The state corresponding to <img src="http://journals.plos.org/plosone/article/asset?id=info?doi/10.1371/journal.pone.0007992.e020.PNG" class= inline-graphic"/> phase is a steady state that is observed the most in the yeast life cycle.
We have found that (1) The energy release in the loop-top flare kernels occurs also during the whole flare decay phase; (2) The kernel evolution during the decay phase is quasi-steady-state, i.e. it is determined by the slow decrease of the heating rate, EH t).
The erosion/deposition of snow in each phase is regarded as a steady state.
Thereafter, a very slow phase is characterized by a steady decrease of the reaction rate, which results in only a slight increase in the conversion of the remaining (the so-called 'inaccessible' or recalcitrant) cellulose.
After the buffering phase, the steady state phase is initiated in which there are ON-OFF cycles of data transfer.
The critical radial deformation ratio is about 20%; 2) Creep deformation at steady creep phase is derived based on the test data.
Consistent with the empirical data, the resulting profiles are characterized by a slow exponential lag in the kinetics until a linear steady-state phase is reached, during which the majority of MTase DNA complexes have HsdRs attached, which are occupied in loop translocation (Supplementary Figures S4 and S6; Frieden, 1979).
The reason why the approach taken so far to obtain (varDelta _{mathrm{eq}}) may fail when we consider several types of inputs, each with its own excitatory and inhibitory PRCs, is that when Eq. (27) is obtained the phase is assumed to advance at a steady rate between inputs (the phase would advance an amount γ between inputs).
We consider the steady state obtained in a core flooding experiment: one fluid (assumed water) is continuously injected and produced, while a second fluid (assumed oil), displaced during a transient production phase, is completely immobilized during the considered steady state due to entrapment.
In this experiment, the running-in phase occurred before 2500 cycles and the steady-state wear phase is observed between 2500 and 7500 cycles.
