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Sang Jianguo Department of Geophysics,Peking University,Beijing  
The solutions of downslope motions over a sloping terrain are solved analytically in terms of the atmos- pheric wave equations with a two-layer model.The physical meanings of the solutions are discussed.As the lower layer of the atmosphere is stable and deep with strong wind the solution represents strong downslope wind,while as the lower layer is strong stable with light wind the drainage flow is obtained.The dependence of the strength of downslope motion on the atmospheric stratification,wind field structure as well as Scorer parameter is also examined.
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