Abstract
The project of experimental reactor building on controlled fusion (I.T.E.R) needed the development of a superconducting cable made of niobium-tin. Tested with a current of fifty kilo amperes under a twelve tesla constant field, this cable has to be tested under a variable field. The installation of the power circuit of the dipole field generator, consisted to the study and realization of the four following points: an important power cable; a tension protection organ of the dipole, under a seventeen milli Henrys inductance and four kilo amperes; a current regulating system given by the generator; a complete pilot system of the test station.
Citation Formats
Rouanet, E.
Study and realization of a power circuit of a superconducting dipole generator of a magnetic field; Etude et realisation du cicuit d`alimentation d`un dipole supraconducteur generateur de champ magnetique.
France: N. p.,
1993.
Web.
Rouanet, E.
Study and realization of a power circuit of a superconducting dipole generator of a magnetic field; Etude et realisation du cicuit d`alimentation d`un dipole supraconducteur generateur de champ magnetique.
France.
Rouanet, E.
1993.
"Study and realization of a power circuit of a superconducting dipole generator of a magnetic field; Etude et realisation du cicuit d`alimentation d`un dipole supraconducteur generateur de champ magnetique."
France.
@misc{etde_10112920,
title = {Study and realization of a power circuit of a superconducting dipole generator of a magnetic field; Etude et realisation du cicuit d`alimentation d`un dipole supraconducteur generateur de champ magnetique}
author = {Rouanet, E}
abstractNote = {The project of experimental reactor building on controlled fusion (I.T.E.R) needed the development of a superconducting cable made of niobium-tin. Tested with a current of fifty kilo amperes under a twelve tesla constant field, this cable has to be tested under a variable field. The installation of the power circuit of the dipole field generator, consisted to the study and realization of the four following points: an important power cable; a tension protection organ of the dipole, under a seventeen milli Henrys inductance and four kilo amperes; a current regulating system given by the generator; a complete pilot system of the test station.}
place = {France}
year = {1993}
month = {Nov}
}
title = {Study and realization of a power circuit of a superconducting dipole generator of a magnetic field; Etude et realisation du cicuit d`alimentation d`un dipole supraconducteur generateur de champ magnetique}
author = {Rouanet, E}
abstractNote = {The project of experimental reactor building on controlled fusion (I.T.E.R) needed the development of a superconducting cable made of niobium-tin. Tested with a current of fifty kilo amperes under a twelve tesla constant field, this cable has to be tested under a variable field. The installation of the power circuit of the dipole field generator, consisted to the study and realization of the four following points: an important power cable; a tension protection organ of the dipole, under a seventeen milli Henrys inductance and four kilo amperes; a current regulating system given by the generator; a complete pilot system of the test station.}
place = {France}
year = {1993}
month = {Nov}
}