Sentence examples for cell shaping techniques from inspiring English sources

We consider this approach as a future way of enhancement of the cell shaping techniques already discussed in Section 3.1.

In this category, we consider the cell shaping techniques (i.e. BSs switching-off and cell breathing), the macro-femtocell deployments and last but not least, the relays.

Hexagonal-cell shaped honeycombs were also produced with the same technique and used for direct comparison.

Therefore, Ti 6Al 4V cellular solids with high strength, low modulus and desirable deformation behavior could be fabricated through the cell shape design using the EBM technique.

To confirm these results using an analogous labeling technique, muscle cell shape changes were also measured in embryos incubated in the vital dye FM4-64, which labels cell membranes.

Besides devising unique ways to analyze conventional cell images, researchers are also using new microscopy techniques to better define cell shapes.

We also demonstrate the use of our techniques by simulating the cell shape changes elicited by the chemotactic response to an external chemoattractant gradient.

The proposed cell design technique will optimize the cell shape according to the user distribution and behavior in the covered area and consequently is expected to reduce the frequent handoff and signaling traffic of location updating from moving users.

Because cell shape appeared to be influenced by cell density, we utilized fibronectin micropatterning techniques to directly assess the impact of cell shape on MSC differentiation without the complex effects of seeding density.

Dynamic crushing responses of honeycomb structures having irregular cell shapes and non-uniform cell wall thickness are studied using the Voronoi tessellation technique and the finite element (FE) method.

Size and shape surrogate-based optimization techniques are used, with the thicknesses of both materials, cell size and cell shape as design variables.