Similar to a change in pulsation intensity, a change in dispersed phase velocity also affects both the dispersed phase drop diameter and the dispersed phase holdup.
This mostly occurs with the use of combined HCs that provide a drop estrogen that is equivalent to the end-luteal phase drop.
(a) The phase drop across a single SQUID junction is proportional to the node flux Φ n (indicated by the circle) at the end of the transmission line.
A non-uniform dispersed phase drop size distribution results in non-uniform drop rise velocities, which make a significant contribution to the dispersed phase axial mixing.
To derive the nonlinearity of the oscillator for this situation we investigate how the different terms in the Lagrangian scale with M. Assuming that the phase drop from the flux node at the end of the transmission line resonator to the ground is homogeneously distributed over the array, we have the same phase drop Φ n / M across each SQUID, see Figure 8.
results show that glass transition temperatures for the PC-rich phase drop by ∼50°C after 1 h of annealing, with evident consequences for mechanical properties.
Similarly as for the transmission line JPA, the description in terms of the effective Hamiltonian Eq. (1) is based on the assumption that for relevant resonator fields the phase drop across the Josephson junctions is small (compare Eq. (30)).
For the purposes of parametric amplification the phase drop across the junction is desired to be small, Φ n / φ 0<< 1, i.e. the current flowing through the Josephson junction is small compared to its critical current.
It is, therefore, concluded that as the diameter of the dispersed phase drop decreases more rapidly than the holdup and contributes more towards mass transfer, the overall effect is the increase in mass transfer efficiency [17].
It was indeed possible to find a well defined survival threshold in the acute phase: if CD4+ T cells in the acute phase drop below 3.3% of baseline, this loss is associated with almost no CD4 recovery in the chronic phase, and early death (in less than 600 days).
