Breakout Session 3A: Interfacing with Emission Models
Breakout Session 4B: Speed and Vehicle Mix
Breakout Session 4C: Public Participation
Breakout Session 5A: Emissions Modeling
Breakout Session 5B: Microscale Modeling
Breakout Session 5C: Regional Modeling
Breakout Session 6C: Alternative Fuels
Understanding Discrete Fracture Growth in Rock by Interpreting Acoustic Emissions
Transportation Planning and Air Quality II
This proceedings,
Stack Emissions Monitor May Offer Compliance Proof
Incineratior Emissions Monitor Offers Air-Compliance Proof
Methodology for Determining Vehicle Usage and Speeds for Mobile Source Emissions Inventories
This paper was published by the Baltimore Regional Council of Governments to document its work in preparing data from its regional road model for input into a computer emissions inventory...
Signal Analysis for Quantitative AE Testing
Quantitative acoustic emission (AE) techniques can be used to monitor crack growth and to deduce microfracture mechanisms in quasi-brittle materials. Multichannel data acquisition systems...
Predicting Pollution
For urban areas struggling to meet the requirements of the 1990 Clean Air Act as well as state air-quality mandates, accurate forecasting of mobile emissions is critical to evaluating...
Evaluation of Neutron Emission from Vitrified HLW Compositions
Neutron radiological hazards from vitrified HLW are important for handling and transportation - especially if the concept of separate storage of concentrated transuranics is adopted, as...
High Speed Rail vs. Maglev in the Quebec City-Windsor Corridor: A Comparison of Energy Impacts and Emissions
This paper reports energy impacts and emissions for two high speed ground transportation systems that are considered for implementation in the Quebec City-Windsor Corridor (Canada). In...
Presentation Summary: An Electric Vehicle Future for California
Comparison of Dispersion Models for Wastewater Treatment Emissions
Developing an Industrial Toxics Management Program
Dynamic Modeling of VOC Emissions in HPO Process
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