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作者:Hasan Torabi POUDEH , Samad EMAMGHOLIZADEH , Manoocher Fathi-MOGHADAM
来源:[J].International Journal of Sediment Research(IF 0.718), 2014, Vol.29 (4), pp.518-523Elsevier
摘要:Abstract(#br)The head velocity of the density current in the convergent and divergent channel is a key parameter for evaluating the extent to which suspended material travels, and for determining the type and distribution of sediment in the water body. This study experimenta...
作者:Hasan Torabi POUDEH , Samad EMAMGHOLIZADEH , Manoocher Fathi-MOGHADAM
来源:[J].International Journal of Sediment Research(IF 0.718), 2013, Vol.28 (2), pp.254-259Elsevier
摘要:Abstract(#br)The head velocity of the density current in the convergent and divergent channel is a key parameter for evaluating the extent to which suspended material travels, and for determining the type and distribution of sediment in the water body. This study experimenta...
作者:Hasan Torabi POUDEH , Samad EMAMGHOLIZADEH , Manoocher Fathi-MOGHADAM
来源:[J].国际泥沙研究(英文版)(IF 0.718), 2014, (04), pp.518-523
摘要:The head velocity of the density current in the convergent and divergent channel is a key parameter for evaluating the extent to which suspended material travels,and for determining the type and distribution of sediment in the water body.This study experimentally evaluated t...
作者:Hasan Torabi POUDEH , Samad EMAMGHOLIZADEH , Manoocher Fathi-MOGHADAM
来源:[J].International Journal of Sediment Research(IF 0.718), 2013, (02), pp.254-259CNKI
摘要:<正>The head velocity of the density current in the convergent and divergent channel is a key parameter for evaluating the extent to which suspended material travels,and for determining the type and distribution of sediment in the water body.This study experimentally evaluate...
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