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2012 - Europe Direct Iasi

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5.3.<br />

Title<br />

EUROINVENT <strong>2012</strong><br />

selection of alloy composition and production process<br />

parameters to obtain hard magnetic materials with unique<br />

nanostructure. Obtained TbCu7 type of structure is<br />

characterized by stable or abnormal (positive) coercivity<br />

and remanence parameters in wide temperature range. The<br />

production of such materials is extremely hard due to<br />

metastable character of desired crystalline phase. Projects<br />

related with described functional materials are counted to<br />

the so called “cutting edge” topics in manufacturing<br />

magnetic materials. Summarizing, due to unique thermomagnetic<br />

properties these materials are extremely<br />

interesting for companies prducing high temperature<br />

sensors and motors working in harsh conditions.<br />

DEVICE USED FOR THE MAGNETIC ACTIVATION<br />

OF THE PROCESSING THROUGH ELECTRIC<br />

EROSION, WITH A FILIFORM ELECTRODE<br />

Authors<br />

ŢÎŢU Aurel Mihail, OPREAN Constantin, MARINESCU<br />

Niculaie<br />

Institution Lucian Blaga University of SIBIU<br />

Patent no. Patent application A / 00629 din 10.08. 2009<br />

Description<br />

The invention refers to a device used for the magnetic<br />

activation of the processing through electric erosion, with<br />

a filiform electrode, built for the processing on specific<br />

machines that process with a filiform electrode, with a<br />

view to improve certain technological characteristics of<br />

the processing.<br />

5.4.<br />

ELECTRONIC EQUIPMENT FOR GENERATING<br />

Title<br />

SINGLE-PULSE ELECTRICAL DISCHARGES<br />

ŢÎŢU Aurel Mihail, NANU Dan, OPREAN Constantin,<br />

Authors<br />

DIACONESCU Constantin, ŢÂŢU Gheorghe Aurel<br />

Institution Lucian Blaga University of SIBIU<br />

Patent no. Patent RO 118687 B<br />

The patent refers to an electronic equipment for generating<br />

single-pulse electrical discharges to be employed during<br />

Description experimental researches regarding the physical mechanism<br />

of material sampling during dimensional processing by<br />

means of electroerosion with massive electrode. The<br />

equipment is first and foremost employed for fundamental<br />

Class 5<br />

98

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