The phrase "asymmetric charges" is correct and usable in written English.
It can be used in contexts related to physics, chemistry, or electrical engineering, where it describes a situation where charges are not evenly distributed or balanced.
Example: "In the study of molecular interactions, the presence of asymmetric charges can lead to unique bonding characteristics."
Alternatives: "uneven charges" or "non-uniform charges".
The simulation results indicate HfO2 layer effectively reduces the asymmetric charges of ferroelectric films caused by defects, which further increases the off-state current.
Alternatively, it is possible that the asymmetric charges are stabilizing the aggregated state.
This suggests that the asymmetric charges are orienting to the exterior of the aggregates, and therefore, more water remains bound.
The addition of asymmetric charges could be acting to lower the solubility by causing ELP to adopt a more extended conformation and expose more surface area to solvent.
The addition of asymmetric charges could be causing the ELP polymers to adopt a more extended conformation in the soluble state.
Benefiting from the expansion in Equation Equ3.4, we can add public cloud's asymmetric billing charges to the communication cost of Equation Equ3.1 as follows: comm ' u, v = e u, v + e ' u, v × latency u, v + async u, v × cloudCommCost × e ' u, v + async v, u × premiseCommCost × e u, v (3.6).
This structural preorganization leads to an asymmetric charge distribution on the surface that can direct rapid subunit recognition.
In chemical engineering often functional groups like OH, CO, or NHx with an asymmetric charge distribution occur.
For nanopores having asymmetric charge densities in their PE brush layers, similar charge density-dependent rectification behavior occurs only to type II nanopore.
The origin of X-bonds lies in the asymmetric charge distribution around halogen substituents with a cap of positive electrostatic potential on the pole opposite to the covalent bond the so-called σ-hole and a negative electrostatic belt around the equator.
The simulation results further demonstrated the asymmetric charge can be reduced in SWCNT/BNT/HfO2-FeFET by HfO2 to control the defects.
