Internal Transport Barrier in Tokamak Plasma

Usman, Sadiq; Khan, Shahab Ud-Din; Khan, Salah Ud-Din

ISBN 10: 3659229342 ISBN 13: 9783659229343

Editorial: VDM Verlag Dr. Mueller Aktiengesellschaft & Co. KG, 2014

Idioma: Ingl�s

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Descripci�n

pp. 76.

N� de ref. del art�culo 26127937475

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Detalles bibliogr�ficos

T�tulo: Internal Transport Barrier in Tokamak Plasma
Editor: VDM Verlag Dr. Mueller Aktiengesellschaft & Co. KG
Fecha de publicaci�n: 2014
Idioma: Ingl�s
ISBN 10: 3659229342
ISBN 13: 9783659229343
Encuadernaci�n: Encuadernaci�n de tapa blanda
Estado: New

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Sinopsis

In this book, we introduced the concept of Internal transport barrier (ITB) which is generally indulged to grow up the regions of reduced transport which can be helpful for tokomak operation. Internal transport barriers are created near the low order rational surface. i.e. (q = 2, 5/2 and 3). These ITBs are reactive to some conditions with regards to MHD instabilities, which generate a considerable plasma flow, creating magnetic islands, which are wished as probable mechanisms for the development of ITB. Double tearing modes become active due to electron viscosity and the MHD flows in the development the modes is extended from quasi-linear solution in a slab geometry to nonlinear solution in cylindrical geometry for the torus of large aspect ratio. The DTM mediated by electron viscosity is considered to trigger an ITB with non-monotonic q- profiles in advance tokomak (AT) operation.

Rese�a del editor

In this book, we introduced the concept of Internal transport barrier (ITB) which is generally indulged to grow up the regions of reduced transport which can be helpful for tokomak operation. Internal transport barriers are created near the low order rational surface. i.e. (q = 2, 5/2 and 3). These ITBs are reactive to some conditions with regards to MHD instabilities, which generate a considerable plasma flow, creating magnetic islands, which are wished as probable mechanisms for the development of ITB. Double tearing modes become active due to electron viscosity and the MHD flows in the development the modes is extended from quasi-linear solution in a slab geometry to nonlinear solution in cylindrical geometry for the torus of large aspect ratio. The DTM mediated by electron viscosity is considered to trigger an ITB with non-monotonic q- profiles in advance tokomak (AT) operation.

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