Examination of Atmospheric Dynamic Model's Performance over Complex Terrain under Temporally Changing Synoptic Meteorological Conditions.

スポンサーリンク

概要

• 論文の詳細を見る

• The mesoscale atmospheric dynamic model, a submodel of the numerical atmospheric dispersion model named PHYSIC, was improved and its performance was examined in a coastal area with a complex terrain. To introduce temporally changing synoptic meteorological conditions into the model, the initial and boundary conditions were improved. Moreover, land surface temperature calculations were modified to apply the model to snow-covered areas. These improvements worked effectively in the model simulation of four series of the observations during winter and summer in 1992. The model successfully simulated the wind fields and its temporal variations under the condition of strong westerlies and a land and sea breeze. Limitation of model's performance caused by the temporal and spatial resolutions of input data was also discussed.

• 一般社団法人 日本原子力学会の論文

著者

• Yamazawa Hiromi

  Department Of Energy Engineering And Science Graduate School Of Engineering Nagoya University

• Nagai Haruyasu

  Department Of Environmental Safety Research Japan Atomic Energy Research Institute

• Yamazawa Hiromi

  Department of Environmental Safety Research, Japan Atomic Energy Research Institute

関連論文

• Determination of Alpha Particle Detection Efficiency of an Imaging Plate (IP) Detector(Part 3:English)
• Estimation of the Global 222Rn Flux Density from the Earths Surface
• Development of a Numerical Solution Method for Advection Terms and Its Application to the Atmospheric Dynamic Model, PHYSIC
• Utilization of Mesoscale Atmospheric Dynamic Model PHYSIC as a Meteorological Forecast Model in Nuclear Emergency Response System
• Release Rate Estimation of Radioactive Noble Gases in the Criticality Accident at Tokai-Mura from Off-Site Monitoring Data
• Suppression of Radon Exhalation from Soil by Covering with Clay-mixed Soil
• Estimation of the Global ^Rn Flux Density from the Earth's Surface
• Estimation of the Global 222Rn Flux Density from the Earth's Surface
• Examination of Atmospheric Dynamic Model's Performance over Complex Terrain under Temporally Changing Synoptic Meteorological Conditions.

スポンサーリンク