Sentence examples for more complex assemblies from inspiring English sources

The road toward larger and more complex assemblies, and the emergence of dendritic flow architecture are discussed.

Constructal design starts from the smallest scale (elemental volume) and proceeds toward larger and more complex assemblies of elements.

Scientists have already learnt how to use self-assembly to build nanoscale clusters of atoms, layers, pillars, tubes, ribbons, spheres, rods and rings, as well as more complex assemblies that resemble natural structures such as helices or even flowers.

In past work, the structure was optimized as a sequence of building blocks (volume sizes), which started with the smallest size (elemental volume) and continued toward larger and more complex assemblies (first construct, second construct, etc).

More complex assemblies can still be as high as a $1 a base.

For more complex assemblies in two- or three-dimensional forms, the ordinary DNA is not appropriate as a building unit because it is topographically one-dimensional and it is not mechanically stiff enough.

PHF6 peptides were found to associate less efficiently or to dissociate after transient contact formation, which gave rise to more complex assembly pathways all the way to the decamer.

Other pedal configurations (like double bass pedals) will have more complex assembly processes.

Although in nature parallel dimers, trimers and tetramers dominate, the potential to form larger oligomers and more-complex assemblies has long been recognised.

Compared with other nanofiber fabrication processes, electrospinning is versatile and superior in production and construction of ordered or more complex nanofibrous assemblies.

Fundamental investigations into chain exchange dynamics and the influence of processing effects (e.g., cosolvent addition and removal, mixing method, agitation rate) establish routes to create micelles with improved stability and provide insight into more complex, hierarchical assembly pathways.