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신동일 陸軍士官學校 1990 한국군사학논집 Vol.39 No.-
Whang-jo-ga is a song recorded in the samguksagi(the history of three nation) Book 13, the chapter of Goguryo, section 1, the paragraph of king Yoori. Samguksagi describes the reason king Yoori sang the Whangjoga as follows. Queen Song died in March, the third year of king Yoori. Thereafter the king has not yet returned from hunting, the two women fought each other. Whahee scolded Cheehee that she was impolite and a women of low birth. On hearing this Cheehee ran away. The king ran after her. But being enraged, she did not returned. Having a rest the king was moved by the twittering of a warbler into singing the Whangjoga. On the other hand, in the chapter of Goguryo, section 2, the paragraph of king Daemusin, it is said as follows. King Daemusin was the third son of king Yoori and his mother was the queen Song. He bacame the Crown prince when he was 11 years old. in the 33year of king Yoori. In the same book the stories are not consistent wth on another. However the latter story is more reliable because it is a superscriptive story and thus very important. It is also the same in its content in the former story except for the part concerning the queen Song. Therefore Whangjoga is supposed to be not so much the work of king Yoori's love song but something already existed before Samguksagi was written. This view supports the point of argument made by the professor Jung, Byungwook.
회분식 공정의 HAZOP 분석 자동화를 위한 지식기반구조 및 알고리즘
신동일,황규석,허보경,노미영,이예승 한국화학공학회 2001 Korean Chemical Engineering Research(HWAHAK KONGHA Vol.39 No.3
회분식 공정의 time과 sequence 해석은 연속 공정의 HAZOP 분석 기법으로는 설명될 수 없다. 따라서 본 연구에서는 회분식 공정을 투입, 반응, 유출의 세 가지 단계로 구분한 후, 배관 및 반응기 등에서의 이탈을 각 장치의 이탈전파모델을 사용하여 전파시킨다. 그리고 이산 변수들과 연속 변수들의 상호 인과관계를 고려한 회분식 공정의 HAZOP 분석을 행하는 방법을 개발하여 Latex제조 공정에 적용하여 그 실효성을 검토하였다. The analysis of discrete variables such as time and sequence in batch process can not be explained by the method used in the HAZOP analysis of continuous processes. So in this study, we have classified the operation of batch processes into charge, reaction and discharge step, and have propagated the deviation by using propagation models of each unit. And we have developed the methodology for HAZOP analysis of batch processes by using the causal relationship between discrete variables and continuous ones and then have discussed the performance of the methodology on a latex batch process to evaluate its effectiveness.