Exact(1)
When these high mobility interface regions are sufficiently close together, the excess mobility at the interface region affects the dynamics of the system by restraining percolation of the slow domains resulting in the observed decrease in Tg.
Similar(59)
The cancellation of these two anisotropies (associated with stiffness and mobility) originates in the Ising model from the fact that the number of geometrically necessary kinks, and hence the kink configurational entropy, varies rapidly with inclination near low-energy/low mobility, but slowly near high-energy/high-mobility interfaces, where the kink density is high.
Figure 7 Joints mobility measurement interface.
The effects of phase field parameters, namely mobility and interface thickness, on the predicted flow features are discussed.
Finally, we report a procedure for calibration of the mobility and interface trap parameters useful for simulating the on-state DC behavior of 4H-SiC DMOSFETs including the effect of elevated temperatures.
Initially, a state of the art of mobility assistance, interfaces and types of commands for smart wheelchairs is presented.
Simulation results confirmed that the carbon partitioning takes place at low-mobility martensite austenite interfaces.
This implies that the process of carbon partitioning from martensite to austenite occurs across low-mobility martensite austenite interfaces.
Carbide precipitation is precluded in the model, and three different assumptions about interface mobility are considered, ranging from a completely immobile interface to the relatively high mobility of an incoherent ferrite austenite interface.
By means of this thick-interface model it is possible to assign a finite thickness and a finite mobility to the interface.
Interfacial reactions such as the rearrangement of the lattice, solute drag and trans-interface diffusion are automatically considered by assigning a finite thickness and a finite mobility to the interface region.
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