The phrase "becomes intensified" is correct and usable in written English.
It means that something becomes more intense or stronger. Example: As the storm approached, the wind became intensified, howling through the trees and causing branches to snap.
After his diagnosis, Leonilson began incorporating embroidery and other embellishments to create smaller works, in which the vulnerability expressed in his paintings becomes intensified.
In the equatorial belt, the trade winds from both hemispheres converge and give rise to a general upward motion of air, which becomes intensified locally in tropical storms that produce very heavy rains in the Caribbean, the Indian and southwest Pacific oceans, and the China Sea and in thunderstorms that are especially frequent and active over the land areas.
The shakeout of Chinese private enterprises becomes intensified due to fierce market competition.
This inaccessibility becomes intensified when the barriers and limitations of the structures are reduced to their most brutal geometry.
As the shape of a spherical metal nanoparticle changes to triangular or star shapes, as shown in Fig. 3a c, the electric field becomes intensified at the sharp edges of the metal nanoparticle [30].
When either parent becomes more invested in the patient than in the other parent, the psychotic process [in their child] becomes intensified".
This problem may become intensified when the system is working in an island operation mode.
Therefore, studies on new and renewable energy resources became intensified and especially researches about solar power as the most important renewable energy resource gained intensity.
Our pollen evidence contradicts the view that the monsoonal rainfall increased during the early Holocene; rather, it indicates that the East Asian summer monsoon did not become intensified until ∼8000 cal BP in northern China.
The nucleation competition between α- and β-crystals became intensified and showed temperature dependence, and the relative content of β-crystals increased with increasing cooling rate, which is opposite to the general understanding of crystallization behaviors of semicrystalline polymers, but is highly desired in practical productions.
The results show that the local flame front response to turbulence is consistent with previous understanding of laminar premixed flames, in that rich premixed flames become intensified in regions of negative strain or curvature, while the opposite response is found for lean premixed flames.
