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不同温度、压力下渣油流变性质的研究

The Rheological Properties of Residue at Different Temperature and Pressure
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摘要 利用流变仪研究了渣油在较高温度、压力下渣油的流变性质。结果表明,当温度在160-280℃、压力为6MPa 时,渣油表现为牛顿型流体特性,粘温曲线符合指数关系;温度为280℃,升高压力,渣油为牛顿型流体,粘度略有减小。 The rheological properties of residue were studied at different temperature and pressure. The experimental results showed that when the temperature was between 160℃ and 280℃,the pressure was 6MPa,the residue showed Newtonian fluid behavior and the viscosity - temperatrue curve was accord with exponential relationship.
出处 《山东化工》 CAS 2014年第9期68-70,共3页 Shandong Chemical Industry
关键词 渣油 温度 压力 流变性质 residue temperature pressure rheological properties
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  • 1唐钰成,蒋次强.高含水劣质重油乳化技术在轧钢加热炉的应用[J].冶金能源,1997,16(3):37-40. 被引量:6
  • 2Warren J, Lyman, William F, Reehl, David H, Rosenblatt. Handbook of chemical property estimation methods [M]. New York:McGraw-Hill Book Company,1982.
  • 3Wakabayashi T.Viscosity correlation with specific gravity and molecular weight of crude oil fractions[J].Fuel,1997,76(11):1049-1056.
  • 4Riazia MR, Al-Otaibib GN.Estimation of viscosity of liquid hydrocarbon systems[J]. Fuel, 2001,80(1):27-32.
  • 5Marrero-Morej6n J, Pardillo-Fontdevila E.Estimation of liquid viscosity at ambient temperature of pure organic compounds by using group-interaction contributions[J]. Chemical Engineering Journal, 2000,79(1):69-72.
  • 6Suzuki T,Ohtaguchi K,Koide K.Computer-assisted approach to develop a new prediction method of liquid viscosity of organic compounds[J]. Computers Chem Eng, 1996,20(1):161-173.
  • 7Cordes W. Rarey J.A new method for the estimation of the normal boiling point of non-electrolyte organic compounds[J].Fluid phase equilibria,2002,201:409-433.
  • 8Constantinou L, Gani R.New group contribution method for estimating properties of pure compounds [J]. AIChE J,1994, 40(10):1697-1710.
  • 9Marrero-Morejon, E. Pardillo-Fontdevila. Estimation of pure properties using group-interaction contributions [J]. AIChE J,1999,45(3):615-621.
  • 10阪本惠勇.燃料油磁化にょるスラツヅツセルの解裂とスラツヅの解消[J].燃料及燃烧,1982,49(7):515-521.

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