Diseño y construcción de un magnetizador de pulsos Article

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Overview

abstract

• In the present paper we present the design and construction of a pulsed field magnetizer that has been set up at the IF-UASLP. The system is based on the discharge of the energy stored in a capacitor bank (Ctotal = 23.1 mF; U = 1/2CV2 ≈2300 J) into a resistive double-layer copper solenoid supported by reinforcing glass fibers. This magnetizer is capable of generating pulsed magnetic field strengths up to 9.0 T, in a cylindrical volume of 17 mm diameter at the center of the solenoid, with a pulse duration of about 2.0 ms. The principle of operation of the magnetizer as well as the design of the field solenoid are described. A pick-up coil system combined with an electronic integrator is also available in the apparatus to monitor the shape of the field pulse, peak field, and pulse duration.

authors

• Calderón Avalos E.
• García González F.J.
• Llamazares J.L.S.
• López Rocha G.G.
• Mirabal García Manuel

publication date

• 2005-01-01

published in

• Revista Mexicana de Fisica  Journal

Research

keywords

• Field solenoid; Pick-up coil; Pulsed field magnetizer

Additional Document Info

start page

• 542

end page

• 548

volume

• 51

issue

• 5