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배석진 全北行政學會 2000 全北行政學報 Vol.14 No.1
행정계획행위의 결정은 입법행위가 아니고 행정행위에 속하므로 그것이 재산권을 침해하는 것이라면 행정계획 행위가 결정·고시되기 전에 적법절차적 권리가 인정되어야 하는데 우리나라는 입법 미비되어 법리 또한 확립되어 있지 아니하였음을 전술하였다. 적법절차적 권리의 인정은 계획제한으로 재산권의 침해를 예방하거나 줄일 수 있는 실용성이 있으며 국민의 권리를 보호하고 계획주체의 재량권행위를 통제하는 합리성이 있다는 것도 밝혔다. 인정되어야 할 절차적 권리가 무엇인가에 있다. 행정기관 계획주체가 계획결정·고시함에 적법한 절차에 따라야 하는데 아니할 경우 국민은 적법절차에 따르지 아나하는 위법을 이유로 제소할 수 있는 권리를 말한다. 적법절차가 계획제한으로 인한 재산침해의 예방과 국민의 권익보호를 위한 절차이기 때문에 침해의 예방과 보호에 적합한 절차이어야 한다. 적법절차는 첫째는 사전절차이어야 한다. 둘째는 재산권자의 의견이 정확히 반영될 수 있도록 공정한 청문을 요한다. 셋째는 청문을 통하여 얻은 정보나 계획관청이 스스로 얻은 정보를 평가하여 공정한 기준을 세우고 적용하여야 한다. 넷째는 재산권자가 아니더라도 간접적으로 이해관계가 이는 주민의 참여가 인정되어야 한다. 이러한 적법절차의 요건은 우리나라에서 절차법의 미비와 법리의 비확립으로 시기상조로 볼 수 있다는 것을 지적하였다. 그러나 헌법상 재산권 보장원칙을 실현을 위하여 불가피하고 절차법리의 채용을 위하여 미국연방 대법원의 판결로 확립된 법리를 고찰하였다.
동복호에서의 이취미물질 생성 조류에 관한 연구 - 자연수역 및 배양을 통한 이취미물질 확인
배석진,조영관,이정전,이진종 ( Seok Jin Bae,Young Gwan Cho,Jung Jun Lee,Jin Jong Lee ) 한국물환경학회 1998 한국물환경학회지 Vol.14 No.2
In order to research the odor and taste substances naturally produced by algae in the surface water of the Dongbok reservoir, we studied relationship between algal biomass and taste and odors substances in culture fluids, which were analyzed by GC/MS. Alga producing musty or earthy odors in culture media was Anabeana macrospora, Oscillatora tenuis and Phormidium tenue. The slime-producing algae were Microcystis aeruginosa, and the algae causing fishy odor was Eudorina elegans. Odor of cucumber was detected in the culture media of Peridinium, and grassy odor was detected in Synedra acus. The musty odor substance, Geosmin(171ng/L), was mainly produced by Anabaena macrospora in the Dongbok reservoir at May, 1995 when the abundance was very large, 373,740cells/L(23,400 colonies). The products of Geosmin each their colony were 0.007ng/colony. In the culture fluids, Anabaena macrospora and Oscillatoria animals produced geosmin, and Oscillatoria tenuis and Phormidium tenue produced 2-MIB. When chlorinated in culture fluids of algae, about 80% of total amount of odor and taste substances was increased. It may be caused by the release of taste and odor substances inside algae body.
배석진 ( Suk Jin Vae ),황성완 ( Sung Wan Hwang ) 한국병원경영학회 2012 병원경영학회지 Vol.17 No.4
This is a case study of Gangnam S University Hospital applying a par level transfer system for reagent materials. The purpose of this study is evaluated on the cutting down on inventory expenses and medical service revenue in the point of resource based view. The data was acquired through the financial statement of Gangnam S Hospital for the fiscal year 2008, 2009, 2010 and 2011, and compared with the Korea health industry statistics index for hospital accounts based on the materials in Korea Health Industry Development Institute. The results of the study are as follows. Medical reagent materials expenditure cut down as 305 million won through 2009 fiscal year. Medical profits for the Gangnam S University hospital`s income statement in 2011 show well over acquired 3.37 billion won through the enlarged diagnostic test numbers. In conclusion, Gangnam S University Hospital health statistics`s index shows very high profits. The results of this study have some limitations in terms of generalization as only one hospital in Seoul. Further studies with relationship inventory performance and enlarged reagent materials are expected in this area.
광주지역 도로변 퇴적물의 PAHs 및 중금속 분포 특성
김승호,김연희,김종민,최영섭,배석진,조영관,김은선 한국폐기물자원순환학회 2015 한국폐기물자원순환학회지 Vol.32 No.3
This study identified concentrations, toxicities, and sources of polycylic aromatic hydrocarbons (PAHs) and heavy metals in roadside sediment from different areas of Gwangju City. Samples were collected from 13 sites of heavy traffic area (TA), downtown area (DA) and park area (PA) during February and June in 2014. The results showed a wide distribution range of PAHs concentrations between 0.139 mg/kg and 1.740 mg/kg. The highest concentration of PAHs appeared in heavy traffic area (TA). The toxic equivalent quotients (TEQs) of PAHs in the roadside sediment ranged from 27 ng/g to 159 ng/g. The TEQs and PAHs ratio of heavy traffic area and downtown area was 9.1 to 11.0%, respectively. The contributions from potential sources to PAHs in roadside sediment were estimated by the principal component analysis (PCA) and diagnostic ratios between PAHs. Vehicular (gasoline and diesel engine) emissions were found to the predominant contributor of PAHs. The concentrations of heavy metals were highest in the heavy traffic areas. The correlation analysis among traffic intensity and heavy metals, showed that AADT correlates very strongly with Cr, Cu and Pb concentrations. From the results of pollution index (PI) calculation for roadside sediment, heavy traffic area was severly polluted by heavy metals such as Cr, Cu, Pb and Zn. Contaminants in roadside sediment were found to be much affected by the vehicles. Therefore, roadside deposited sediments would be expected to be managedon a regular basis.