Sentence examples for solution age from inspiring English sources

The different parameters considered were fineness of fly ash, binder components, type of fine aggregate, molarity of alkaline solution, age of specimen, fluid-to-binder ratio, binder-to-aggregate ratio, degree of saturation, etc.

The effect of the solution ageing was also investigated.

The influence of pH, redox potential and solution aging on the absorption efficiency and the consumption of chemicals was investigated.

Three variables, namely deposition pressure, surfactant concentration and solution ageing, were found to strongly correlate with the maximum transmission position.

The effects of four variables, pH of solution, aging temperature, aging time and molarity of precursor solution at three levels were investigated.

Based on the results, the surface area of γ-alumina granules relied too much on the temperature of aging solution, aging time and interactions between the factors.

The room-temperature H diffusion coefficient ranged from 0.9 to 3.9 × 10−14 m2 s−1 for single-phase solid solution, aged, and cold worked then aged microstructures.

The effect of solution ageing was investigated by preparing a suspension of 1.9 mM CTAB and using it to deposit at t = 0 and 30 days.

According to the analysis above, deposition pressure, surfactant concentration and solution ageing have a strong correlation with the position of peak transmittance of the resulting coating.

As a support for this, we prepared a bulk sample by using the same precursor solution aged at 80 °C for 2 days followed by calcination.

In this study, the effects of water, seawater and alkaline (5% NaOH) solution ageing conditions on flax fabric reinforced epoxy composites used for civil engineering applications (i.e. as external strengthening and confinement of concrete) were investigated.