The phrase "affect appreciably" is correct and usable in written English.
It can be used when discussing the impact or influence of one thing on another, particularly in a significant or noticeable way.
Example: "The new policy is expected to affect appreciably the overall productivity of the team."
Alternatives: "have a significant impact" or "influence considerably".
Results of H2 chemisorption, XRD, BET and UV vis DRS experiments showed that dispersion of small metal crystallites on the TiO2 surface did not affect appreciably the phase composition (∼85% anatase), specific surface area (47 49 m2/g) and optical band gap (3.2 eV) of the semiconductor.
In H. sapiens AChE, the F295L, A mutants do not affect appreciably the kcat for ATCh but increase Km 400-fold.
Using the rabbit antibody to AGR2, the interobserver and intraobserver variability in immunocytochemical staining observed between the negatively and positively staining groups is sufficiently small (2.6 and 2.8%, respectively) not to affect appreciably the reported results.
The fluorescent properties were found to be affected appreciably by the influent quality.
The lowering of the energy demand in the big-city regions (excluding the Capital Region), such as Chubu and Kansai, was affected appreciably by the regional effects.
Results show that for the composites with square edge packing, the mechanical behaviors are affected appreciably by the thermal residual stress.
The rate was not affected appreciably by the presence of inorganic ions contained in bottled water but decreased substantially in a secondary treated wastewater matrix.
In Section 3, we found that the height of the disk changes very slightly with the adopted wind parameter t*, as in the case of the temperature not being affected appreciably by t*.
In an interesting research, Parmon [32] showed that a decrease in the particle size of the catalyst active phase increases the standard chemical potentials of the components and affects appreciably the adsorption equilibrium.
For example, the rate of atmospheric Pb deposition in the Jura Mountains of Switzerland has been affected appreciably by human activity over the last 2,100 years, with rates of deposition during this period being at least 10 times that of the original natural flux (Shotyk et al. 1998).
Meanwhile, recovery of Rad23 was not affected appreciably by any mutation in Rpn1 analyzed during the course of this work.
