## Abstract The design of a rectangular cavity resonator implies to solve the Maxwell equations inside that cavity, respecting the boundary conditions. The resonance frequencies appear as conditions in the solutions of those equations. When a small piece of a magnetic material is introduced in the
Influence of the Resonant Magnetic Perturbation on the Plasma Boundary in DIII-D
β Scribed by M.W. Jakubowski; T.E. Evans; M.E. Fenstermacher; C.J. Lasnier; O. Schmitz; R.C. Wolf; L.R. Baylor; J.A. Boedo; K.H. Burrell; H. Frerichs; J.S. de Grassie; P. Gohil; S. Mordijck; R. A. Moyer; A. W. Leonard; D. Reiter; U. Samm; M. J. Schaffer; T. H. Osborne; E. A. Unterberg; J. G. Watkins
- Publisher
- John Wiley and Sons
- Year
- 2010
- Tongue
- English
- Weight
- 752 KB
- Volume
- 50
- Category
- Article
- ISSN
- 0005-8025
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π SIMILAR VOLUMES
## Abstract Low order rational values of the rotational transform βmagnetic resonances, for brevityβ can be present inside ECRβheated plasmas of the TJβII Heliac, in low magnetic shear conditions, without causing damage to confinement. Moreover, in agreement with previous experience in the TJβII, t
## Abstract Nonlinear forces on plasma particles in the presence of a test nonresonant wave and resonant plasma wave turbulence are calculated. The important feature of the considered nonlinear effect is that the forces due to the nonresonant test wave act on the plasma particles in the absence of