It is shown that the exponential dependence of the interaction parameter on temperature yields more reliable results than the conventionally used linear one.
The Arr-related parameters required more significant re-tuning, which is not surprising given the change from an exponential dependence on R* phosphorylation state to a linear one and the addition of Arr oligomerization.
A marked difference between that prediction and the result obtained here for coagulation system is that our, more complex system does not actually have a clear threshold: it is just a steep exponential dependence, which can, however, serve the same regulatory purposes.
This was further tested by experimenting with different functional forms such as an exponential dependence instead of a power law, taking W = 1 as might seem more plausible in equation (1.10), and even replacing the arithmetic mean term in that equation by a geometric mean expression.
For each 10 miles an hour more of speed, the more exponential the risk.
The main problem is that these algorithms have an exponential dependence on the number of columns.
This relationship is more exponential than linear.
On the other hand, the unimolecular expression given by TST provides the exponential dependence (3).
Our numerical analysis has revealed an exponential dependence of this charge on the reciprocal temperature.
Again, this suppression is strong and has an exponential dependence on the dot charge (Equation 1).
