Tilted Planar Interlinked Coils as a Means of Generating Rotational Transform – Modelling and Experiment
POSTER
Abstract
CIRCUS [1] is a toroidal device for the magnetic confinement of plasmas. It is constructively similar to a tokamak, but has no solenoid, nor other means to generate plasma current. Yet, it is predicted to generate the helical field necessary for confinement by simply tilting its 6 planar coils. In this last regard it is more similar to a torsatron or stellarator, except that its coils are simpler, planar, and, in fact, circular. Experiments are under preparation, in which an electron beam will be used to visualize the magnetic topology and compare it with calculations. This is made possible by an electron gun movable in three dimensions. An ongoing upgrade consists in epoxying the in-vessel coils for better vacuum. We will also present predictions for devices featuring more coils, resulting in more axisymmetric plasmas.
[1] A. W. Clark et al., Fusion Eng. Des. 89, 2014
[1] A. W. Clark et al., Fusion Eng. Des. 89, 2014
Presenters
-
Shah Faisal Mazhar
Physics, Columbia Univ
Authors
-
Shah Faisal Mazhar
Physics, Columbia Univ
-
Francesco Volpe
Applied Physics and Applied Mathematics, Columbia University
-
Kenneth Hammond
Applied Physics and Applied Mathematics, Columbia University
-
Ruben Diaz-Pacheco
Physics, Columbia Univ
-
Ben Israeli
Applied Physics and Applied Mathematics, Columbia University
-
Jessica Li
Applied Physics and Applied Mathematics, Columbia University
-
Justin Mann
Mechanical Engineering , Columbia University
-
Jacob Austin
Physics, Columbia Univ
-
Veronica Mulila
Physics, Columbia Univ
-
Tommy Polanco
Physics, Columbia Univ
-
Albert Tai
Mechanical Engineering , Columbia University