Now showing items 1-4 of 4

    • Are magnetic resonances practical transport controllers in fusion plasmas? the TJ-II experience 

      López-Bruna, D.; Romero, J.; Vargas-Blanco, Iván (Institute of Physics Publishing, 2015-03)
      The TJ-II stellarator is a mid-size Heliac design (high rotational transform, low magnetic shear) that allows for external control of the rotational transform profile. The long experience with locating diverse magnetic ...
    • Atmospheric-Pressure Non-thermal Plasma-JET effects on PS and PE surfaces 

      Arrieta, J.; Asenjo, J.; Solís, Y.; Vargas-Blanco, Iván (Institute of Physics Publishing, 2015-03)
      The Atmospheric-Pressure Non-Thermal Plasma (APNTP) has become a topic of a great interest for a wide spectrum of applications in different industry branches, including the surface of treatment processes. In this work we ...
    • Constructing a small modular stellarator in Latin America 

      Asenjo, J.; Carvajal-Godínez, Johan; González-Gómez, J.; Soto-Soto, C.; Piedra, C.; Barillas-Mora, Laura; Mora-Meléndez, Jaime; Otárola-Zúñiga, Carlos; Zamora-Picado, Esteban; Vargas-Blanco, Iván (Institute of Physics Publishing, 2015-03)
      This paper aims at briefly describing the design and construction issues of the stellarator of Costa Rica 1 (SCR-1). The SCR-1 is a small modular stellarator for magnetic confinement of plasma developed by the Plasma ...
    • Engineering of the Stellarator of Costa Rica: SCR-1 

      Piedra, C.; Jiménez, W.; Esquivel, L.; Esquivel, R.; Sánchez, K.; González, J.; Mora-Meléndez, Jaime; Otárola-Zúñiga, Carlos; Vargas-Blanco, Iván (Institute of Physics Publishing, 2015-03)
      This Paper aims at briefly describing the challenge of the design and construction of the Stellarator of Costa Rica 1 (SCR-1) [1]. The SCR-1 is a small modular Stellarator for magnetic confinement of plasma (Ro=0.238 m, ...