The phrase "a process under study" is correct and usable in written English.
It can be used in academic or research contexts to refer to a process that is currently being examined or analyzed.
Example: "The researchers focused on a process under study to determine its effectiveness in improving patient outcomes."
Alternatives: "a process being examined" or "a process in analysis".
Buckingham's π theorem is proposed to define non-dimensional parameters that allow suitably describing the relationships linking the physical variables involved in the process under-study to the fundamental dimensions.
By studying both peptides in parallel, a convincing argument can be made for or against the involvement of the S100A10-AnxA2 22 complex in a cellular process under study.
Note that discrete-time models, as e.g. population models [ 33], can be easily formulated into the implicit form (4 - 5). Let us consider an experiment, performed on the biological process under study, for which a collection of measurements taken at the time indexes k1 < k2 <... < k m (not necessarily consecutive) is available, and let denote the collection of the corresponding applied inputs.
Lurie and Rosenthal make many additional errors of fact, interpretation and omission that are pointed out by the other comments on their piece, but their key argument, that there is no empirical evidence for the impact of concurrency, must be recognized for what it is: the result of a mismatch between the analytic methods used and the process under study, not an assessment of the hypothesis.
Ideally, such a measurement should not influence the process under study.
Results may also be biased if the boundaries of the geographical units of analysis do not follow the ones at which the process under study operates, an issue known as the zoning effect [ 24].
In summary these results demonstrate that the process under study is not a unique property of TOMM-40, but rather the result of defect in the TOMM complex.
The current study provides new insights, because the implementation process under study takes place in a real-life setting.
Table 8 defines in detail the timing for each task, using the specific case of the selected operating area.> -wrap-foot> Std = Standard Time The information gathered from the BPMN design of this process under study, as well as an estimation of the task times, are then integrated into a mathematical optimizational model, aimed at planning the day-to-day planning of OR activities.
Researchers can explore the annotated sequences in a way that relates to their metabolic pathway or process under study.
For initial investigations, it suffices to determine whether a model provides good qualitative agreement with the dynamical process under study.
