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안면신경마비 예후인자로서 근전도검사(EMG)와 조기 시행한 신경전도검사(ENoG)의 유용성에 대한 연구: 한양방 협진치료 기반으로
성원석,김필군,구본혁,유희경,석경환,이주현,김민정,박연철,서병관,박동석,백용현 대한침구의학회 2013 대한침구의학회지 Vol.30 No.4
Objectives : This study was performed to confirm the usefulness of EMG and early-performed ENoG as predicting factor for facial palsy by clinical outcome. Methods : We gathered patients who visited the Facial Palsy Center in Kyung Hee University Hospital at Gangdong between January 2010 and September 2012. We used inclusion/exclusion criteria and reviewed 231 patients’ medical records including gender, age, HB grade and EMG & ENoG axonal loss. We compared the relation between EMG axonal loss and improvement degree at 4 & 6 weeks after treatment, and between ENoG axonal loss at 3-5 & 6-8 days after onset and EMG axnoal loss using regression analysis. Results : Each analysis had statistical significance, but EMG & improvement degree at 6 weeks after treatment showed statistically higher correlation than that at 4 weeks after treatment, and ENoG at 6∼8 days after onset & EMG showed statistically higher correlation than that at 3∼5 day after onset. Conclusions : We could get the evidence of the validity of EMG and early-performed ENoG as predicting factor for facial palsy based on collaborative treatment between Korean and western medicine.
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성원석 한국안전학회 2009 한국안전학회지 Vol.24 No.6
This study describes a construction procedure of 3D virtual space using the NGIS data and its application to simulation. 3D space topography is modeled by using DEM consisted with triangular regular network. The elevations of nodal points of DEM are calculated through the interpolation with contour line and elevation points from the NGIS. Also, data for 2D roads and their environments, such as trees, lamps, and traffic signals, were extracted from the NGIS and projected on the DEM surfaces to get 3D virtual space. To give a reality to 3D virtual space and accelerate its graphic speed, data were converted into the directX format. It is believed that the virtual space constructed in this work can be applicable to the ubiqutous because DEM data can be converted to the AutoCAD format and ASCII code.
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성원석,강동진 국립문화재연구원 2020 헤리티지:역사와 과학 Vol.53 No.4
South Korea’s area-based heritage preservation system originates from the “Preservation of Traditional Buildings Act” enacted in 1984. However, this system was abolished in 1996. As there was a need for protection of ancient cities in the 1960s, Japan enacted the Historic City Preservation Act in 1966, and ‘Preservation Areas for Historic Landscapes’ and ‘Special Preservation Districts for Historic Landscapes’ were introduced. For the preservation of area-based heritage sites, the ‘Important Preservation Districts for Groups of Traditional Buildings’ system introduced as part of the revision of the Cultural Heritage Protection Act in 1975 was the beginning. Then, in the early-2000s, discussions on the preservation of area-based heritage sites began in earnest, and the ‘Important Cultural Landscape’ system was introduced for protection of the space and context between heritage sites. Also, ‘33 Groups of Modernization Industry Heritage Sites’ were designated in 2007, covering various material and immaterial resources related to the modernization of Japan, and ‘100 Beautiful Historic Landscapes of Japan’ were selected for protection of local landscapes with historic value in the same year. In 2015, the “Japanese Heritage” system was established for the integrated preservation and management of tangible and intangible heritage aspects located in specific areas; in 2016, the “Japanese Agricultural Heritage” system was established for the succession and fostering of the disappearing agriculture and fishery industries; and in 2017, “the 20th Century Heritage,” was established, representing evidence of modern and contemporary Japanese technologies in the 20th century. As