참고문헌
- Arao, Y. Kawai, T. and Mikame, Y. (2006) High velocity Electrostatic Precipitator for Road Tunnel, ICESP-Australia 2006, Paper 10B2
- Cooperman, G.(1984), A unified efficiency theory for electrostatic precipitators, Atmospheric Environment, Vol 18,pp. 277-285 https://doi.org/10.1016/0004-6981(84)90101-X
- Feldman, P.L.(1977), Turbulent diffusion in electrostatic precipitator, AIChE, Symp. Ser.,73(165);120
- Han B.W., Kim Y.M., Kim J.R. HongJ.H., Kim H.W., Kim H.J., JeongS.H. and Kim Y.J.(2010) Effect oftrain-induced wind on tunnel ventilation in a subway tunnel, Korean Socity for Atmospheric Environment, PA65, pp.514-515
- Kim J.R., Weon J.O.(2008). Development of road tunnel ventilation system with electrostatic precipitator, Thesocietyof air-conditioning and refrigerating engineers of Korea, SAREK 2008 Winter Conference,pp.80-83.
- Kim J.R., Weon J.O. and Jang C.M. (2009).Study on discharge electrode design applied for road tunnel, The society of air-conditioning and refrigerating engineers of Korea, SAREK 2009 Spring Conference, pp.1238-1243.
-
Kim M.Y., Kim D.I., Cho K.C., Lee Y.S.and Ha K.T.(2003). Evaluation onthe removal effect of
$PM_{10}$ and$PM_{2.5}$ by operating the dust collection train and the washingtrain, Korean Society for Atmospheric Environment, PB9, pp.421-424. - Kim Y.M., Kim J.R., Jeong S.H., HanB.W., Hong J.H. and KimH.W.(2009). Consideration forimproving ventilation system in subway tunnel after PSD(PlatformScreen Door) installation, Thesociety of air-conditioning andrefrigerating engineers of Korea, SAREK 2009 Winter Conference, pp.666-671.
- Launder, B.E. and Spalding, D.B.(1974),The numerical computation ofturbulent flows. Comp. Meth. Appl. Mech. Eng.3, 269 https://doi.org/10.1016/0045-7825(74)90029-2
-
Lee T.J., Jeon J.S., Kim S.D. and Kim D.S .(2010). A comparative study on
$PM_{10}$ source contributions in a Seoul metropolitan subway stationbefore/after installing platformscreen door, Journal of KoreanSocity for Atmospheric Environment. Vol.26, No.5,pp.543-553 https://doi.org/10.5572/KOSAE.2010.26.5.543 - Meng, X., Zhang, H., and Zhu, J.(2008), A general empirical formula ofcurrent-voltag characteristics forpoint-to-plane geometry corona discharges, Journal of Physics D: Applied Physics 41, 0652029.
- Miyake, K., Fujishima, H. and Ueda, Y.(2006), Development ofElectrostatic Precipitator for Road Tunnel, ICESP-Australia 2006, Paper 10B1
- Park S.H. and Park C.Y.(2000). Effect of the black distance of collecting plate and particle size on the particle deposition efficiency in thetwo-stage electrostatic precipitator,Journal of Korean Society for Atmospheric Environment, Vol. 16,No.2, pp.165-177
- Park J.H., Park J.C. and Eum S.J.(2010)Estimation of diffusion direction and velocity of PM10 in a subwaystation(For Gaehwasan station of subway line 5 in Seoul), Journal of Korean Society of Transportation, Vol.28, No.5, pp.55-64.
- Roh S.C., Kim Y.H., Kim S.H., Lee S.W. and Yoo K.K.(2004). A study on the electrostatic precipitator evolution for PM-10 elimination of subway station, The Korean society for railway, Vol 4, pp394-402
- Seoul Metropolitan Rapid TransitCorporation(2013), Transportationbusiness plan for Seoul Metropolitan Rapid Transit corporation
- Yasumoto, K., Zukeran, A., Takagi, Y. Ehara, Y. and Yamamoto, T.(2008), Improving Nano-particle collectionefficiency and suppressing particlere- entrainment in an AC electrostatic precipitator withhole-punched electrode, 11thInternational Conference Electrostatic Precipitation, Hangzhou 2008, pp.251-255