"during processes" is correct and usable in written English.
You can use it to refer to a specific sequence of events or activities that are connected with a particular purpose or outcome. For example, "We need to ensure adherence to safety protocols during processes like manufacturing and production."
On the other hand, the abundance of argon in the Earth is relatively small because of its escape to the atmosphere during processes associated with volcanism.
The DNA sequence itself is essentially the same in every cell of the body and through all stages of life; in contrast, epigenetic modifications are different in different cells, change during processes such as metamorphosis (definitely in frogs, so probably also in shape-shifting extraterrestrial species), and can change in response to the environment.
It can form during processes of both lake filling and draining.
MMPs are involved in the breakdown of the extracellular matrix during processes such as embryonic development, wound healing and learning and memory.
The artificial square notch replicates the situation of defects formed during processes like handling or polishing which is a possible reason for strength reduction of any glass substrate.
Disturbance and re-suspension of sediments during processes such as flood events and dredging activities can increase the bioavailability of adsorbed contaminants [26, 28, 40, 67].
Such quantity, however, should not be identified with the determinate dimensions a body possesses, but is rather a quantitas which remains the same during processes such as rarefaction and condensation.
However, the fact that the latter method requires only two experiments enables interaction-based studies at low concentration and permits the studies of relatively rapid changes in interactions during processes such as swelling, drying, and remediation.
The corrosion of metals, including mild steel, is a serious problem in many industries, especially during processes such as the pickling of steel, acid washing and etching [1, 2].
In terms of microstructure modeling, various approaches such as the cellular automaton (CA), the Monte Carlo model, and the phase field model have been developed to simulate microstructural evolution during processes (Liu et al. 2013).
That is because the formation of nucleation and growth is expected to be strongly dependent on the properties of the solvent during processes such as coarsening and aggregation [28, 29].
