1. External links

The Glasser effect describes the creation of singularities in the flow field of a magnetically confined plasma when small resonant perturbations modify the gradient of the pressure field.

External links

• Physics of magnetically confined plasmas

• String Quartet No. 16 (Beethoven)
• String Quartet No. 16 in F major, Opus 135 (Beethoven)
• String Quartet No. 1 (Bartok)
• String Quartet No. 1 (Bartók)
• String Quartet No. 1 (Beethoven)
• String Quartet No. 1 (Tchaikovsky)
• String Quartet No. 20 (Mozart)
• String Quartet No. 2 (Bartok)
• String Quartet No. 2 (Bartók)
• String Quartet No. 2 (Beethoven)
• String Quartet No. 2 (Borodin)
• String quartet No. 2 (Janacek)
• String quartet No. 2 (Janáček)
• String Quartet No. 2 (Ligeti)
• String Quartet No. 3 (Bartok)
• String Quartet No. 3 (Bartók)
• String Quartet No. 3 (Beethoven)
• String Quartet No. 4 (Bartok)
• String Quartet No. 4 (Bartók)
• String Quartet No. 4 (Beethoven)
• String Quartet No. 5 (Bartok)
• String Quartet No. 5 (Bartók)
• String Quartet No. 5 (Beethoven)
• String Quartet No. 6 (Bartok)
• String Quartet No. 6 (Bartók)