The phrase "a strong repulsion" is correct and usable in written English.
It can be used to describe a powerful feeling of aversion or distaste towards something or someone.
Example: "The strong repulsion he felt towards the unethical practices in the company made him decide to resign."
Alternatives: "a deep aversion" or "a significant distaste".
Simulation shows that in both austenitic and ferritic phases the interaction of interstitial atoms is characterized by a strong repulsion within the first two coordination spheres.
Using this method, we simulate a polarizable elliptical particle in a microfluidic channel in the presence of an electric field parallel to the flow channel, and find that a polarizable particle feels a strong repulsion force from the wall due to ICEP.
The small pocket appears to accommodate no side group larger than ethyl groups and exhibits a strong repulsion for acidic groups.
In the case of the weakly binding SO4−2 counterion, only slight proportions of this counterion can be associated, thus keeping a strong repulsion between the similarly charged surfactant and silica species.
The occupation of dz2 orbital which is lower in energy gives a strong repulsion on the bonding electrons of the two ligands along the z axis and elongates the M O bonding in that direction.
Chromosomes, when brought in close proximity, not only reveal a strong repulsion between their centers of mass; besides this, their structural properties undergo significant changes.
The parameter β controls the force severity, i.e. a greater β produces a stronger repulsion and vice versa.
The pattern in Figure 7 D was generated by the same model parameters, but with a stronger repulsion parameter r and an additional repulsion from the inhibitory morphogen.
We intended to say that benzaldehyde evoked a different strength of repulsion for the two concentrations in wildtype flies, while GADi-flies showed an equal strong repulsion independent of the benzaldehyde concentration.
Caption: Lithium (in green) moves from one octahedral site (in red) to another by passing through an intermediate tetrahedral site where it encounters strong repulsion from a nearby transition-metal cation (in blue).
The strengthened confinement and decreasing space make the electrolyte ions tightly packed, as a consequence of the strong repulsion between the ions and the electrode.
