thermal plasma opportunities |
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Sedina Tsikata Georgia Institute of Technology (USA) High-performance laser diagnostics for plasma characterization |
Peter Awakowicz Ruhr-University Bochum (Germany) Topic 12: Plasmas for environmental applications Efficient gas treatment for various applications with low temperature plasmas |
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Topic 9: Plasma-based gas conversion Designing catalysts for plasma environment: current knowledge and future challenges |
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Richard Clergereaux CNRS - LAPLAC (France) Topic 8: Plasma deposition of functional coatings Aerosol-assisted plasma processes for (multi)functional thin film deposition |
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Hiroyuki Fukumizu Kioxia Co. (Japan) Topic 7: Plasma processing of nanomaterials and nanostructures Evaluation of the influence of FC gas structure and composition in high-aspect-ratio SiO2 dry etching |
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Olivier Guaitella Ecole polytechnique (France) Topic 4: Diagnostics in plasma chemistry Experimental validation of the chemical kinetics of CO2 containing plasmas |
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Ahmad Hamdan Université de Montréal (Canada) Topic 6: Plasma in and in contact with liquids Discharge at / or near the interface of two immiscible liquids and its application in nanomaterial synthesis |
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Volker Hessel The University of Adelaide (Australia) Topic 9: Plasma-based gas conversion Submerged plasma jets in microwells with catalytic flakes - fundamentals and applications |
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Feng Huang China Agricultural University (China) Topic 11: Plasma medicine and agriculture Application of Artificial Intelligence in Plasma Agriculture |
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Yuki Inada Saitama University (Japan) Topic 2: Fundamentals of thermal plasma Spatial-Frequency-Resolved Schlieren Method for Structure Measurement of Plasma-Induced Turbulence |
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Makoto Kambara Osaka University (Japan) Topic 7: Plasma processing of nanomaterials and nanostructures Advances in plasma sprayed silicon nanoparticles for next generation all-solid state Lithium-ion batterie |
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Cristiane Yumi Koga- Ito São Paulo State University (Brazil) Topic 11: Plasma medicine and agriculture Cold atmospheric plasma as a therapeutic tool in Medicine and Dentistry |
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Joseph Lefkowitz Technion - Israel Institute of Technology (Israel) Topic 10: Plasma-assisted combustion and aerodynamics Plasma reforming of ammonia for improved combustion performance |
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Amanda Lietz North Carolina State University (USA) Topic 5: Modelling in plasma processing Computational Modeling of Processing Plasmas: Instabilities and Fluorocarbon Chemistry |
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Yong-Xin Liu Dalian University of Technology (China) Topic 1: Fundamentals of low pressure plasma Ignition physics of a capacitively coupled RF discharge |
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Lucia Daniela Pietanza Istituto per la Scienza e Tecnologia dei Plasmi (Italy) Topic 12: Plasmas for environmental applications Self-consistent kinetic modeling of CO2 cold plasmas |
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Koichi Sasaki Hokkaido University (Japan) Topic 4: Diagnostics in plasma chemistry Redox reactions on surface of water jet injected into low-pressure plasma |
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Julian Schulze Ruhr-University Bochum (Germany) Topic 3: Fundamentals of atmospheric non-equilibrium plasma Control of electron heating and plasma chemistry in atmospheric pressure radio frequency plasma jets |
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Ana Sobota Eindhoven University of Technology (The Netherlands) Topic 3: Fundamentals of atmospheric non-equilibrium plasma The interaction of non-thermal atmospheric pressure plasma with substrates |
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Augusto Stancampiano GREMI-CNRS (France) Topic 3: Fundamentals of atmospheric non-equilibrium plasma Plasma treated water spray: reactors and RONS production |
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Endre Szili University of South Australia (Australia) Topic 11: Plasma medicine and agriculture Strategies to enhance the antimicrobial activity of plasma activated water |
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Nozomi Takeuchi Tokyo Institute of Technology (Japan) Topic 6: Plasma in and in contact with liquids Development and perspective of plasma-based water treatment technologies for the decomposition of persistent organic compounds |
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Selma Mededovic Thagard Clarkson University (USA) Topic 12: Plasmas for environmental applications The importance of transport phenomena in the design of gas-liquid electrical discharge plasma reactors |