Photochemical Modeling of the Impact of Fuels and Vehicles on Urban Ozone Using Auto/Oil Program DataAlan M. Dunker, Greg Yarwood, Charles H. Schleyer et al.|Environmental Science & Technology|1996Cited by 40
Sensitivity of urban airshed model results for test fuels to uncertainties in light-duty vehicle and biogenic emissions and alternative chemical mechanisms—Auto/oil air quality improvement research programDavid P. Chock, Charles H. Schleyer, Greg Yarwood et al.|Atmospheric Environment|1995Cited by 10
Effect of Gasoline Olefin Composition on Predicted Ozone in 2005/2010 - Auto/Oil Air Quality Improvement Research ProgramCharles H. Schleyer, Alison K. Pollack, William J. Koehl et al.|SAE technical papers on CD-ROM/SAE technical paper series|1994Cited by 9
Revision of Light-Duty Vehicle Emission Inventories Using Real-World Measurements-Auto/Oil Program, Phase IIAlison K. Pollack, Greg Yarwood, S. Shepard et al.|Journal of the Air & Waste Management Association|1998Cited by 3
Effects of Fuel Sulfur Content on Predicted Ozone for Years 2005/2010 — Auto/Oil Air Quality Improvement Research ProgramCharles H. Schleyer, Alison K. Pollack, Alan M. Dunker et al.|SAE technical papers on CD-ROM/SAE technical paper series|1993Cited by 3