〈추격자〉,〈세븐〉, 그리고 〈양들의 침묵〉에 등장하는 사이코패스 캐릭터의 비교와 그것이 플롯에 미치는 영향 연구

윤용아(Yoon, Yong Ah) 한국영상제작기술학회 2019 영상기술연구 Vol.- No.30

There is a tremendous amount of similarities between 〈The Chaser〉, 〈Seven〉, and 〈The Silence of The Lambs〉. They all belong to crime/thriller genre and they all contain psychopath antagonists and detective protagonists who chase the suspects. Th roughout the film history, Hollywood film industry has been continuously making crime/thriller genre films and that particular genre has been firmly securing its market. However, the history of making crime/thriller genre film in Korean film industry is short. Korean society has been unacquainted with the term, “psychopath” until the shocking serial killer, Yoo Young Cheol showed up in 2004 who imprinted the concept of psychopath to the public. 〈The Chaser〉 was based on Yoo Young Cheol crime case. It is perhaps the first movie in Korean film industry with detailed appearance of psychopath character. Since then, many crime/thriller genre films have been made treating psychopath characters. Psychopath suspects in crime/thriller genre films influence the plot a great deal because the plot heavily depends on what kind of mental illness they suffer, their behavioral aspects, and the pattern of their crime. The protagonists obviously have to respond to antagonist’s crime and that activity adds up to build the plot of the movie. Through that process, the auteur usually approach to reveal the theme of the movie. In that sense, it becomes a valuable practice to analyze critically acclaimed crime/thriller genre film and its psychopath antagonists in order to develop the plot to higher and more unique level.

기후변화 대응 건축물 기화냉각시스템 적용에 따른 외부 열환경 변화 연구

윤용한 ( Yong-han Yoon ),권기욱 ( Ki-uk Kwon ) 한국환경과학회 2018 한국환경과학회지 Vol.27 No.12

The purpose of this study was to investigate changes in the external thermal environment, following the application of evaporative cooling systems in buildings, in response to climate change. In order to verify changes in the external thermal environment, a T-test was performed on the microclimate, Thermal Comfort Index (TCI), and building surface temperature. Differences in microclimate, following the application of the evaporative cooling system in the building, were significant in terms of temperature and relative humidity. In particular, temperature decreased by more than 7% when the evaporative cooling system was applied. According to the results of the Thermal Comfort Index analysis, the Wet-Bulb Globe Temperature (WBGT) was below the limit of outdoor activities, indicating that outdoor activities were possible. The Universal Thermal Climate Index (UTCI) values were within the very strong heat stress range when the evaporative cooling system was not applied, When the system was applied, the UTCI values were within the strong heat stress range, indicating that they were lowered by one level. The building surface temperature decreased by ~10% or more when the evaporative cooling system was applied, compared to when it was not applied. Finally, the outside surface temperature of the building decreased by ~12% or more when the system was applied, compared to when it was not applied. We conclude that the energy saving effect of the building was significant.

건설발생토의 식재용토 재활용을 위한 적합성 평가

윤용한(Yong-Han Yoon),김원태(Won-Tae Kim),박봉주(Bong-Ju Park),김선주(Sun-Ju Kim),임병옥(Byeong-Ok Im),손진관(Jin-Kwan Son) 한국잡초학회·한국잔디학회 2006 Weed & Turfgrass Science Vol.20 No.1

본 연구는 수도권매립지 주변 건설폐기물 중간처리업체 내에 적재되어 있는 건설발생토의 유해물질 함량과 토양오염도를 측정하여 환경식재기반으로서의 활용 가능성에 대해서 검토하였다. 본 연구에 사용된 건설발생토의 유해물질 함량은 분석항목 모두 지정폐기물에 함유된 유해물질의 기준치 이내로 나타나 환경식재기반으로서의 재활용 가능성이 높은 것으로 나타났다. 토양오염도도 분석항목 모두 토양오염 우려기준을 초과하지 않는 것으로 나타났다. 잔디생육실험에 있어서도 건설 발생토는 식생토사로서의 활용 가능성이 있는 것으로 나타났다. This study was carried out to evaluate the recycled waste soils from construction site for using vegetation media. The concentrations of Cd, Pb, Cr??, As, Hg, Cu, Cn, organic P, TCE, and PCE were measured at recycled soil piles of an industrial waste treating company in the Metropolitan landfill area. The concentrations of polluted materials did not exceed to the standard critical levels of soil pollution in all analyzed items. The results suggested a high potential of recycling of the wastes soils for vegetation soil media. However, Cd and Cr?? almost reached the critical levels by the time of sampling, and it is necessary to develop a skill to lower concentrations of those pollutants. In the turfgrass test, the recycled soil did show an encouraging result as vegetation media in the early growth stage of perennial ryegrass.

신경 회로망을 이용한 비례-적분 전력계통 안정화장치의 구현

윤용한(Yong-Han Yoon),공성곤(Seong-Gon Kong),김재철(Jae-Chul Kim) 제어로봇시스템학회 1994 제어로봇시스템학회 국내학술대회 논문집 Vol.1 No.1

배전계통의 최적 회로재구성을 위한 전문가 시스템

윤용한(Yong-Han Yoon),김재철(Jae-Chul Kim),장정태(Jeong-Tae Jang) 대한전기학회 1991 대한전기학회 학술대회 논문집 Vol.1991 No.11

생체기후도를 이용한 비오톱 유형별 환경 쾌적성 증진 방안 연구

윤용한(Yoon, Yong-Han),주창훈(Joo, Chang-Hun),김정호(Kim, Jeong-Ho) 한국지역개발학회 2011 韓國地域開發學會誌 Vol.23 No.3

This study analyzed weather characteristics for each biotope type and influential factors on outdoor temperature in the summer when thermal contamination is at its worst targeting Daedoek-gu, and suggested a management plan in thermal comfort aspect by using a bioclimatic chart. Impermeable area ratio for each biotope type was shown in orders of industrial area biotope(94.80%)>commercial area biotope(92.20%)>low floor residential area biotope (85.75%)>high floor residential area biotope(76.02%)>river biotope(2.35%)>forest biotope(0%). Meteorological element analysis was divided into daily maximum and daily minimum and conducted, and outdoor temperature, humidity, wind speed, globe temperature, and surface temperature were measured. Outdoor temperature at the daily maximum temperature was shown in orders of industrial area biotope(36.3℃)>commercial area biotope(35.5℃)>high and low floor residential area biotope(34.8℃)>river biotope(33.9℃)>forest biotope(30.4℃). Low humidity was created at high temperature region and high humidity was created at low temperature region, there was no special tendency in wind speed but it contributed to creation of outdoor temperature, and surface temperature and globe temperature were measured as same tendency as outdoor temperature. Outdoor temperature at the daily minimum temperature was shown in orders of commercial area biotope(27.5℃)>industrial area and low floor residential area biotope(26.9℃)>high floor residential area biotope(26.5℃)>river biotope(26.6℃)>forest biotope(26.4℃), humidity was over 80%, and globe temperature was low temperature region with lowest value at forest biotope(26.8℃) and river biotope(26.7℃) that have strong wind speed. As a result of understanding the level of affecting creation of outdoor temperature for each land cover type, impermeable cover area showed positive correlation(correlation coefficient of 0.608) for increase of outdoor temperature, and tree planting area had negative correlation(correlation coefficient of ?0.694). It was analyzed surface temperature (correlation coefficient of 0.821) and globe temperature(correlation coefficient of 0.790) had high interrelationship with change in outdoor temperature. Based on this, this study suggested expansion of green and water permeable cover, inflow of air current, and application of a planting method that considered wind corridor as a means to enhance comfort for each biotope type.

식재용토 재활용을 위한 건설폐토석의 개량방안 연구

윤용한 ( Yong Han Yoon ),김원태 ( Won Tae Kim ),박봉주 ( Bong Ju Park ),김현정 ( Hyun Jung Kim ) 한국녹지환경디자인학회 2007 녹지환경학회지 Vol.3 No.1

The present study examined how to improve soil from construction sites in order to reuse waste soil from construction sites, which is piled up at waste processing companies around the Sudokwon Landfill Site, as soil for planting. We selected calcium superphosphate and peat moss to resolve constraints in reusing waste soil for planting, and mixed 10.4kg of calcium superphosphate and 15L of peat moss with 1m3 of soil from construction sites. As a result, we could lower the acidity of the soil down to pH 6.5, the target of improvement of effective soil layer. We also increased organic matter contents but only up to around a fourth of 30g·kg-1, the target of improvement of organic matter contents. According to the results of herbaceous plant growth experiments using soil before and after improvement and mountain soil as a control, all seeds in mountain soil germinated within 7 days from sowing, but seeds in waste soil from construction site before and after improvement germinated 70% and 90%, respectively, on day 30 from sowing. In addition, compared to mountain soil, improved waste soil from construction site showed a difference of over 14 days in germination time. By sample soil, plant height on day 30 was 162mm in mountain soil, and next 15.0mm in improved soil, and 13.1mm in unimproved soil. Undried weight measured after the growth experiment was 6.811g per individual in mountain soil, and next 5.955g in improved soil and 5.616g in unimproved soil. The results show that the studied sample soil from construction sites can be reused as soil for planting through improvement. In addition, by accumulating research data like our results, we expect to supply soil demanded for the top soil layer of Sudokwon Landfill Site and the post-management of landfill sites and to solve environmental problems such as fly dust and spoiled landscape by abandoned heaps of waste soil from construction sites.

녹지의 배치와 식재형태가 열환경저감효과에 미치는 영향

윤용한(Yong-Han Yoon) 한국잡초학회·한국잔디학회 2003 Weed & Turfgrass Science Vol.17 No.4

본 연구는 녹지의 배치와 식재형태가 기온저감효과에 미치는 영향을 파악한 결과 다음과 같은 점이 밝혀졌다. <br/> 1) 녹지의 기온분포도로부터 고온역은 주변시 가지에서, 저온역은 각 녹지내의 식재지주변과 소하천주변에서 확인되었다.<br/> 2) 녹지의 배치와 기온과의 관계를 보면, 저온역은 각 녹지와 거의 일치하고 녹지간 시가지 및 풍하쪽에도 저온역이 형성되었다. <br/> 3) 녹지간 시가지와 기온과의 관계를 보면 저온역은 풍하쪽 시가지뿐 아니라 녹지간 시가지에서도 나타났다. 또한, 풍상쪽에 녹지가 존재하지 않은 경우에도 녹지간 시가지는 주변시가지보다 낮은 기온이었다. <br/> 4) 토지피복비율과 기온에서 식재지, 초지 및 수면이 증가하면 모두 기온저감에 효과적이고, 나지의 증가는 기온상승에 효과적이다.<br/> 5) 교목, 소교목의 순으로 그 그루의 증가는 기온저감에 유효하게 관련되어 있는 것이 파악되었다. Temperature lowering effects varied by the arrangement and types of vegetation The effects of the arrangement and types of vegetation on lowering temperature have shown following results.<br/> 1) The temperature range of a vegetation shows that a higher temperature was recorded near urban towns while lower temperature was observed around the vegetation area and small streams.<br/> 2) The relationship between the arrangement of a vegetation and the temperature indicates that the lower temperature area matches with each vegetation area. Streets between vegetations and the lower end of the wind area have also lower temperature.<br/> 3) The relationship between inter-vegetationstreets and the temperature indicates that the lower temperature area has been observed not only at the streets of the lower end of the wind but at the streets in-between streets as well. Even when there's no vegetation area from which the wind blows, inter-vegetation streets showed the lower temperature.<br/> 4) With land coverage ratio and the temperature, the increase of planted areas, grass areas, and water level have positive effects on lowering the temperature while bare areas increase it.<br/> 5) From arbor to sub-arbor, the increase of trees has a significant effect on lowering the temperature of nearby area.<br/>

연구논문 : 토지이용형태가 도시열섬현상에 미치는 영향 - 충주시를 사례로 -

윤용한 ( Yong Han Yoon ),배병호 ( Byung Ho Bae ),김원태 ( Won Tae Kim ),박봉주 ( Bong Ju Park ),조성모 ( Sung Moh Cho ),조현수 ( Hyun Soo Cho ) 한국환경과학회 2007 한국환경과학회지 Vol.16 No.9

The empirical analysis on cross impact of exchange rate, stock price and inflation between China and Korea

윤용만(Yong Man Yoon),공치(Chi Gong) 한국무역학회 2012 貿易學會誌 Vol.37 No.5