a result, presently (in September 2020), 30 ‘Historic Landscape Preservation Areas’, 60 ‘Historic Landscape Special Districts,’ 120 ‘Important Preservation Districts for Groups of Traditional Buildings,” 65 ‘Important Cultural Landscapes,’ 66 ‘Groups of Modernization Industry Heritage Sites,’ 264 “100 Beautiful Historic Landscapes of Japan,’ 104 ‘Japanese Heritage Sites,’ and 15 ‘Japanese Agricultural Heritage Sites’ have been designated. According to this perception of situations, the research process for this study with its basic purpose of extracting the general characteristics of Japan’s areabased heritage preservation system, has sequentially spread since 1976 as follows. First, this study investigates Japan’s area-based heritage site preservation system and sets the scope of research through discussions of literature and preceding studies. Second, this study investigates the process of the spread of the area-based heritage site preservation system and analyzes the relationship between the systems according to their development, in order to draw upon their characteristics. Third, to concretize content related to relationships and characteristics, this study involves in-depth analysis of three representative examples and sums them up to identify the characteristics of Japan’s area-based heritage system. A noticeable characteristic of Japan’s area-based heritage site preservation system drawn from this is that new heritage sites are born each year. Consequently, an overlapping phenomenon takes place between heritage sites, and such phenomena occur alongside revitalization of related industries, traditional industry, and cultural tourism and the improvement of localities as well as the preservation of area-based heritage. These characteristics can be applied as suggestions for the revitalization of the ‘modern historical and cultural space’ system implemented by South Korea. 우리나라의 면형 유산 보존제도는 1984년 제정된 「전통건조물보존법」이 시효이다. 그러나 이 제도는 1996년에 폐 지되었다. 일본은 1960년대 고도(古都)에 대한 보호의 필요성이 대두되어 1966년 「고도보존법」을 제정하고 ‘역사적풍 토보존지역’과 ‘역사적풍토특별보존지구’를 도입하였다. 면형 유산의 보존을 위해서는 1975년 「문화재보호법」의 개정 과 함께 도입된 ‘중요전통적건조물군보존지구’ 제도가 시초이다. 이후 2000년대 초반 면형 유산의 보존에 대한 논의가 본격화되었고, 유산과 유산 사이의 공간과 맥락 보호를 목적으로 하는 ‘중요문화적경관’ 제도가 도입되었다. 또한 일본 의 근대화와 관련된 각종 물적·비물적 자원을 포괄하는 ‘근대화산업유산군33’이 2007년에 지정되었으며, 같은 해 역사 적 가치를 가진 지역 풍경을 보호하기 위한 ‘아름다운일본의역사적풍토100선’이 선정되었다. 이후 2015년에는 특정 지 역에 존재하는 유·무형 유산을 통합적으로 보존·관리하기 위한 ‘일본유산’ 제도가, 2016년에는 사라져 가는 농수산업의 계승과 육성을 위한 ‘일본농업유산’, 2017년에는 20세기 일본의 근현대 기술의 증거물인 ‘20세기유산’까지 제도의 확산 과정을 이루었다. 결과적으로, 현재(2020년 9월) ‘역사적풍토보존지역’과 ‘역사적풍토특별보존지구’가 30개소와 60개 소, ‘중요전통적건조물군보존지구’ 120개소, ‘중요문화적경관’ 65개소, ‘근대화산업유산군’ 66개소, ‘아름다운일본의역사 적풍토100선’ 264개소, ‘일본유산’ 104개소, ‘일본농업유산’ 15개소가 지정되었다. 이러한 상황 인식 속에서, 1976년 이 후 순차적으로 확산되고 있는 일본의 면형 유산 보존제도 전반의 특성 추출을 기본 목적으로 하는 본 연구의 연구 과정 은 다음과 같다. 첫째, 문헌 및 선행연구 고찰을 통해 일본 면형 유산 보존제도를 조사하고 연구범위를 설정한다. 둘째, 면형 유산 보존제도의 확산과정을 조사하고, 제도 발전에 따른 제도들 간의 관계성을 분석한 후 그 특성을 도출한다. 셋 째, 관계성 및 특성과 관련된 내용의 구체화를 위해 대표 사례 3곳에 대한 심층 분석을 진행하고, 이를 종합하여 대표 사 례가 가지는 특성을 도출한다. 이를 통해 도출한 일본 면형 유산 보존제도의 두드러진 특징은 매년 신규유산이 탄생하고 있다는 것이었다. 결과적으로 유산들 간의 중첩 현상이 발생하며, 면형 유산의 보존은 물론 전통 산업, 문화 관광 등 연 관 산업의 활성화와 지역 정체성의 강화 등의 현상이 발생하고 있는 것으로 분석되었다. 이러한 특성은 현재 우리나라가 시행하고 있는 ‘근대역사문화공간’ 제도의 활성화에 시사점으로 적용될 수 있을 것이다
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용융아연도금설비의 gas wiping시 강판표면의 기체 유동해석
황원걸,성원석,김형,정진환,박노범,Hwang, W. G.,Sung, W. S.,Kim, H.,Chung, J. H.,Park, R. B. 한국표면공학회 2001 한국표면공학회지 Vol.34 No.2
Gas wiping process of continuously hot-dip galvanized coating on steel strip has noise and coating problems. To improve the qualify of product, characteristics of air flow on the steel surface must be investigated. In this paper, fluid dynamic model of the gas flow is setup and solved numerically using STAR-CD. The effects of edge baffle, distance between steel plane edge and baffle, inlet pressure, and gap between air knife and strip steel surface are investigated, and it is concluded that edge baffle can reduce over-coating and edge built-up.
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