Sentence examples for electric repulsion from inspiring English sources

Kanaujia and co-workers' [61] works have also emphasized that higher negative or positive values of zeta potential indicate stability and avert aggregation of particles, because of electric repulsion that electrically stabilizes the nanoparticles dispersion also reported by Isa et al. [62].

The temperatures at the core of the sun are not high enough for the protons to have enough energy to overcome their mutual electric repulsion.

The imprinted Y3+ ions can be removed in situ from the growing film by tactfully inducing potential oscillation on the film electrode based on the electric repulsion.

Only under temperatures of millions of degrees can the positively charged nuclei gain sufficient kinetic energy, or speed, to overcome their mutual electric repulsion and approach close enough to each other to combine under the attraction of the short-range nuclear force.

It is shown that the final nanofiber diameter is determined by the dynamics governed by two main competing factors: (i) elongation under the influence of the electric repulsion between the charges on the fiber surface, which is opposed by (ii) the viscoelastic forces growing in the course of time due to evaporation and stopping the fiber elongation and thinning.

That increases the electric repulsion and in some cases can make the energy barrier to fusion even higher.

Electrostatic attraction can assemble neutrally charged and electrically polarizable microcomponents on an array of charged sites or holes with fringing electric fields; electrostatic repulsion, due to the similar charges on microcomponents and a carrier substrate, can construct 3D microstructures.

The structural texture of TCCA could be maintained in a way in comparison to TEMPO-oxidized cellulose-derived aerogel, due to the integration and aggregation effect by losing the electric double layer repulsion via ionization of the surface carboxyl groups.

The influence of particle size in a colloid viscosity is well known [48] due to effects, as for instance, of the electric double-layer repulsion.

As a droplet evaporates, the repulsion of electric charges grows stronger than the surface tension holding the droplet together.

The picture is further complicated by the presence of ions in the electrode surface layer in addition to those that are present for electrostatic reasons i.e., by the force of attraction or repulsion between electric charges.