01612nam a2200325 c 4500001001300000005001500013008004100028040001100069041001300080052002800093245023500121300002200356545008700378545006800465545006800533545006800601545006800669653011200737700005300849700004800902700003600950700001400986700004801000773014801048900001901196900001601215900001801231900001801249900001901267KSI00091999820140602093531140423s2013    ulk           000   kor    a0110010 akorbeng01a530.05b한591ㅎc9(2)00a실내환기 방식이 재채기 토출입자의 거동특성에 미치는 영향 =xEffect of ventilation type on the trajectory of coughed particles in a hospital ward /d권순박,e송지한,e조영민,e정우태,e박덕신  ap. 59-67 ;c26 cm  a권순박, 한국철도기술연구원 에코시스템연구실bsbkwon@krri.re.kr  a송지한, 한국철도기술연구원 에코시스템연구실  a조영민, 한국철도기술연구원 에코시스템연구실  a정우태, 한국철도기술연구원 에코시스템연구실  a박덕신, 한국철도기술연구원 에코시스템연구실  aCoughed particlesaComputational fluid dynamicsaCFDaIntensive care unitaVentilationaParticle deposition1 a권순박,g權純博,d1974-0KAC2017079094aut1 a송지한,g宋知漢,d1975-0KAC2016261561 a조영민,d1964-0KAC2018613661 a정우태1 a박덕신,g朴德信,d1967-0KAC2017094050 tParticle and aerosol research.d한국입자에어로졸학회.g제9권 2호(2013년 6월), p. 59-67q9:2<59w(011001)KSE200600085,x1738-871610aKwon, Soonbark10aSong, Jihan10aCho, Youngmin10aJeong, Wootae10aPark, Duckshin