Several hypotheses about the origin of lineage-specific genes, including gene duplication followed by rapid sequence divergence, lateral gene transfer, accelerated evolutionary rate, artifacts from genome annotation, as well as de novo evolution from noncoding sequences have been proposed [ 36].
Chain transfer accelerates with temperature, thus the ductility increases monotonically with curing temperature.
The triple hierarchical nanostructure of Ni3 VO4 2@NiCo2O4/NF is favorable for enlarging surface areas, exposing more active sites, promoting mass and charge transfer and accelerating HER process.
On the other hand, the Ti C bond can also promote the interfacial charge transfer, thereby accelerating the degradation of TNTs/GO-PVC nanocomposite films under UV irradiation [42].
The large interfacial contact surface area and strong interaction between TNT and GO could help to reduce the charge resistance and the charge recombination rate, and the Ti C bond could also promote the interfacial charge transfer, thereby accelerating the degradation of TNTs/GO-PVC nanocomposite films under UV irradiation.
The adsorption process and its mass transfer were accelerated and assisted using ultrasound waves.
With the increase of the flow velocity, the mass transfer is accelerated, contributing to increased corrosion.
The existing of the surface imprinting cavities might be favorable for the mass transfer to accelerate the adsorption process, thus, leading to a faster adsorption process.
A basic analysis further depicts that the rate of heat transfer is accelerated with the growth in Brownian motion and thermophoresis parameter.
Maximum malachite green (MG) adsorption onto ZnO Nanorod-loaded activated carbon (ZnO-NR-AC) was achieved following the optimization of conditions, while the mass transfer was accelerated by ultrasonic.
