Viscoelasticity of waxy crude oil originated from the structure of waxy crystal.

含蜡原油粘弹性起因于其内部形成的蜡晶结构.

Most crude oils produced in China are waxy crude with poor flowability at ambient temperature.

我国生产的原油大多为含蜡原油,加热输送是含蜡原油的主要输送方式.

Mechanism of structure formation for waxy crude oils has been discussed.

对含蜡原油结构形成机理进行了探讨。

Thermal treatment action in pi page have great effect on the rheology of waxy crude.

管输过程中热处理作用对含蜡原油的流变性具有很大的影响.

The transportation cost of waxy crude oil pipeline consists of power and fuel consumption.

含蜡原油管道输送成本主要由动力消耗和燃料消耗两项组成。

The main research advances on low temperature viscoelasticity of waxy crude oil were summarized.

概述了国内外含蜡原油低温粘弹性研究的主要进展.

The transport capacity can be increased by adding depressant in waxy crude oil to be delivered.

在含蜡原油的输送中，添加降凝剂可提高输送能力，节约能源。

The oscillation shear method is the most suitable for the viscoelasticity measurement of waxy crude oil.

振荡剪切实验方法最适合于含蜡原油的粘弹性测量.

The ultrasonic backscattering can be a proper para meter to reveal the crystallization of waxy crude oil.

声背散射现象的出现是原油中蜡晶析出的直接标志，用声背散射信号反映蜡晶析出是合适的。

Thixotropy is an important rheological property of waxy crude. The safety analysis of oil pipeline operation needs an accurate and qualitative description of the thixotropic behavior.

触变性是含蜡原油的一个重要流变性质，输油管道运行的安全性分析需要对触变行为做出准确的定量描述。