First, we assume that the occupancies by primary users are independent across different sub-channels.
The probabilities of these transitions depend on the occupancies of corresponding states.
I asked Tommy, What do you think? Well, my hotels, the occupancies are fine.
Starting from t = 17 s, the occupancy of only fourth state increases, while the occupancies of other three states decreases.
The occupancies of the σ* S1 C7) and σ* S1 C12) are 0.0279 and 0.0325 due to the loss of the occupancies from the localized NBO of the Lewis structure into these empty non-Lewis NBOs.
Starting from t = 13 s, the occupancy of only fourth state increases, while the occupancies of other three states decrease.
In this study, a linear regression model is used to predict the occupancies of the next time frame.
The first observation is that high salt treatment decreases the occupancies of most of the proteins in the immature 30S subunits (Fig. 1C).
So, we can trust the results obtained for the occupancies of the second, third, and fourth states at different modes of photoexcitation of RC system.
Basing on these datasets, the occupancies of the first, second, third, and fourth states of RC were found for different photoexcitation modes (Figs. 5, 6, 7, and 8).
Let us consider the oxidation process at light intensity I = 0.2 mW/cm2: at first, the process of occupation of the second state from the first one occurs, and then, starting from t = 3 s, the occupancies of the third and fourth states increase with time, while the occupancies of the first and second states decrease.
