Meanwhile, the temperature of the nanofluid can be remarkably increased with a long-time treatment.
The total acid sites of the modified catalyst increased and Brönsted acid strength remarkably increased with increasing tin content.
It was found that glycerol conversion and selectivity of glycerol carbonate remarkably increased with the increase in Sn loading.
The electrical resistance of the carbon films was remarkably increased with the adsorption of acetone and decreased with its desorption.
The nematicidal activity of NCLB has been remarkably increased, with LC50 values of 2.1407 mg L−1 and 19.3608 mg L−1, respectively, at 24 h after treatment.
The microhardness remarkably increased with heat treatment at 973 K in vacuum, suggesting that the Fe2W phase was formed with heat treatment.
When toxicity of both cyanobacteria was compared, it was observed that Anabaena spp. was more sensitive towards SNPs than Cylindrospermum spp. The anti-algal activity remarkably increased with increasing concentrations of SNPs.
Reaction rates from ammonia of the concentration of 16.5 ppm to indophenols at IMAAS were remarkably increased with temperatures from 308 to 318 K on hot plate as a heater.
In more advanced stage (stage III), abundant intercrystalline, as well as some vuggy pores, were formed by selectively dissolution of residual microcrystalline calcites and micritized grains, and the porosity remarkably increased with increasing dolomite content.
