Title :
Influence of Dipole Magnetic Field on Circular Striations
Author :
Dubinov, Alexander E. ; Maksimov, Artem N. ; Selemir, Victor D.
Author_Institution :
Russian Fed. Nucl. Center, All-Russian Sci. & Res. Inst. of Exp. Phys., Sarov, Russia
Abstract :
A small permanent magnet has been located into a disk chamber of dc-glowing discharge with radial current. Influence of the dipole magnetic field on circular striations has been investigated. Deformation of the striation pattern is observed due to the fact that the magnet is a conductor (a metal cylinder). Illumination in a small area around the magnet is less pronounced because the plasma is displaced from the area of high magnetic field.
Keywords :
glow discharges; plasma diagnostics; circular striations; dc-glowing discharge; dipole magnetic field; disk chamber; metal cylinder; permanent magnet; radial current; striation pattern; Discharges (electric); Glow discharges; Magnetic resonance imaging; Magnetosphere; Metals; Plasmas; Saturation magnetization; Circular striations; dc glow discharge; dipole magnetic field;
Journal_Title :
Plasma Science, IEEE Transactions on
DOI :
10.1109/TPS.2014.2339812
