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PMV 지표에 의한 개별 공조시스템(PACS)의 쾌적성 평가에 관한 연구
최익순,정광섭,박영칠,한화택,이정재 대한설비공학회 2001 설비공학 논문집 Vol.13 No.7
The thermal comfort of indoor spaces is very important factor in our life. Regions, cultures, climates and individual difference for establishing thermally comfortable environments should be considered carefully because these factors have a large influence on the thermal comfort doing some complicated interactions with environmental, psychological and physical elements. Recently, predicted mean vote(PMV) based on the heat transfer theory between environmental factors and human bodies has evaluated by many researchers and widely used nowadays. The objective of this study is to evaluate the thermal comfort in workspaces with personal air conditioning system using the measurements of environmental comfort parameters and the questionnaire survey of occupant's thermal senses with response to the environment.
개별공조시스템(PACA)을 적용한 작업공간에서의 온열환경 특성 및 쾌적성 평가
최익순,정광섭,박영철,한화택,이정재 대한설비공학회 2001 설비공학 논문집 Vol.13 No.2
The office environment of the building has been significantly changed and the office automation(OA) for productivity improvement and efficiency has proceeded. According to thee trends, the concept of office environment was transferred from conventional \"working space\" to \"living space\" or \"creative space\". Thus, occupants in office building have demanded more comfortable and advanced task environment. The objective of this paper is to evaluate the indoor environment of working space with personal air conditioning system using the measurements of environmental comfort parameters and the questionnaire survey of occupants、 thermal sensation response to the environment.n response to the environment.
Visible Emission Sepctra of o-Xylyl Radical
최익순,이상국,Choe, Ik Sun,Lee, Sang Guk Korean Chemical Society 1995 Bulletin of the Korean Chemical Society Vol.16 No.3
The visible emission spectra of the o-xylyl radical in the gas phase have been obtained using a Fourier transform spectrometer coupled with a technique of supersonic expansion. The o-xylyl radical was generated in a jet by expansion with an inert buffer gas He from a high voltage dc discharge of the precursor o-xylene. The spectra were analyzed on the basis of the rotational contours of the vibronic bands as well as the known vibrational frequencies by a matrix isolation method.