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金塑复合水管阻力性能的测定
引用本文:吕扬效,李小莹,黄少烈,钟燕嫦,梁成海.金塑复合水管阻力性能的测定[J].中山大学学报论丛,1999(3).
作者姓名:吕扬效  李小莹  黄少烈  钟燕嫦  梁成海
作者单位:华南理工大学化工学院!广州,510641
摘    要:测定了金塑复合管的阻力性能,并与同一规格的镀锌管、聚丙烯管进行比较。结果表明,在同一流量和同一凡下,金塑复合管的阻力性能优于镀锌管和聚丙烯管,是一种性能优良的流体输送管路,符合环境保护对民用水管的要求。

关 键 词:镀锌管  复合塑料  流体阻力性能

Measurement of Frichon Property for Metal Composite Pipes with Plastic-Plating
LU Yang-xiao, LI Xiao-ying,HAO Shao-lie, ZHONG Yan-chang , LIANG Cheng-hai.Measurement of Frichon Property for Metal Composite Pipes with Plastic-Plating[J].Supplement to the Journal of Sun Yatsen University,1999(3).
Authors:LU Yang-xiao  LI Xiao-ying  HAO Shao-lie  ZHONG Yan-chang  LIANG Cheng-hai
Abstract:The friction property of metal composite pipes with plastic-plating was measured and compared with that of zinc-plating and polypropylene pipes of the same size. The results indicate that the friction property of metal composite pipes with plastic-plating is superior to that of zinc-plating and polypropylene pipes at the same flow rate and Reynold's Number. The metal composite pipe with plastic-plating is a pertect pipeline for fiuid transport, and is satisfied with the requirement of environmental protection for civil use.
Keywords:zinc-plating  composite material  fluid friction property  
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