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Jerzy Mizeraczyk jmiz@imp.gda.pl plasmacenter.pl

Centre for Plasma and Laser Engineering Szewalski Inst. of Fluid-Flow Machinery. Jerzy Mizeraczyk jmiz@imp.gda.pl www.plasmacenter.pl. Studied topics Applications in water treatment (COST Action TD1208 Management Committee member, leader of WG4-1 )

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Jerzy Mizeraczyk jmiz@imp.gda.pl plasmacenter.pl

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  1. Centre for Plasma and Laser Engineering Szewalski Inst. of Fluid-Flow Machinery Jerzy Mizeraczyk jmiz@imp.gda.pl www.plasmacenter.pl • Studied topics • Applications in water treatment (COST Action TD1208 Management Committee member, leader of WG4-1 ) • Microwave plasma generation, diagnostics and applications: • hydrogen production • destruction of organic solvents • surface treatment • oil slicks destruction on water • Corona & DBD generation, diagnostics and applications: • flue gas cleaning from NOx and dust particles • water cleaning from organic contaminants and microorganisms • gas flow control using DBD plasma (plasma actuators) • electrohydrodynamic pumps • Flow diagnostics using PIV (2D & 3D): • electrostatic precipitators • plasma reactors • transonic flow • aviation Microwave plasma for hydrogen production Microwave microplasma device Flow diagnostics using PIV in an electrostatic precipitator model Visualization of bubbles generation by underwater corona discharge

  2. Main experimental facilities • Microwave plasma generation, diagnostics and applications: • 2.45 GHz, power: >300W, >500W, >1kW, >2kW, >6kW • 915 MHz, power: up to 20 kW • Corona & DBD generation, diagnostics and applications: • DC, AC and pulsed high voltage power supplies (Spellman, TREK, Nanopulse) • ICCD camera Andor i-Star • Gas and water composition diagnostics: • spectrometers: FTIR (gases, liquids, solids), UV-Vis (liquids), OES (plasma) • chromatographs: GC-FID+TCD, GC-MS, LC-MS • TOC analyser • Gas and water flow diagnostics: • 3D-PIV (Particle Image Velocimetry) • Main research collaborations and industrial partners • Oita University, Japan – Prof. T. Ohkubo, Prof. S. Kanazawa • University of Padova, Italy – Prof. M. Rea, Prof. C. Paradisi • Cheju University, Korea – Dr. Y.S. Mok • Taras Shevchenko National University of Kyiv, Ukraine – Prof. V. Chernyak • Institute of Solid State Physics, Bulgarian Academy of Sciences, Sofia – Prof. N. Sabotinov • Air Liquide, Claude-Delorme Research Center, Paris, France • Main publications • Investigation of Three-Dimensional Characteristics of Underwater Streamer DischargesIchiki R, Kanazawa S, Tomokiyo K, Akamine S, Kocik M, Mizeraczyk JJAPANESE JOURNAL OF APPLIED PHYSICS 51 (10): art. no. 106101 Part 1 OCT 2012 • Observation of OH radicals produced by pulsed discharges on the surface of a liquidKanazawa S, Kawano H, Watanabe S, Furuki T, Akamine S, Ichiki R, Ohkubo T, Kocik M, Mizeraczyk JPLASMA SOURCES SCIENCE & TECHNOLOGY 20 (3): art. no. 034010 Sp. Iss. SI JUN 2011 • River Water Remediation Using Electrohydraulic Discharges or OzonationIzdebski T, Dors M, Mizeraczyk JIEEE TRANSACTIONS ON PLASMA SCIENCE 39 (3): 953-959 MAR 2011 • Time evolution of pulsed streamer discharge in waterKanazawa S, Abe Y, Kihara Y, Kocik M, Mizeraczyk JIEEE TRANSACTIONS ON PLASMA SCIENCE 36 (4): 922-923 Part 1 AUG 2008 • Phenol oxidation in aqueous solution by gas phase corona dischargeDors M, Mizeraczyk J, Mok YSJOURNAL OF ADVANCED OXIDATION TECHNOLOGIES 9 (2): 139-143 JUL 31 2006

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