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崔圭成 상명대학교 논문집 1987 상명대학교논문집 Vol.19 No.-
The early power base of the Kungye regime was not on the traditional aristrcrats of Silla who were still imbued with the bone-rank (kolp'um) system, but on the local groups who wee anti-Silla. The regime began to be powerful with the occupation of Myongju-song and became strong enough founding a new state by a successful conquest of the nothern territory of Silla. Its position was further strengthened by the voluntary surrender of Wang Kon who was influential in the valley of Yesong River. Kungye was able to ally himself with the groups in the P'aeso area who were the people of Koguryo, and it was this alliance that made him found the state of Koryo as the successor to the former Koguryo kingdom. In the meantime, Kungye accepted the recommendation by Wang Yung and established his control over Songak which was the power base of Wang Kon. It was this control that he was able to make it his capital later. Kungye gradually became estranged from the people in P'aeso with the consolidation of his political power and the territorial expansion south to Jukryong, further beyond the old border of Koguryo. Subsequnetly, he renamed his state Majin and built a new capital. Majin means a "great country of the East" in Sanskrit. It is believed that Kungye was a monk and had some knowledge of Sanskrit. He must have hoped that the Sanskrit name would win public confidence in his kingdom and bring devine protection to it. At the same time, the new name seems to have expressed his intention to annex Silla and to build a great state which would be much bigger than Koguryo. His autonomous reign title of Mut'ae should be also understood to show his spirit of independence and self-confidence both internally and externally. The title was apparently disadvantageous in his relation with China. But be seems not to have minded of the diplomatic disadvantage. Kungye once more gave his state a new name. T'aebong, in Ⅲ. In this new name, we see his strong will to achieve a national unification that would embrace the Later Three Kingdoms and all their people. thus Kungye's renaming of the state and his transfer of the capital seem to have been mainly due to the growth of his power, not due to his entertaining of a superstitious belief and geomantic theories.
崔圭成 동국사학회 1986 동국사학 Vol.20 No.-
본 연구에서는 弓裔勢力 형성의 하부기반이된 하층 지지세력을 분석하여, 그들은 어떠한 성향의 계층이었고 어떠한 과정을 통해서 弓裔와 밀착될 수 있었으며 弓裔政權이 또 어떻게 그들을 유지 관리해 갔는가를 검토해 보겠다. 그 다음으로는 弓裔을 보필해서 강역을 개척하고 새로운 국가 사회를 운영해 간 상층 지지세력에 대해 검토하려 한다. 그런데 이들 上層支持勢力은 그 활동분야의 성격에 따라서 交治的 활동인물과 武治的 활동인물의 두계층의 존개를 가상해볼 수 있으므로 두계층으로 분리하여 추적해 보겠다. 그리고 交治的 활동 人物 가운데 王?勢力과 밀착된 인물이 많은 점에 주목하여 두세력의 밀착의 배경을 검토해 보겠다. 마지막으로 이상에서 검토한 내용을 가지고 기존의 高麗建國初期의 정치적 상황에 대한 이해를 재검토해 보려 한다.
N,N'-Oxalylbis(salicylaldehyde hydrazone)과 중금속이온과의 착물 형성에 관한 연구
최규성,이익희,김용남,Kyu-Seong Choi,Ick-Hee Lee,Yong-Nam Kim 대한화학회 1991 대한화학회지 Vol.35 No.2
The complexation of N,N'-oxalylbis(salicylaldehyde hydrazone) (OBSH) with Zn (II), Cd (II), and Pb(II) ions was studied by polarographic method in DMSO solution. The order of stability constants was Cd(II) < Zn(II) < pb(II), and all heavy metal ions formed stable complex with OBSH ligand. The stability constants of complexation were measured at various temperatures. As the results, enthalpy and entropy changes of the complexation were distributed on the complex stabilities. N,N'-oxalylbis(salicylaldehyde hydrazone) (OBSH)과 Zn (II), Cd (II) 및 Pb(II) 이온들과의 착물 형성에 따르는 안정도상수를 DMSO 용액에서 폴라로그래피법으로 측정하였다. 안정도상수의 크기는 Cd(II) < Zn(II) < pb(II) 이온의 순서로 증가하였으며, 모든 중금속이온들의 OBSH 리간드와 매우 안정한 착물을 형성하였다. 안정도상수를 여러 온도에서 측정하여 엔탈피 및 엔트로피 변화를 구한 결과, 착물의 안정도에 많은 기여를 하고 있음을 알았다.
Hydrazide Schiff Base 리간드와 Cd(II) 이온과의 착물 형성에 관한 연구
최규성,김용규,김용남,Kyu-Seong Choi,Yong-Kyu Kim,Yong-Nam Kim 대한화학회 1991 대한화학회지 Vol.35 No.2
N,N'-oxalylbis(salicylaldehyde hydrazone), N,N'-malonylbis(salicylaldehyde hydrazone), 그리고 N,N'-succinylbis(salicylaldehyde hydrazone)과 Cd(II) 이온과의 착물형성에 따르는 안정도상수를 DMSO 용액에서 폴라로그래피법으로 측정하였다. 안정도상수의 크기는 OBSH < MBSH < SBSH의 순서로 증가하였으며, Cd(II) 이언은 이들 리간드와 매우 안정한 착물을 형성하였다. 안정도 상수를 여러 온도에서 측정하여 엔탈피 및 엔트로피 변화를 측정한 결과, 착물형성에 기여를 하고 있음을 알았다. The complexation of hydrazide schiff base ligands such as N,N'-oxalylbis(salicylaldehyde hydrazone), N,N'-malonylbis(salicylaldehyde hydrazone), and N,N'-succinylbis(salicylaldehyde hydrazone) with Cd(II) ion was studied by polarographic method in DMSO solution. The order of stability constants was OBSH < MBSH < SBSH, and these ligands formed stable complexes with Cd(II) ion. The stability constants of complexation were measured at various temperatures. As the results, ${\Delta}$H and ${\Delta}$S of the complexation were distributed on the complex stabilities.