Characteristics of Nano-particles Exhausted from Heavy-duty Diesel Vehicles with Low Emission Technology |
Lim Cheol-Soo
(국립환경연구원 자동차공해연구소)
Yoo Jung-Ho (국립환경연구원 자동차공해연구소) Eom Myoung-Do (국립환경연구원 자동차공해연구소) Hwang Jin-Woo (국립환경연구원 자동차공해연구소) Kim Ye-Eun (국립환경연구원 자동차공해연구소) |
1 | Brodrick, C-J., H.A. Dwyer, M. Farshchi, D.B. Harris, and F. G. King , Jr. (2002) Effects of engine speed and accessory load on idling emissions from heavy duty diesel truck engines, J. Air & Waste Manage Assoc., 52, 1026-1034 |
2 | CONCAWE(1999) The Health Effects of PM2.5 Including Ultrafine Particles, Technical Report |
3 | HEI (1999) Diesel Emissions and Lung Cancer: Epidemiology and Quantitative Risk Assessment , A special report of the institute’s diesel epidemiology expert panel |
4 | HEI (2002) Research Directions to Improve Estimates of Human Exposure and Risk from Diesel Exhaust , A special report of the institute’s diesel epidemiology working group |
5 | Mayer, A., H. Egli , H. Burtscher, J. Czerwinski , and D Gehrig (1995) Particle size distribution downstream traps of different design, SAE technical papers 950373 |
6 | Mayer, A. (2002) Particulate matter, particle-trap, aerosol measuring instruments and measuring techniques , TTM-ATW-EMPA symposium review |
7 | OICA (2003) Industry comment on proposed particulate measurement techniques, UN/ECE-WP29-GRPE, Informal document, No.7 |
8 | Kittelson, D.B., M. Arnold, and W.F. Watts (1999) Review of Diesel Particulate Matter Sampling Methods, University of Minnesota, Diesel research center-res-earch final report |
9 | Ristovski, Z.D., L. Morawska, N.D. Bofinger, and J. Hitchins (1998) Submicro and supermicrometer particulate emission from spark ignition vehicles, Environmental Science and Technology, 32(24), 3845 3852 |
10 | DieselNet (2003) DieseINet Technology Guide, http://www dieselnet.com |
11 | Clark, N.N., J.M. Kern, C.M. Atkinson, and R.D. Nine (2002) Factors affecting heavy-duty diesel vehicle emissions, J. Air & Waste Manage. Assoc., 52, 84-94 |
12 | ACEA (2002) Programme on emissions of fine particles from passenger cars (2), Research report |
13 | Kittelson, D.B. (1998) Engines and nanoparticles: A review. J. Aerosol Sci., 29(5/6), 575-588 |
14 | SAFLE (2000) Particulate Traps for Heavy Duty Vehicles , Environmental documentation No. 130 |
15 | Kittelson, D.B. and I. Abdul-Khalek(1999) Formation of nanoparticles during exhaust dilution, EFI members conflerence |
16 | Opris, C.N., L.D. Gratz, S.T. Bagley, K.J. Baumgard, D.G. leddy, and J.H. Johnson (1993) The Effect of fuel sulfur concentration on regulated and unregulated heavy-duty diesel emissions, SAE technical papers 930730 |
17 | Saito, K., O. Shinozaki, T. Seto, A. Murakami, C. Ki m, K. Okuyama , S.B. Kwon, and K.W. Lee (2002) The origins of nanoparticle modes in the number distribution of diesel partie띠ate maUer, SAE technical papers,2002-01-1008 |
18 | Baumgard , K.J. and J.H. Johnson (1996) The effect of fuel and engine design on diesel exhaust particle size distributions , SAE technical report, 960131 |
19 | U.S. EPA (2002) Standard for emission of particulate regulation for diesel-fueled light duty vehicles and light duty trucks, Federal register, 45(45) |
20 | FOEFL and FEDRO (2001) Health Effects , Measurement and Filtration of Solid Particles Emitted from Diesel Engines, UN/ECE-GRPE-PMP report |
21 | Degobert, P. (1995) Automobiles and Pollution, SAE, ISBN 1-56091-563-3 |
22 | 김민철, 권순박, 이규원, 김종춘, 정일록, 엄명도, 류정호(1999) 디젤엔진에서 배출되는 미세입자의 크기분포, 한국대기환경학회지, 15(5), 657-665 |