Simulation for Magnetic Confined Nuclear Fusion in Korea

Current Status of Nuclear Fusion Energy Research in Korea

MYEUN KWON, YOUNG SOON BAE, SEUNGYON CHO, WONHO CHOE, BONG GEUN HONG, YONG-SEOK HWANG, JIN YONG KIM, KEEMAN KIM, YAUNG-SOO KIM, JONG-GU KWAK, HYEON GON LEE, SANGIL LEE, YONG-SU NA, BYUNG-HOON OH, YEONG-KOOK OH, JI YEON PARK, HYUNG LYEOL YANG and IN KEUN YU 1 National Fusion Research Institute 113 Gwahangno, Yuseong, Daejeon 305-333, Korea 2 Korea Advanced Institute of Science and Technology 335...

Numerical simulation of magnetic fusion plasmas

The review specializes to the modelling of plasmas in a particular type of fusion experiment. namely the tokamak. Simulation is taken to imply the use of a model which involves variation in at least two coordinate directions and is nonlinear, the nonlinearity invariably being of the advective type. Developments in the period 1976-1992 are covered under five main beadings, with particle methods ...

Instrumentation for magnetically confined fusion plasma diagnostics

UWFDM-962 Nuclear Analysis for the Inertially Confined Direct Drive Laser Fusion Power Reactor SIRIUS-P

The SIRIUS-P commercial reactor design produces 1000 MWe and is driven by 60 KrF laser beams. The chamber has an inner radius of 6.5 m and consists of a first wall fabricated from a carbon/carbon composite and a blanket made of SiC. The chamber is cooled by a flowing granular bed of solid ceramic material, TiO2 for the first wall and Li2O for the blanket. The overall tritium breeding ratio is 1...

magnetic resonance imaging in dentistry

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