Additionally, in the presence of cisplatin, the grating nanopattern induced a transformation in the cellular shape, orientation, cell alignment, and chromatin condensation relative to a flat surface.
Elastocaloric cooling technology is a novel solid-state cooling technology based on the latent heat associated with martensitic phase transformation in shape memory alloys.
The energy pathways associated with the martensitic transformation in shape memory alloys (SMA's), though the focus of extensive research over the past decades, are still unclear.
Solid state elastocaloric cooling, the endothermic reversible martensitic phase transformation in shape memory alloys, has the potential to replace vapor compression refrigeration.
In this work, a nonlocal phenomenological behavior model is proposed in order to describe the localization and propagation of stress-induced martensite transformation in shape memory alloy (SMA) wires and thin films.
In order to verify the theory and to investigate basic properties of thermoelastic martensitic transformation in shape memory alloys (SMA), uniaxial and biaxial loading tests under different combined loads at a constant temperature were performed on cruciform specimens of a SMA CuAlNi single crystal.
The activity which involves detrimental transformation in shape, size, dimension, taste, color, place or any other desirable characteristic from perception of the customer is called as non-value added activity.
These four values were averaged for each neuron to quantify the transformation in shape and obtain one shift metric for RP tuning curves and one for SP tuning curves (see 'Materials and methods', Figure 4 figure supplement 1).
In 1455, with his revolution in printing, Johannes Gutenberg single-handedly launched a transformation in mankind's communications environment – a transformation that has shaped human society ever since.
A transformation in five acts.
The healing products initially appeared in an angular rhombohedral morphology which then underwent a discernable transformation in size, shape and surface texture, from relatively flat and smooth to irregular and rough, resembling the texture of the original surface areas surrounding the micro-cracks.
