The phrase "altered strongly" is not commonly used in written English and may sound awkward.
It could be used in contexts where you want to emphasize a significant change or modification, but it may be clearer to use different phrasing.
Example: "The design was altered strongly to meet the new requirements."
Alternatives: "significantly altered" or "greatly modified."
The biogeomorphological functioning of lowland floodplains will be altered strongly due to future landscaping measures that are necessitated by climate change.
The DMNs conformed by a relatively high number of subsystems seems to be robust dynamical systems because their topological organization and their network constituent elements can be altered strongly with very little consequence for the overall functional structure.
We found a consistent positive association, which was not altered strongly by sex, study type, or cancer type.
This structural information taken together with the observed changes in ligand binding when the S230 second-shell ligand to MA is altered strongly suggests that substrate l-Arg is coordinated to MA during the reaction and that the Lewis acidity of MA is modulated by the second-shell ligand to H101.
Scenarios involving sulfate attack are shown to potentially alter strongly a concrete engineered barrier based on pure Portland based cement.
Quite similar behaviour was observed for both nanoparticles at the same particle concentration; while ZrO2 demonstrated a better efficiency by altering strongly oil-wet (water contact angle θ=152°) calcite substrates into a strongly water-wet (θ=44°) state, NiO changed wettability to an intermediate-wet condition (θ=86°) at 0.05 wt% nanoparticle concentration.
In this work, the retardation of sodium, calcium and strontium was studied on mica gneiss, unaltered, moderately altered and strongly altered tonalite using dynamic fracture column method.
The advancing contact angle reduction suggested that the nonionic surfactant effectively altered the strongly oil-wet nature (advancing angle of 156°) to the water-wet state (advancing angle of 39°).
Although the relative changes were similar for fast and slow EPSCs, in absolute terms the STP in response to fast EPSCs was altered more strongly by the presence of noise.
Actin polymerization genes were upregulated, and multiple developmental trajectories were altered more strongly or for the first time at day 5, including neuronal and eye development, cardiac cell differentiation (which was especially marked), and keratin.
Cerebral blood flow is also altered and strongly influences the development of brain edema and intracranial hypertension [ 10, 14– 214.
