有机粘土基添加剂作为控制沥青流变性能的工具

M. Vysotskaya, O. N. Kindeev, A. Kurlykina, M. Kabalin
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引用次数: 0

摘要

沥青是一种复杂的、多组分的胶体分散体系,其基础是沥青烯(相)和麦芽烯(介质)的相互作用。在没有外界影响的情况下,这样的系统处于相对稳定的状态。任何外部现象都会引起胶体的平衡状态,引发溶胶聚集,并伴随着性质的质变。因此,胶体相的量变必然导致其状态的质变。结构形成和沥青指数内部控制的可能选择之一是流变规则的应用。在试验中,对掺加“粘胶”的道路沥青进行了改性,其残留量为1-5%。添加剂对沥青流变特性有一定的影响。添加剂的营养量对沥青的性能有积极的影响。通过老化过程中添加特殊浓度的添加剂,获得了润湿沥青样品接触角浓度测试结果的数据。这些检查可确保系统在48小时内稳定运行。在认识沥青的有限性和分散性的基础上,提出了流变添加剂在沥青-麦烯体系中的参与模型。
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ORGANOCLAY BASED ADDITIVE AS A TOOL FOR CONTROL OF RHEOLOGICAL PROPERTIES OF BITUMEN
Bitumen is a complex, multicomponent colloidal dispersed system based on the interaction of asphaltenes (phases) and maltenes (medium). In the absence of external influence, such a system is in a relatively stable state. Any external phenomenon causes an equilibrium state of the colloid and initiates Ysol aggregation, accompanied by a qualitative change in properties. Thus, a quantitative change in the phase of a colloid entails a qualitative change in its state. One of the possible options for internal control of structure formation and bitumen index is the application of rheological rules. In the work, results were obtained for modified road bitumen with the additive "Viskogel" in a concentration residue of 1-5%. A certain influence of additives on the rheological characteristics of bitumen. The nutritional amount of additives, which positively affects the properties of bitumen, has been established. Obtained data on the results of testing on the concentration of the contact angle of wetting bitumen samples with a special concentration of additives enriched with aging procedures. These checks ensure system stability for 48 hours. Based on the knowledge about the limitedness and dispersity of bitumen, a model for the participation of a rheological additive in the asphaltene-maltene system is proposed.
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