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2012 - Europe Direct Iasi

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5.1.<br />

Title<br />

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

CLASS 5<br />

Industrial and Laboratory Equipments<br />

The use of rapid cooling of a liquid alloy method to obtain<br />

substrates for the production of high-temperature<br />

superconducting tapes<br />

Authors<br />

Marcin NABIAŁEK, Michał SZOTA, Marcin DOŚPIAŁ,<br />

Jarosław JĘDRYKA, Katarzyna SZOTA, Henryk Dyja<br />

Institution Czestochowa University of Technology, Poland<br />

Patent no. Patent pending<br />

Description<br />

Presented rationalizing solution is related to production<br />

and properties of Fe-Ni tapes used as substrates of<br />

superconducting materials. The presented method involves<br />

solidification at huge cooling rates (amounting to up to 10 6<br />

K / s) a liquid alloy onto a rotating copper cylinder.<br />

Produced using this method, materials are characterized by<br />

an proper texture and very good mechanical properties,<br />

allowing their use as a material for a base layer of<br />

superconducting material in the form of tapes. The use of<br />

materials produced using the method described for<br />

example in the electrical industry can lead to improved<br />

functional parameters of superconducting tapes and thus<br />

can contribute to reducing electricity consumption and<br />

promote environmental protection.<br />

5.2.<br />

Title<br />

Rapidly solidified, magnetic materials for the production<br />

of high-temperature sensors and motors.<br />

DOŚPIAŁ MARCIN, SZOTA MICHAŁ, NABIAŁEK<br />

Authors<br />

MARCIN, DYJA HENRYK, PAWEL PIETRUSIEWICZ,<br />

DZILIŃSKI KAZIMIERZ, BŁOCH KATARZYNA,<br />

OŹGA KATARZYNA<br />

Institution Czestochowa University of Technology, Poland<br />

Patent no. Patent pending<br />

Description The rapid solidification method allows with proper<br />

Class 5<br />

97<br />

5

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