통합 검색 | Korea Science

손광락;박현국
- 동국한의학연구소논문집
- /
- 제6권1호
- /
- pp.35-66
- /
- 1997
오늘날의 경락체계(經絡體系)는 "영추(靈樞) 경맥(經脈)"을 표준으로 삼아 이론을 전개하고 있다. 그러나 마왕퇴한묘출토의서(馬王堆漢墓出土醫書)가 발굴되어 종래의 경락체계에 수정을 가할 필요성이 생기게되었다. "족비십일맥구경(足臂十一脈灸經)"과 "음양십일맥구경(陰陽十一脈灸經)"은 서로 연변(演變)된 것이 아니고 각자 독립적으로 발전되어 "영추(靈樞)"의 경맥이론에 영향을 끼치게 되었다. 즉 향심맥계(向心脈系)와 순환맥계(循環脈系)로 형성되어 "영추(靈樞)"에 반영되었다. 따라서 이러한 과정을 추구한 것이 본 논문에서 전개한 중심과제이다.
PDF

Yu, Shu-Yuan;Zhang, Cheng-Gen;Wang, Shu-Jun
- Bulletin of the Korean Chemical Society
- /
- 제35권5호
- /
- pp.1511-1515
- /
- 2014
The multiconfiguration second-order perturbation theory (CASPT2) and complete active space self-consistent field (CASSCF) methods were employed to calculate the geometries and energy levels for the low-lying electronic states of 1,3,5-$C_6H_3Cl{_3}^+$ ion. The CASPT2 values for the 1,3,5-$C_6H_3Cl{_3}^+$ ion were in reasonable agreement with the available experimental values. The current calculations augmented previous theoretical investigations on the ground state and assigned the low-lying excited electronic states of the 1,3,5-$C_6H_3Cl{_3}^+$ ion. The Jahn-Teller distortion in the excited electronic state for the 1,3,5-$C_6H_3Cl{_3}^+$ ion were reported for the first time.
https://doi.org/10.5012/bkcs.2014.35.5.1511 인용 PDF KSCI KPUBS HTML

Wang, Jing;Li, Shu-Cai;Li, Li-Ping;Zhu, Weishen;Zhang, Qian-Qing;Song, Shu-Guang
- Steel and Composite Structures
- /
- 제17권6호
- /
- pp.791-801
- /
- 2014
The effects of anchor on fractured specimens in splitting test are simulated by DDARF method, the results of which are compared with laboratory test results. They agree well with each other. The paper contents also use the laboratory model test. The main research objects are three kinds of specimens, namely intact specimens, jointed specimens and anchored-jointed specimens. The results showed that with the joint angle increased, the weakening effects of jointed rock mass are more obvious. At these points, the rock bolts' strengthening effects on the specimens have become more significant. There is a significant impact on the failure modes of rock mass by the joint and the anchorage.
https://doi.org/10.12989/scs.2014.17.6.791 인용 KSCI