The phrase "activity can be characterized" is correct and usable in written English.
You can use it when describing or defining the nature or features of a specific activity.
Example: "The activity can be characterized by its high level of engagement and collaboration among participants."
Alternatives: "activity can be described" or "activity can be defined".
The human activity can be characterized by defining the identity of sounds and their position in time sequence [15].
A branch of limit cycles from a Hopf bifurcation (at (g^{H})) in which the three-cluster pattern is maintained, that is, activity can be characterized by ((x_{E}, x_{I1}, x_{I2})).
It is motivated by various studies of noisy spiking networks which show that under certain conditions, even though individual neurons exhibit Poisson-like statistics, the neurons fire asynchronously so that the population activity can be characterized by fluctuations around a mean rate evolving according to a deterministic mean-field equation [26 29].
From each (I_{1}/I_{2}) branch we find: A branch of limit cycles from a Hopf bifurcation (at (g^{H})) in which the three-cluster pattern is maintained, that is, activity can be characterized by ((x_{E}, x_{I1}, x_{I2})).
As shown in Figure 3, the inferred NFkB activity can be characterized as a "two-wave" response; initially it increases due to the inflammatory stimulus while trying to adapt its regulatory activity at 2 3 hr post-endotoxin administration.
Thus, policy activity can be characterized as informed by evidence (Bowen and Zwi 2005) rather than being an expression of an authoritative choice (Colebatch 2002) form of decision making.
Just as dioxin toxicity can be expressed as toxic equivalents, estrogenic activity, for example, can be characterized in terms of estrogenic equivalents.
Problem-solving activities designed for students can be characterized along two axes: by the content and structure of the problems to be discovered and solved; and by the process skills or scientific practices that problem solvers must engage in to achieve a solution (Table 1; Fischer and Greiff, 2012).
The photochemical or photophysical activity of the RC/PTAA/MWCNT complex can be characterized by the absorption change at 860 nm.
We have shown that Parkinsonian pathological activity of neuronal striatal circuits can be characterized in in vitro cerebral tissue.
