The phrase "additional processes such as" is correct and usable in written English.
It can be used when introducing examples of processes that complement or enhance a main idea or topic being discussed.
Example: "In our research, we implemented additional processes such as data validation and error checking to ensure accuracy."
Alternatives: "further processes like" or "supplementary processes such as".
Second, additional processes such as smelting and alloying are used to produce the metal that is to be fabricated into parts that are eventually assembled into a product.
To achieve such improvements in graphene electrodes requires additional processes such as doping and surface treatments, which inevitably complicate device fabrication.
The atomic transport of nitrogen and the profile shapes are discussed in relation with both the specific role of Cr and additional processes such as the formation of surface vacancies and adatoms.
The evolution of DSB repair pathways as well as additional processes, such as cell cycle checkpoint arrest, to minimize the cellular impact of DSB formation was, therefore, not surprising.
Also, variability in field soil is large and additional processes such as volatilization, photolysis, and leaching also influence dissipation [35].
Gaps in mass balances indicate that additional processes such as degradation and evaporation may be relevant to the fate of active substances in treated articles.
By, for instance, focusing on consumer-friendly features such as touchscreens and bundling in additional process such as object scanning and editing (in the case of Zeus' all in one 3D copy machine, for instance).
For example, incorporating the capability to predict the mechanistic impact of additional cellular processes, such as signaling and transcriptional regulation, at the genome scale in human tissues presents additional, significant challenges.
Thus, additional cooling processes, such as radiative cooling may be important at laboratory-scale vapor plumes.
I also discuss the influence of additional physical processes, such as magnetic fields and streaming velocities.
Additionally, it is important for yeast used in additional biotechnological processes, such as on bioethanol production, in which acetic acid is frequently the most dominant inhibitor in the plant- biomass hydrolysates (van Maris et al. [2006]).
