EFFECT OF PRESSURE ANISOTROPY ON THE M=1 SMALL WAVELENGTH MODES IN Z-PINCHES
A new MHD model is used to investigate the effect of the pressure anisotropy on the internal kink (m=1) mode instability in a Z-pinch. A normal mode analysis of perturbed motion of an incompressible, collision-less and cylindrical plasma is performed. A comparison of the derived stability criterion with that of ideal MHD is made. The conclusion is that the stability criterion (R-SIGMAB**2)' <= O CANNOT BE FULFILLED WITHOUT VIOLATION OF the fire hose condition SIGMA <= 0, where SIGMA = 1-(P-ii-P-perpendicular)/B**2.
Bibliographic Reference: WRITE TO THE DEPARTMENT OF PLASMA PHYSICS AND FUSION RESEARCH, ROYAL INSTITUTE OF TECHNOLOGY, S-100 44 STOCKHOLM (SWEDEN), MENTIONING REPORT TRITA-PFU-86-05, 1986
Record Number: 1989124138600 / Last updated on: 1987-01-01
Available languages: en