Nir ELIEZER

Supervising laboratory courses and correction of laboratory reports: Heat transfer calculation on concurrent and countercurrent flow Heat exchanger Thermal radiation heat transfer determination Liquid-liquid batchwise single stage extraction Scale up of chemical processes (distillation) using Aspen Hysys ® and Icarus ® software

Overall management of inventory activities Quality control and inventory optimization Team management Principal interlocutor with the clients

Modeling of a converging nozzle low pressure plasma reactor. Hydrodynamic study of a reactor using CFD program FLUENT ®, validation of the calculated data using Laser Doppler Anemometry & Granulometry. Simulation of chemical behavior in the plasma phase.

Development of a new method of solar-driven reforming of methane using an innovative type of reactor without catalyst

Characterization of Radio Frequency plasma purposed for depollution Detection of the recombination of labeled oxygen in thermal plasma at atmospheric pressure using Mass Spectroscopy and method validation. Analysis made by MS, Gas Chromatography-MS and XPS

Development of a new analytical method, laser induced breakdown spectroscopy (LIBS), for the mutli-elemental analysis of photovoltaic silicon. "Summa cum Laude"

High-level training in all the important fields of chemistry Chemical Engineering specialty give the bases of industrial production, either on laboratory or industrial pilots "Magma cum laude"

Major areas of contemporary chemistry: Molecular Chemistry, Solid State Chemistry and Materials, Physical chemistry