MINERVA: ideal MHD stability code for toroidally rotating tokamak plasmas. A new linear MHD stability code MINERVA is developed for investigating a toroidal rotation effect on the stability of ideal MHD modes in tokamak plasmas. This code solves the Frieman–Rotenberg equation as not only the generalized eigenvalue problem but also the initial value problem. The parallel computing method used in this code realizes the stability analysis of both long and short wavelength MHD modes in short time. The results of some benchmarking tests show the validity of this MINERVA code. The numerical study with MINERVA about the toroidal rotation effect on the edge MHD stability shows that the rotation shear destabilizes the intermediate wavelength modes but stabilizes the short wavelength edge localized MHD modes, though the rotation frequency destabilizes both the long and the short wavelength MHD modes.
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References in zbMATH (referenced in 1 article , 1 standard article )
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- Aiba, N.; Tokuda, S.; Furukawa, M.; Snyder, P.B.; Chu, M.S.: MINERVA: ideal MHD stability code for toroidally rotating tokamak plasmas (2009)