Phase II (2010)

Working optimization of the ignition system

Study of the oportunity for coupling the ignition system with a supersonic GlidArc discharge type

Study of the oportunity for coupling the ignition system with a supersonic GlidArc discharge type

Identification of the electrical, physical and mechanical parameters which improves the engine's functioning with the proposed ignition system. Scientific report

Identification of the electrical, physical and mechanical parameters which improves the engine's functioning with the proposed ignition system. Scientific report

Phase II (2010)

Implementation of the proposed ignition system on an engine

The physical implementation of the ignition system on the engine block

Partial implementation of the ignition sytem (only the double spark plug and not the designed power supply)

Implementation of the proposed ignition system on an engine block. Scientific report

Partial implementation of the ignition sytem (only the double spark plug and not the designed power supply). Raport stiintific

Phase II (2010)

Visit of the french researchers

Setting and checking the details for implementation of the ignition system, as well as design of the minireactor with supersonic GlidArc

Setting and checking the details for implementation of the ignition system

Implementation of the module for noxes reduction/ Scientific report

Scientific report

Phase II (2010)

Making a work visit to the french partener

Testing the reliability of the entire system containing the new ignition module

Testing the reliability of the entire system containing the new ignition module

Final experimental tests / Develop a scientific paper and progress report

Final experimental tests / Develop a scientific paper and progress report

Phase II (2010)

Involvement in the research program of the young researcher:

Testing a supersonic GlidArc minireactor connected with the evacuation of the single cylinder engine and study the influence of electrical parameters on reducing of the pollutants emissions

Identifying the atomic and molecular elements from all the recorded spectra and application of a  calculating method for  the rotational temperature considering the molecular band OH spectra at 306 nm.

Study of the influence of certain parameters imposed by software on the plasma composition; rotational temperature calculus. Development of activity report

Study of the influence of certain parameters imposed by software on the plasma composition; rotational temperature calculus. Development of activity report