TJ-II:Potential asymmetries at low magnetic field: Difference between revisions

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unless that <math>E_{r}</math> varies noticeably with <math>B</math>. Here <math>E_{r}</math> and <math>B</math> are the ambipolar neoclassical electric field and magnetic field modulus respectively.
unless that <math>E_{r}</math> varies noticeably with <math>B</math>. Here <math>E_{r}</math> and <math>B</math> are the ambipolar neoclassical electric field and magnetic field modulus respectively.


'''Objective''': the present experiment, which aims at assessing the scaling of <math>\Phi_1</math> with <math>B</math> (or the lack of it) and compare with theory, follows in essence the approach and techniques reported in ref. [1]. Hence, similar NBI plasma parameters as those in the past experiments are required, scanning the electron temperature at the outer region is required.
'''Objective''': the present experiment, which aims at assessing the scaling of <math>\Phi_1</math> with <math>B</math> (or the lack of it) and compare with theory, follows in essence the approach and techniques reported in ref. [1]. Hence, similar NBI plasma parameters as those in the past experiments scanning the electron temperature at the outer region are required.


== If applicable, International or National funding project or entity ==
== If applicable, International or National funding project or entity ==
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