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原文传递 Initial Evaluation of the Oregon State University Planetary Boundary Layer Column Model for ITWS Applications,

题名：	Initial Evaluation of the Oregon State University Planetary Boundary Layer Column Model for ITWS Applications,
作者：	Smith, C. B.;Wilson, F. W.;Keller, J. L.;
关键词：	METEOROLOGICAL DATA, WAKE, ALL WEATHER AVIATION, MATHEMATICAL MODELS, INTEGRATED SYSTEMS, AUTOMATION, DOPPLER RADAR, BOUNDARY LAYER, TRAILING VORTICES, AIR TRAFFIC CONTROL SYSTEMS, METEOROLOGICAL RADAR, WEATHER FORECASTING, TERMINAL FLIGHT FACILITIES, SHORT RANGE(TIME), TEMPERATURE GRADIENTS, VISIBILITY, DATA ACQUISITION, MOISTURE, HEAT FLUX, TERMINAL GUIDANCE, ATMOSPHERE MODELS, CEILING, FRONTS(METEOROLOGY).
摘要：	The Federal Aviation Administration (FAA) Integrated Terminal Weather System (ITWS) is supporting the development of products important for air traffic control in the terminal area. Some ITWS products will allow air traffic managers to anticipate operationally significant short-term (0-30 min) changes in ceiling and visibility (C&V) and aircraft separations necessary to avoid encounters with wake vortices. Development of such products exploits data that will by available from new FAA terminal area sensor systems. These sensor systems include Terminal Doppler Weather Radar (TDWR), Next Generation Weather Radar (NEXRAD), the Meteorological Data Collection and Reporting System (MDCRS), and the Automated Surface Observing System (ASOS). A Dynamic Atmospheric Vertical Structure Nowcast System (DAVS-NS) is being developed that will add value to ITWS by providing current analyses and short-term forecasts of the vertical atmospheric structure focused at specific sites within the terminal domain. This report summarizes the initial evaluation of the Oregon State University one-dimensional boundary layer model for its potential role within a DAVS-NS. (AN)
总页数：	28
报告类型：	科技报告