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Thami ZEGHLOUL

Professeur Dr HDR

France

Research Interests

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About

Thami ZEGHLOUL is a Professor at Université de Poitiers Institut Universitaire de Technologie d'Angoulême in France. His research focuses on electrostatics, including surface electric potential, triboelectric charging, and the electrostatic separation of materials. Recent articles reflect his contributions to understanding the tribo-electrostatic behavior of various granular materials and the efficiency of separation processes in recycled materials.

Articles (29)

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Collaborators (2)

Lucian Dascalescu

FRANCE

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Mihail Lungu

Professor

West University of Timisoara

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Thami ZEGHLOUL

Research Interests

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Articles (29)

Dielectric Barrier Discharge Treatment for Improving the Efficiency of Tribo-Electrostatic Separation of Polymer Mixtures Containing Brominated Flame Retardants

Triboelectric Charging of DBD-Treated Granular Plastic Waste Previously-Exposed to Long-Term Action of High-Levels of Ambient Humidity

Atmospheric DBD plasma treatment and its impact on the triboelectric charging of model granular polymers

Numerical study of particles trajectories in a multifunctional electrostatic separator powered by photovoltaic system

Correlating Discharge Current Pulse With Surface Charge Deposition in Diverse Gaseous Environment

Influence of 3D Printed Surface Texturing on the Tribocharging Process of Polymer Slabs in Conformal Contact

Electrostatic Separation of Valuable Metals From Finely-Ground WEEE

In-Depth Analysis of Non-Conductive Particle Charging With a Novel Triboelectric Charging System

Triboelectric Charging and Electrostatic Separation of Granular Plastic Wastes Exposed to Long-Term Action of High Levels of Ambient Humidity

Assessing the significance of surface electric potential values displayed by a non-contact electrostatic voltmeter in five situations of practical interest

Electric charge neutralization of granular materials using an air-assisted ionizer under different operational conditions

Influence of moisture content and triboelectric charging conditions on the tribo-electrostatic separation of actual granular mixtures of waste plastics

Triboelectric charging properties of ABS and PS granules with different concentration of Brominated flame retardants

Improving the efficiency of tribo-electrostatic separation of textile fibers from shredded end-of-life hoses

Comparison and calibration of four instruments for the measurement of electric potential at the surface of non-planar bodies

Tribo-electrostatic separation of plastic flakes originating from packaging waste

Effect of high voltage and electrode configuration on the trajectories of metallic particles in roll-type electrostatic separators for granular mixtures

Evolutionary Optimization of the Shape of the Electrodes Used in a Free-Fall Electrostatic Separator

Experimental Study of Aerodynamic Spraying Assisted With Electrostatic Charging

Experimental Modeling and Optimization of the Tribo-Electrostatic Separation of PET Fibers From End-of-Life Tires

Study of the feasibility of valorizing phosphate ore by electrostatic separation

New Vibrating-Table-Type Tribo-Electrostatic Separator for Selective Sorting of Granular Plastic Wastes

Effect of storage at different levels of relative humidity of ambient air on the tribo-electrostatic separation of granular plastics containing brominated flame retardants

Modified Roll-Type Electrostatic Separator for the Processing of Polymer Mixtures Containing Brominated Flame Retardants

Electrostatic Separation of Tribocharged Granular Mixtures of Two or More Plastics Originating From WEEE

Experimental Characterization of a Tri-Needle-Type Corona Electrode in View of Improving Charging Uniformity

Numerical Simulation and Experimental Observation of Charged Particles Trajectories in Roll-Type Electrostatic Separators

Factors Influencing the Triboelectric Charging of Granular Plastics in a New Rotating Multicylinder Type Device

Study of the Influence of the Different Parameters of the Atmospheric DBD Treatment on the Surface Roughness and the Electric Potential Distribution Generated After the Tribocharging of Polypropylene

Collaborators (2)

Lucian Dascalescu

Mihail Lungu

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