A multiple time scale based analysis of the system elucidates the role of the recursive gain in enhancing the amount of dissipation produced by the control action.
Early studies on CI-systems elucidated the dynamics of CI-Wolbachia and the implications of maternal transmission and infected male incompatibility for the fitness of uninfected females [19], [20].
Particularly highlighted are sulfo-oligosaccharide and gluco-oligosaccharide recognition systems elucidated using microarrays.
In ternary alloys, model systems elucidate the role of solute interaction in the liquid and solid, and can be used to interpret the behaviour in actual systems.
Because of the background noise due to lateral gene transfers found in these systems, elucidating the origins of ichnoviruses will be very time-consuming, requiring new accurate experimental approaches to generate more robust evidence.
Finally, the performance of the system is elucidated on the basis of the experimental and numerical investigations.
The expressions for the mean and variance of the residence time distributions for a flow system are elucidated from the stochastic viewpoint.
Finally, from a compilation of other reports on that topic together with the present work, our present understanding of the failure mechanism in the LiMn2O4/C system is elucidated.
The influence of parameter variations on the oscillatory and progressive motions of the impact-progressive system are elucidated accordingly, and feasible parameter regions are provided.
