Asphaltenes, the most aromatic of the heaviest components of crude oil, are critical to all
aspects of petroleum utilization, including reservoir characterization, production …

Asphaltene finds a distinguished position in current research on liquid and solid
hydrocarbon fuels due to its self-aggregating nature. The presence of asphaltene in crude …

Asphaltene adsorption at solid surfaces is a ubiquitous phenomenon that begins within the
production well and continues through the entire production chain. It is generally an …

Asphaltenes, the most aromatic of the heaviest components of crude oil, are critical to all
aspects of petroleum use, including production, transportation, refining, upgrading, and …

After a nearly decade absence, we present a review of noteworthy contributions in
petroleum analysis over the past 3 years, intentionally limited to∼ 250 references. The …

The hierarchical nanocolloidal structure of asphaltenes in solvent and even in crude oil has
recently been delineated by a variety of techniques. It is highly desirable to compare results …

Data on the structure of oil asphaltene molecules and their aggregation routes is
systematized. The possible phase transitions in asphaltene nano-aggregates and their …

A crude oil at atmospheric pressure and ambient temperature has three main constituents:(i)
oils (that is, saturates and aromatics),(ii) resins, and (iii) asphaltenes. Asphaltenes and …

As the formation of asphaltene aggregates causes its deposition in various processes, exact
determination of the molecular and aggregate structure and mechanism of aggregate …

В нефтях наряду с основными углеводородными компонентами присутствуют
соединения, молекулы которых построены из полициклических ароматических или …