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The shock structure deformation in a plasma jet caused by a strong magnetic field was studied using an optical method. The plasma jet images in the enclosing vacuum chamber were taken with a digital single-lens reflex camera through a viewing window. Since the relative values of the measured light intensity are known to have a strong correlation with the number density of excited atoms, the vertical...
Light intensity analysis was carried out to consider the constriction of plasma jet with the application of a strong magnetic field. Argon was employed as working gas. Plasma jet was generated in a vacuum chamber by a plasma torch and went into a magnet bore. The magnet composed of a pair of superconducting coils imposes a strong axial magnetic field on the jet. The jet between the coils was taken...
An experimental study was conducted to examine the effect of strong magnetic field on the excitation temperature for an argon plasma jet. In particular, the validity of the temperature determination was studied in the present paper since the temperature measurement should play the most important role in the study of the plasma behavior under the strong magnetic field. The strong field was applied...
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