Sentence examples for electric repulsive from inspiring English sources

We propose a mechanism of LTD inhibition in which the electric repulsive force induced by the polarizations prevented the invasion of water into the inner part of the YSZ.

Experiments with subatomic particles indicate that the electric repulsive force between the particles satisfies Coulomb's law, which states that the force varies as the inverse square of the distance between the particles; i.e., if the distance is halved, the force is quadrupled.

The Logarithm of the Extended Voronoi Transform imitates the repulsive electric potential from walls and obstacles.

Suppose that some finite collection of particles emerges from L- and supplies the repulsive electric force needed to deflect the incoming particle.

The formed spherical shaped silica particles are negatively charged under alkaline condition and the repulsive electric forces highly capitulate mono dispersed silica spheres [23].

However, both the cell membrane and IONPs are usually negatively charged, leading to the inefficient labeling of targeted cells because of repulsive electric interactions.

Each proton is a quantum particle, containing a probability function that describes its location, enabling the two wavefunctions of interacting particles to overlap ever so slightly, even when the repulsive electric force would otherwise keep them entirely apart.

They have demonstrated that segregation of the two pigment cell types eventually forming the stripe pattern is governed by their short-range repulsive electric interactions that spatially orient their migration.

The summation of charges (Table 1, column  2) determines the overall charge, and therefore, the magnitude of the electric field exerts repulsive force on hydrophobic residues.

The electrostatic force F E = q s E[23], with q s the surface charge, can only drive the negatively charged nanoparticles toward the positive electrode if a sufficient electric field overcomes the repulsive particle-particle interactions.

The near-fields show antisymmetric and symmetric electric field distributions, with repulsive and attractive interaction at the gap region of the structure, respectively.