The phrase "a central process for" is correct and usable in written English.
It can be used to describe a key or essential procedure or method that is important for achieving a specific goal or function.
Example: "The research identified a central process for improving team collaboration and communication."
Alternatives: "a key mechanism for" or "an essential procedure for".
Together these findings suggest a key role for energetic efficiency as a central process for understanding how nutrient intake and processing affect health and longevity.
Much of the literature addresses cognition as a central process for entrepreneurial knowledge transfer.
Anion intercalation into graphite is a central process for energy storage in dual-ion battery cells.
A central process for etching is that material from the crystalline substrate is removed by diffusion of As into the liquid droplet material driven by the concentration gradient (Figure 2c) [38].
Loop formation is a central process for the transcriptional regulation in higher eukaryotes.
Finally, we were able to detect GnRH-expressing neurons among cells derived from these fetal NS, and we therefore suggest that this culture system represents a useful model to study the molecular mechanisms of GnRH neuronal cell differentiation, a central process for the neuroendocrine control of reproduction in mammals.
Indeed, this thinking has motivated research (e.g., as described in [44]) into approaches where a (small) number of processing elements (PEs) each perform local resampling and then communicate via a central process that, for example, allocates the particles to the PEs (a process that, as demonstrated in section 6, results in non-deterministic runtime).
In this perspective, inhibition is not a central process responsible for the control of working memory contents, but an automatic and local mechanism whose triggering depends on controlled attention.
Inflammation is a central process responsible for health outcomes among surgical patients.
Liquid hydrocarbons conversion into hydrogen rich gas is a central process step in fuel processors for auxiliary power units (APUs) for naval applications.
Diffusion of As from the GaAs substrate into Ga droplets, driven by a concentration gradient, is the central process for droplet etching [13].
