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공공디자인진흥계획의 설문분석을 통한 공공디자인 중점 개선사항에 관한 연구
이민성,송정식,윤종영,박은일,김영진,오영효,한진영 한국디자인문화학회 2022 한국디자인문화학회지 Vol.28 No.3
The purpose of this research is to analyze what are the important elements that public design should be developed and improved through the public design promotion plan. The scope of the survey was Osan City, Namyangju City, and Gapyeong County in Gyeonggi Province, three major local governments in Gyeonggi Province where the public design promotion plan was completed at the time of the research. The survey analysis of public design improvement items of each local government was conducted by the main author as a project manager. As for the survey method, the opinions of experts and non-experts of each local government were collected, and an online/offline survey was conducted. Through this analysis, we intend to present as a priority element for public design improvement by analyzing what key areas of improvement need to be improved by the major local governments in Gyeonggi-do, and what factors make citizens feel most uncomfortable. In addition, when the key elements of public design improvement in Gyeonggi-do were derived, the items were classified and items that could be improved were presented and studied to be a major priority for specific public design development projects. 본 연구는 공공디자인 진흥계획을 통해 공공디자인이 발전되고 개발되어야 하는 중점 요소가 무엇인지분석하는 것을 목적으로 한다. 조사의 범위는 논문의연구 시점에 공공디자인진흥계획이 완료된 경기도 주요 지자체 3곳을 선정하였으며 경기도 오산시, 남양주시, 가평군을 대상으로 하였다. 각 지자체의 공공디자인 개선사항 설문분석은 본 주저자가 총괄책임연구원(Project Manager)으로 직접 수행하였으며 각 지자체마다 전문가, 비전문가의 의견을 수렴하고 온⋅오프라인 설문조사를 수행하였다. 이를 통해서 경기도의 주요지자체가 개선되어야 할중점 개선사항은 무엇이며 시민들이 가장 불편하게느끼고 있는 부분은 어떠한 요소인지 분석하여 공공디자인 개선사항의 우선 요소로 제시하고자 한다. 또한, 경기도 내의 공공디자인 중점개선 요소가 도출되면 해당 항목을 재분류하여 개선할 수 있는 항목들은 어떠한 요소가 있는지 도출하여 구체적인 공공디자인 개발사업의 주요 우선 사항이 될 수 있도록연구 분석하였다.
이민성 한국불교학회 2015 韓國佛敎學 Vol.76 No.-
The present paper is based on a survey of recent Buddhist studies in Germany prepared for the inaugural conference of the Institution for World Buddhist Studies at Dongguk university, Seoul. The article introduces several projects on or related to Buddhist studies which are currently carried out at the universities Ludwig-Maximilians-Universität München, Universität Heidelberg, Ruhr-Universität Bochum, Georg- August-Universität Göttingen. Thus, it aims at providing some insight into recent methodologies, topics of Buddhist Studies in Germany. 본고는 동국대학교 세계불교학연구소 창립 학술대회를 위해 작성한 독일의 불교학 연구에 관한 소개문이다. 독일의 뮌헨 대학, 하이델베르크 대학, 보훔 대학, 괴팅엔 대학에서 현재 진행 중인 불교학 관련 프로젝트 연구 사업들을 소개하는 것에 집중하였으며, 특히 최근 연구 방법론 및 연구 주제에 대해알아보는 것을 그 목표로 두었다.
이민성,최정규 한국막학회 2017 한국막학회 총회 및 학술발표회 Vol.2017 No.11
A ZIF-8 membrane was prepared via counter diffusion method. To control the diffusion rate, two supports with different pore structure were employed, conventional and modified α-Al2O3 disc; disc A and disc B. The ZIF-8 membranes are derived their name from the supports; ZIF-8-A and ZIF-8-B. While ZIF-8-A was grown at the surface of the disc A, ZIF-8-B was grown inside the disc B. At 200°C, ZIF-8-A and -B exhibited H2/CO2 separation factor (SF) of 6.69 and 8.21. In long-term thermal stability tests, both ZIF-8-A and -B were withstood their properties at 200 and 250°C for 72 h. At 300°C, SF of ZIF-8-A fell after ~2 h, however, that of ZIF-8-B dropped after ~10 h. To sum up these features, ZIF-8-B showed higher H2 selectivity and thermal stability than ZIF-8-A, since ZIF-8 membrane was synthesized inside of the support.
이민성,Lee, Min-Seong 한국건강관리협회 1994 건강소식 Vol.18 No.1
방광종양은 비뇨기 영역에서 가장 빈번히 발생하는 종양이며 그의 대부분은 이행 상피세포암이다. 요로상피세포암은 왜 상피세포내암ㆍ표재성암ㆍ침윤성암 등의 서로 다른 형태를 나타내는지, 또 암이 부분적으로 계속 존재할 것인지 또는 전신으로 퍼져나갈 것인지 예상을 하지 못하고 있다.
이민성,백정일,양희 한국지구과학회 1985 韓國地球科學會誌 Vol.6 No.1
The papers of earth science examinations given during the first semester of 1981 academic year were collected from the seventy five high schools randomly chosen all over the country. The examination questions were analyzed and evaluated in order to grasp the current state and issues of earth science education. Some critical remarks and suggestions are made for improvement of the earth science education at the secondary school level.
太白山 北部 地域에 分布하는 三和花崗岩의 巖石學的 硏究
이민성,장호완,김완섭 한국지구과학회 1987 韓國地球科學會誌 Vol.8 No.2
The principal consisting rocks of study area are Precambrian metasedimentary bedrocks, Cambro-ordovician sedimentary rocks and Samhwa granite which have intruded these metasedimentary and sedimentary rocks. The reddish K-feldspar bearing Samhwa granite presettts miarolitic texture and graphic intergrowth between quartz and K-feldspar. The granite, homogeneous in chemical composition of major elements, belongs to Calc-alkali rocks of subalkali series. According to AMF diagram, the granite was crystallized at the latest stage of the differentiation of magma. The Samhwa granite belongs to I-type granitoids and magnetite-series granitoids. Especially, this granite is thought to be crystallized in the epicrust with high oxygen fugacity. The Samhwa granite has similar characteristics to masanite of cretaceous granitic rocks of Gyeongsang basin in the petrological and petrochemical properties. The biotite age of the granite by K-Ar age dating is 50.1±1.5. Finally, contact metamorphic zone of limestone by granite intrusion contains distinct minerals such as diopside, brucite, tremolite and muscovite, which indicate low temperature metamorphic grade.
옥천대(沃川帶) 함(含)우라늄지층중(地層中)의 우라늄과 타성분(他成分)과의 상관관계(相關關係)
이민성,전효택,Lee, Min Sung,Chon, Hyo Taek 대한자원환경지질학회 1980 자원환경지질 Vol.13 No.4
Some components in uranium-bearing formations which consist mainly of black shale, slate. and low grade coal-bearing formation of Ogcheon Belt were processed statistically in order to find out the geochemical correlations with uranium. Geochemical enrichment of uranium, vanadium and molybdenum in low grade coal-bearing formations and surrounding rocks is remarkable in the studied area. Geochemical correlation coefficient of uranium and molybdenum in the rocks displays about 0.6, and that of uranium and fixed carbon about 0.4. Uranium and vanadium in uranium-bearing low grade coals denote very high correlation with fixed carbon, which is considered to be responsible for enrichment of metallic elements, especially molybdenum. Close geochemical correlation of uranium-molybdenum couple in the rocks can be applied as a competent exploration guide to low grade uranium deposits of this area.