| Formulation and Its Verification of Conductivity for Uniform Turbid Water |
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| 作者姓名： | 苏杭丽 卢永生 |
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| 作者单位： | SU Hangli LU Yongsheng
1 Ph. D.，College of Harbor，Waterway and Coastal Engineering，Hohai University，Nanjing 210098，P. R. China
2 Professor，College of Harbor，Waterway and Coastal Engineering，Hohai University. Nanjing 210098，P. R. China |
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| 摘 要： | For measurement of sediment spatial concentration of nearshore seawater,a turbid water sys-tem with several kinds of particles is investigated from the viewpoint of the characteristics of particles.Firstly.the classical physical and chemical conductivity formula is extended to macro-particle(such assand)conductivity formula.Secondly,the Fricke formula suitable for only one kind of particles is ex-tended to the conductivity formula suitable for several kinds of particles.Finally.the multi-particle conduc-tivity formula is applied to the measurement of sediment spatial concentration.
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Formulation and Its Verification of Conductivity for Uniform Turbid Water |
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| SU Hangli.Formulation and Its Verification of Conductivity for Uniform Turbid Water[J].China Ocean Engineering,2000,14(2):255-260. |
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| Authors: | SU Hangli |
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| Abstract: | For measurement of sediment spatial concentration of nearshore sea water, a turbid water system with several kinds of particles is investigated from the viewpoint of the characteristics of particles. Firstly, the classical physical and chemical conductivity formula is extended to macro-particle (such as sand) conductivity formula. Secondly, the Fricke formula suitable for only one kind of particles is extended to the conductivity formula suitable for several kinds of particles. Finally, the multi-particle conductivity formula is applied to the measurement of sediment spatial concentration. |
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| Keywords: | conductivity multi-panicle turbid water |
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