Pore throat structure is a significant factor controlling the properties of reservoir. Evaluation
of the pore throat structure is also important for the exploration and development of tight oil …

Surfaces of rocks are usually not perfectly “smooth”, and two box-counting methods, ie the
conventional cubic covering method (CCM) and improved cubic covering method (ICCM) …

Understanding gas-magma dynamics in volcanic conduits and linking them with the
associated geophysical signals at the surface is of fundamental importance in monitoring …

An analysis of several methods of extraction of fractal parameters from the simulated,
artificial surfaces and AFM images of the real, polycrystalline diamond films is presented in …

Shale gas, as one kind of unconventional gas, is an important energy supplement. The pore
structure characteristic is an important index using to measure and evaluate shale reservoir …

页岩气作为非常规气, 是一种重要能源. 页岩的孔隙结构特征是衡量与评价页岩储层存储能力与
可压裂性的重要参数. 选取威远海相页岩(1#), 龙马溪海相页岩(2#), 瑶曲凝灰岩(4#) …

Tight gas sandstone is characterized by varied pore structures, controlling the fluid flow and
influencing the gas productivity. A combination of casting thin section, scanning electron …

This paper aims at investigation of the effect of asphaltene structure on wettability and
topography alteration of a glass surface as a result of asphaltene precipitation. In order to …

Based on the anisotropic fractal characteristics of natural fracture surfaces, a fractal fluid flow
model was developed. Three-dimensional printed fracture models were built using the …

In the present study, multifractality and its formalism were employed to investigate the
surface characteristics of an asphaltene deposited heterogeneous solid surface. Wettability …