The phrase "attributed to the dynamics" is correct and usable in written English.
It can be used when discussing the causes or influences of certain behaviors, events, or phenomena in relation to dynamic systems or processes.
Example: "The changes in market trends can be attributed to the dynamics of consumer behavior and economic factors."
Alternatives: "ascribed to the dynamics" or "linked to the dynamics".
The time-dependent development of a high temperature DSC endotherm and a high temperature tan δ relaxation were attributed to the dynamics of microphase separation of ionic aggregates.
The fast process was attributed to the dynamics of P3HT while the slow process was correlated to the dynamics of PCBM.
A variety of pattern formation phenomena in catalytic surface reactions can be attributed to the dynamics of interfaces, or fronts, separating distinct uniform states.
The broader implication is that the source of the Iceland plume is more similar in composition to the ambient upper mantle than previously thought, as a large part of the variation in ridge basalt composition can be attributed to the dynamics of mantle flow and melting.
This is due to the phenomenon of endemic stability, which in our model is attributed to the dynamics of infection and immunity as follows.
As mentioned before, due to the long lifetime of odd oxygen (and hence ozone) at these altitudes, the ({mathrm{POC}}_{{mathrm{TLE}} 5-28)}) reduction can be attributed to the changed dynamics, which play a dominant role at these altitudes.
At intermediate length scales in the q-range 0.025 0.075 Å−1 the relaxation rates were non-diffusive (Γ ∼ q0.36, q0.72), which is attributed to the hopping dynamics of the individual stickers inside the ionomer micelles (τsticker ∼ 10 ns).
The concentration dependent values of molecular reorientation relaxation times lower than that of the ideal mixing behaviour have been attributed to the cooperative dynamics of H-bonded FA DMF structures.
This phenomenon is attributed to the droplet dynamics in the counterflow field considered here and to the resulting nonmonotonic heat sink associated with mass evaporation observed at the oxygen-consumption or radical production layer of the flame.
This result was attributed to the kinematic dynamics (physical motion of actin filaments, i.e., retrograde flow) of the F-actin.
This can be attributed to the nonlinear wheel dynamics and the vibration attenuation process.
