The parameters of the sol gel process such as molar ratios of TEOS/C2H5OH and MTES/TEOS had significant effects on the surface morphologies and water-repellent properties of the silica films.
The mechanical properties, dynamic mechanical temperature spectra, morphology and water absorption of the alloys were studied.
The mechanical properties, morphology, and water absorption of fabricated composites were investigated.
Depending on particle size, surfactant, ratio of PS PVA, and applied voltage fibers of different morphology and water stability were obtained.
The effects of the casting parameters (e.g., solvent selection, the composition of the coagulation bath) and the type of polystyrene (substituents at the aromatic ring, tacticity) on the morphology and water permeation flux were studied.
In summary, creeping bentgrass plants grown under elevated CO2 conditions displayed changes in their growth rate, leaf and root morphology, and water use that are favorable for turfgrass growth and highly desirable for turfgrass management.
The structures, morphologies, acidities, and water tolerance of these samples were determined by FTIR, Raman, XRD, SEM-EDX, FT-IR of pyridine adsorption, and H2O-TPD.
The morphology, structure and water contact angle (WCA) of the CNFs and CNF/HAp composites were characterized.
An on-site testing protocol has been defined and carried out for 12 months after the application, considering colour and morphology changes and water absorption by capillarity.
Using FTIR, SEM, conductivity meter, and zeta potential method, the chemical structure, morphology, conductivity, and water dispersibility of the modified CSs were represented.
