Sentence examples for surface of limestone from inspiring English sources

Digital imaging technique was used to study the macroscopic changes on the particle surface of limestone and granite before and after abrasion.

The present paper shows that the surfactant is stabilized by the formation of insoluble calcium oleate coatings on the surface of limestone fillers.

The result showed that the texture complexity degree on the particle surface of limestone and granite decreased after abrasion, the relative flat site of surface increased, and the surface texture change of limestone was more significant.

It was observed by SEM that in the chlorination a number of spherical aggregates and large voids were formed on the surface of limestone and that large aggregates with very flat surface and large voids have been formed in the course of the simultaneous chlorination and sulphation.

The present study investigated the strains that develop at different depths from the surface of limestones submitted to capillary water infiltration.

The surface application of limestone to the studied tropical no-till soil was efficient in reducing soil acidity from the surface down to a depth of 0.60 m and resulted in greater availability of P and K at the soil surface.

Scanning electron microscope was used to characterize the changes of surface microtopography of limestone and granite before and after abrasion and the interfacial morphology with asphalt binder.

A simple mathematical expression to calculate reaction rate of SO2 capture per unit external surface area of limestone is proposed.

Significant increases in the yield components and kernel/grain yields of peanut, white oat and maize were obtained through the surface application of limestone.

Since EC values greater than 0.4 S/m can affect vegetation for some plants, surface incorporation of limestone to increase the NP is required to reduce EC to appropriate values.

The results suggest that it is possible to ameliorate soil acidity and chemical properties of degraded grassland only by surface application of limestone; however, the strategy is considered effective just for soils with no physical restriction to root development.