• The Journal of Internal Korean Medicine
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• v.18 no.1
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• pp.255-269
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• 1997

This study has been carried out to investigate the cause, pathological mechanism and treatment of CVA in Youmunsachin(儒門事親), written by Changjongjung(張從政) The results were follows : 1. The cause of CVA in Youmunsachin(儒門事親) was quotated from the theory of Naekyung(內經), Guel-eum-pung-mok(厥陰風木) and exogenous wind evil(外感風邪) on weakness of human body. 2. The pathological mechenism of CVA was that flows of Ki(氣) were obstructive, or executive heart(心) suppress lung(肺) and weakened lung(金) did not control liver(肝), executive liver brought to Gan-pung-nae-dong(肝風內動), and he thought that onset of CVA was frequent in 3nd, 4th, 9th. 10th, 12th lunar month. 3. In treatment of CVA, Han-to-ha-bub(汗吐不法, sweating vomiting passing stool method to remove evil) was used. His treatment was divided into ten sweating vomiting passing stool method by medication for internal use, one vomiting method by medication for external use and one sweating method by using acupuncture. 4. In treatment of CVA, when emergency time, vomiting and passing stool method were used, and then, method of Yangheulgeopung(養血祛風), Chungeulgeodam(淸熱去痰), Pyorissanghae(表裏雙解), Whalheultonglak(活血通絡) was used. 5. In the form of prescription, he used the form of Hwan, San(丸, 散), and he used toxic agent frequently.

• Nuclear Engineering and Technology
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• v.32 no.3
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• pp.214-226
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• 2000

In an effort to assess the performance of KAERI's coupled 3D kinetics - system T/H code, MARS/MASTER, Exercise III of the OECD main steam line break benchmark is solved. The analysis model of the reference plant, TMI-1 - a 2772 MWth B&W plant, consists of three major components: a core neutronics model involving 241$\times$28 neutronic nodes, a vessel 3D T/H model consisting of 374 hydrodynamic volumes, and a 1D system T/H model containing 157 hydrodynamic volumes. The results show that there is a significant amount of flow mixing occurring in the upper and lower plenum regions and the core power distribution evolves to a highly localized shape due to the presence of a stuck rod, as well as the asymmetric flow distribution. It is judged that MARS/MASTER properly captures these drastic 3-dimensional effects. Comparisons with other results submitted to OECD confirm the accuracy of the MARS/MASTER solution.