MODEL STUDIES AND INTERPRETIVE REVIEW OF THE COMPETITIVE ADSORPTION AND WATER DISPLACEMENT OF PETROLEUM ASPHALT CHEMICAL FUNCTIONALITIES ON MINERAL AGGREGATE SURFACES
作者： J. Claine Petersen , Henry Plancher
DOI: 10.1080/10916469808949774
关键词: Cracking 、 Adsorption 、 Mineralogy 、 Water content 、 Composite material 、 Ultimate tensile strength 、 Rut 、 Aggregate (composite) 、 Asphalt 、 Displacement (fluid) 、 Chemistry
摘要: ABSTRACT Moisture-induced damage in petroleum asphalt pavements, which results a loss of pavement tensile strength, is significant contributor to performance problems such as rutting, shoving, flushing and cracking. Results the present study provide fundamental information on some chemistries moisture-induced damage. Model compounds containing polar chemical functional group types found asphalts were used simulate adsorption-water displacement characteristics molecules mineral aggregate surfaces. A comparative interpretative discussion model compound studies earlier actual asphalt-aggregate mixtures presented. Carboxylic acids confirmed type most strongly adsorbed surfaces; however, they also easily water displaced. Pyridine-type functionality similar that reduced sensitivity moisture damage....
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