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EFFECTS OF ATMOSPHERIC BOUNDARY LAYER MIXING REPRESENTATIONS ON VERTICAL DISTRIBUTION OF PASSIVE AND REACTIVE TRACERS
Citation:
Alapaty, K. AND R. Mathur. EFFECTS OF ATMOSPHERIC BOUNDARY LAYER MIXING REPRESENTATIONS ON VERTICAL DISTRIBUTION OF PASSIVE AND REACTIVE TRACERS. METEOROLOGY AND ATMOSPHERIC PHYSICS 69(1-2):101-118, (2000).
Impact/Purpose:
The objectives of this task are to continuously develop and improve the Community Multiscale Air Quality (CMAQ) modeling system, which is the science implementation within the Models-3 system framework for air quality simulation. CMAQ is a multiscale and multi-pollutant chemistry-transport model (CTM) that includes the necessary critical science process modules for atmospheric transport, deposition, cloud mixing, emissions, gas- and aqueous-phase chemical transformation processes, and aerosol dynamics and chemistry. It relies on Models-3 I/O API to support machine independent data access and maintains simple interfaces among science processor modules to provide a high-level of modularity.
Description:
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