The phrase "activity can be understood" is correct and usable in written English.
You can use it when discussing the comprehension or interpretation of a specific activity or behavior.
Example: "Through careful observation and analysis, the underlying principles of the activity can be understood."
Alternatives: "the activity can be grasped" or "the activity can be interpreted".
Our DSS approach is built on a scientific foundation for explicitly manifesting the economic implications of software refactoring activities so that the costs and benefits of such activities can be understood, analyzed, and predicted.
Membrane permeabilization to ionic species was observed as pore activity and can be understood as a result of oligomers inserted into the membrane.
In SSM, services are seen as complex human activity systems which can be understood in terms of the relationships between their structure, process and outcomes.
The hypothesized associations were all significant, supporting the position that the relationship between physical activity and QOL can be understood as incorporating more proximal, modifiable, and temporally sensitive factors (e.g. self-efficacy), as well as more stable and global constructs (e.g. satisfaction with life).
Based on this theoretical perspective, actions, subjective perceptions, and value judgments by individuals are embedded in formal and informal institutions, and as a result, individual activities and preferences can be understood within a specific institutional environment.
Whereas nature, according to this view, can be thoroughly explained in completely objective terms, human activity, and human beings generally, can be understood only in terms of inherently subjective beliefs, desires, and reasons.
To confirm whether the activity trends in WGSR can be understood in terms of the Hammer Nørskov d-band model in combination with the linear energy relations, we studied correlations between the turnover frequency (TOF) and the position of the d-band center (εd) relative to the Fermi energy (EF) of various metal complex catalyst.
The data demonstrate that rather subtle structural changes in RTA3 peptides can have large effects on antimicrobial activity and that these can be understood in terms of the thermodynamics of membrane interactions.
