High-speed switching processes

The silk production process must have some built-in temporal, mechanical, and chemical flexibility. This is evident in the ability of the animal to switch from long-duration storage of the proteins (in an aqueous solution state) to high-speed extrusion spinning (into an insoluble fiber with... 

As in this situation the objects are moving, the hyperspectral images are easily created line-by-Hne. However, due to the high speed of the conveyor belt, huge amounts of data are collected and must be processed consequently, companies endeavor to reduce the quantity of information, and hence often switch from... 

During this wiping process, the system decides to stop, to continue wiping at low speed, or to switch over to high speed. 

New domains of type 1 may also be generated through nucleation process to speed up the domain switching process. This domain switching may continue imtil the unfavored domains (type 2 as shown in Fig. 3.9b) are driven out of the system. If the applied stress is compressive as shown in Fig. 3.9d, some domains are annihilated. The presence of domain walls makes the shape deformation very easy in the martensite phase. Upon heating, all shapes in Fig. 3.9b-d go back to the same shape as in Fig. 3.9a. In other words, the shape in the high temperature phase is remembered . This shape memory... 

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