The phrase "affects dramatically" is correct and usable in written English.
It can be used when describing a significant or profound impact that something has on a situation, person, or outcome.
Example: "The new policy affects dramatically the way we approach customer service, leading to improved satisfaction rates."
Alternatives: "has a significant impact" or "influences greatly".
Water sorption affects dramatically the state of crystalline (excess) PEG in blends, while the state of the amorphous phase, constituted by the PVP PEG hydrogen-bonded complex, is practically unaffected by hydration.
The processing and characterization of graphene and graphene oxide are described in detail, since the presence of such fillers in an elastomeric matrix affects dramatically the properties of the nanocomposite samples.
It is shown that the acoustic impedance mismatch at the interface between the nanowire and the barrier coating affects dramatically the phonon spectra and group velocities in the nanowires.
According to our model, the strong change in the density of Landau states in ultraclean samples affects dramatically the electron impurity scattering and eventually the conductivity.
Interpretations of NCAM expression results have therefore been limited due to the omitted consideration of NCAM polysialylation, post-translational modification that affects dramatically NCAM binding properties and intermembrane repulsion [ 15].
He published papers showing that changes to single DNA bases appeared to affect dramatically the risk of schizophrenia and manic depression.
The results show that the off-design characteristics of the topping cycle affect dramatically the combined cycle performance.
We have shown that this binding did not affect dramatically the physico-chemical properties of the corresponding NPs.
Claims and profits are volatile and can be affected dramatically by natural catastrophes, so regulators require non-life insurers to set aside large amounts of capital.
Sheet resistance of transparent conducting electrodes can affect dramatically the electrochromic response of surface confined active species in any electrochromic device.
Both simulation and experiment demonstrate that the SPR behavior, including the measurable reflectivity change and resonance angle shift, can be affected dramatically by filling defects.
