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OVERVIEW OF TJ-II FLEXIBLE HELIAC EXPERIMENT

E. Ascasíbar,C. Alejaldre,J. Alonso,L. Almoguera,A. Baciero,R. Balbín,M. Blaumoser,J. Botija,B. Brañas,A. Cappa,J. Castellano,R. Carrasco,F. Castejón,J. R. Cepero,J. Doncel,S. Eguilior,T. Estrada,A. Fernández,C. Fuentes,A. García,I. García-Cortés,J. Guasp,J. Herranz,C. Hidalgo,J. A. Jiménez,I. Kirpitchev,F. Lapayese,K. Likin,M. Liniers,D. López-Bruna,A. López-Fraguas,J. López-Rázola,A López-Sánchez,R. Martín,M. Medrano,P. Méndez,K. J. McCarthy,F. Medina,B. van Milligen,M. Ochando,L. Pacios,I. Pastor,M. A. Pedrosa,A. Portas,J. Romero,L. Rodríguez-Rodrigo,A. Salas,E. Sánchez,J. Sánchez,D. Tafalla,V. Tribaldos,J. Vega,B. Zurro

msra

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Abstract
This paper summarises recent physics results obtained in TJ-II in the areas of stability, confinement and transport and fluctuations studies. TJ-II is a low shear, four period stellarator (heliac type, R=1.5 m, a<0.21 m, B0≤1.2 T) with high degree of flexibility, that allows to control, almost independently, the rotational transform profile and the magnetic well across the plasma radius.
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