• Journal of Korean Medical classics
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• v.18 no.3 s.30
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• pp.27-35
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• 2005

마왕퇴의서발굴이전${\lceil}$령추(靈樞) 경맥(經循)${\rfloor}$적순배체계시경맥체계적중심. 가시마왕퇴의서발굴이후, 아문지도료(我們知道了)${\lceil}$령추(靈樞)${\rfloor}$ 유량개경맥체계. 나개취시순배체계화향심체계. 관우마왕퇴의서연구이후아문지도하면적. 순배체계종 ${\lceil}$음양십일맥구경${\rfloor}$ 개시(開始), 도경맥완성료(到經循完成了). 향심체계종 ${\lceil}$족신십일맥구경${\rfloor}$개시(開始), 도본수완성료(到本輸完成了). 가시아문환시부지도순배체계화향심체계적주체시십요. 소이용저차연구아문상천명경맥순행적주체.

• Journal of Korean Medical classics
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• v.6
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• pp.144-169
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• 1993

As a result, a study of honshu(本輸) theory of Huangdineijing(黃帝內徑) was led to the next conclusions. 1. In Huangdineijing(黃帝內徑), the connection of bonshu(本輸) flows and jingmai(經脈)'s can be compared to that of the earth's surface water flows and subterranean's. Bonshu(本輸) exists on qi flows which is formed in consquence of running over of twelve jingqi(經氣) and fifteenth luoqi(絡氣) in four extremities. 2. While jingluo(經絡) is composed of twelve mai(脈), bonshu(本輸) is composed of eleven mai(脈), it is because xin(心) has no disease and also has no bonshu(本輸). Bonshu(本輸) is used to treat disease of viscera and entrails, and frequently used in autumn and winter, also used when the outer layer or the inner layer of human body is become a fighting area of zhengxie(正邪). Physiologically, jingmai(經脈) nourishes the whole body and it's acting is prospered in four extremities. Bonshu(本輸) flows is just described as the process of gathering and storing the fruits of jingmai(經脈)'s acting. 3. In wuxing(五行) attachment of bonshu(本輸), from a ti(體) point of view, jing(井) xing(榮) shu(兪) jing(經) he(合) is oderly attached to shui(水) mu(木) huo(火) tu(土) jin(金), and from a yong(用) point of view, which is divided into two, bonshu(本輸) of yang(陽) area is oderly attached to jin(金) shui(水) mu(木) huo(火) tu(土), while bonshu(本輸) of yin(陰) area is oderly attached to mu(木) huo(火) tu(土) jin(金) shui(水). 4. Huangfu mi(皇甫 謐) had stated the bonshu(本輸) of xin(心) in Jiayijing(甲乙經), his writings, and therefore have faded the meaning of the concept of Huangdineijing(黃帝內徑)'s "only xin(心) has no bonshu(本輸)". Hua shou(滑 壽) had stated bonshu(本輸) in oder of jingmai(經脈) flows in his writings, Shisijingfahui(十四經發揮) and therefore completely have faded the meaning of Huangdineijing(黃帝內徑)'s bonshu(本輸).

• The Journal of Dong Guk Oriental Medicine
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• v.6 no.1
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• pp.35-66
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• 1997

Today's meridian system is revealing the theory made after the standard of 'Ling-shu Jing-mai(靈樞 經脈)'. But after excavating 'Ma-wang-dui'(馬王堆)'s' medical books from his 'Han(漢)' Dynasty tomb, there had to be some adjustments made concerning the former meridian systme. 'Shi-yi-mai-jiu-jing(足臂十一脈灸經)' and 'Yin-yand-shi-yi-mai-jiu-jing(陰陽十一脈灸經)' are not related and each of them was developed independently and influenced by the Meridian Pluse Theory of 'Ling-shu(靈樞)'. Accordingly, the leaning toward heart pluse system and the circulating pulse system were formed and 'Ling-shu(靈樞)' was influenced by this. Therefore, investigating these processes thoroughly is the main subject stated in this thesis. The occupying percentage of the 'leaning toward heart pluse system(向心脈系)' and the 'circulating pluse system(循環脈系)' in each section is one-sided to the loaning toward heart pluse system. However, today's 'Jing-mai system(經脈體系)' is developed focusing on 'Jing-mai(經脈)'. The reason for this should be investigated by using the medical history of acupuncture & moxibustion. Analongizing roughly, from the time after five transfer points of 'Ben-shu(本輸)' was absorbed into 'Jing-mai(經脈)' as only the main meridians of the traditional 'Meridian Point(經穴)' and couldn't seem to realize the true self of the original 'Ben-shu(本輸)'. Therefore, various misunderstandings might have occured in clinic, basal narusis, and antiquity of the influenced preconception of 'Jing-mai(經脈)' being first.

• Journal of Korean Society of Forest Science
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• v.101 no.2
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• pp.266-278
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• 2012

The objective of this study was developing dynamic stand growth model to predict diameter at breast height (DBH) growth by thinning intensity and cycle for major tree species of South Korea. The yield table, one of static stand growth models, constructed by Korea Forest Service was employed to prepare dynamic stand growth models for 8 tree species. In the process of model development, the thinning type was designated to thinning from below and equations for predicting the DBH change after thinning by different intensities was generated. In addition, stand density (N/ha), age and site index were adopted as explanatory variables for DBH prediction model. Thereafter, using the model, DBH growth under various silvicuture through integrating such equations considering thinning intensities, and cycles. The dynamic stand growth model of DBH developed in this study can provide understanding of effectiveness in forest growth and growing stock when thinning practice is performed in forest. Furthermore, results of this study is also applicable to quantitatively assess the carbon storage sequestration capability.