The return stroke in crabs was always faster (24 ± 5.0, 23.2 ± 4.0 and 20.7 ± 3.4 ms respectively in maxillipeds 3, 2 and 1) so that this phase occupied about 42% of the cycle time of one complete beat.
By contrast, in crayfish the duration of the power stroke was 46 ms (mean of means from four crayfish, standard deviation for all 62 cycles of movements by each of the three maxillipeds was ± 5.6), and the return stroke was 49.2 ± 13.1 ms, so that this phase occupied about 52% of the cycle time of one complete beat.
It shows that the not-wetting phase is in less contact with the inner walls, and the wetting phase has a greater influence on the flow of the non-wetting phase, when the phase occupying the central region is liquid and does not have a slip effect.
First, we focus on the case where the liquid phase occupies a semi-infinite space and the peritectic phase presents a finger-like shape.
It is assumed that each of these layers is a homogeneous part of the system, and that each phase occupies a specified number of layers.
Therefore, a single component system in a single phase occupies a region in the temperature-pressure plane and for a single component system, the location where two phases are in equilibrium corresponds to a curve in the temperature-pressure plane.
The inorganic part of human bone is mainly composed of hydroxyapatite (HAP: Ca10(PO4)6(OH)2) and whitlockite (WH: Ca18Mg2 HPO4 2(PO4)12) minerals, where the WH phase occupies up to 20 35% of total weight.
On the basis of this simple theory, we can recognize that the thin film made at run 1 has undergone a complete hydration path based on reactions R1 and R2, leaving different (rod-like, grainy, and amorphous) regions on the surface, while in thin films formed at runs 2 3, the monohydrated phase occupies a bigger part.
Compared with the blends of A/B/diblock copolymers, the BUE phase occupies a broader region in the phase diagram of the A/B/G blends and is replaced by the three-phase coexistence phases of A + B + L or A + B + D at a much lower chain length ratio.
