THE INFLUENCE OF SILICA-COATED NANOSCALE TITANIUM DIOXIDE ON THE MICROSTRUCTURE, MECHANICAL PROPERTIES, AND CARBONATION RESISTANCE OF CEMENTITIOUS MATERIALS

Nanomaterials possess great application prospects in improving the performance of cementitious materials.However, their high agglomeration hinders their efficient utilization in cementitious matrices.Consequently, surface modification has recently attracted attention as a method to enhance dispersibility.In this study, silica was employed to modify

Synchronization has been viking g-5 reported for a wide range of self-oscillating systems.However, even though it has been predicted theoretically for several decades, the experimental realization of phase self-oscillation, sometimes called phase trapping, in the high driving regime has been studied only recently.We explored in detail the phase dyn

Microbubbles generated by microfluidic techniques have gained substantial interest in various industries such as cosmetics, food engineering, and the biomedical field.The microfluidic T-junction provides exquisite control over processing parameters, however, it relies on pressure driven flows only; therefore, bubble size variation is limited especi

Most of the existing methods of pile settlement calculation, including normative methods, do not fully take into account the processes occurring in the soil when loads are transferred to them and the changes in the properties of the contact zone soils.This leads to underutilisation of the bearing capacity of the soil, and the calculated settlement

Abstract Background The clinical diagnosis and treatment of dilation of the cholangiopancreatic duct in patients with ambiguous ampullary disease, termed unexplained dilation of the cholangiopancreatic duct (UDCD), is commonly difficult.This study aimed to evaluate the applicability of transduodenal ampullectomy (TDA) for the diagnosis and treatmen