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The semimetals and nonmetals have more complex structures.
The DNA origami technique allows much more complex structures to be assembled.
With this model, they can create much more complex structures than were previously possible.
Presumably human regulatory genes are more sophisticated and can construct greatly more complex structures like the human brain.
It's possible they are more sophisticated and able to construct greatly more complex structures, like the human brain.
The aggregates are side-by-side bundles of individual nanofibers or more complex structures.
This bio-inspired approach may enable the synthesis of more complex structures to advance these application spaces.
The method of analysis presented here can be extended to more complex structures.
Single tensegrity modules, as well as more complex structures based on them are considered.
The procedure proposed in this paper can be extended towards more complex structures.
Difficulties in modelling delamination growth in more complex structures are discussed.
More suggestions(15)
more complex conditions
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CEO of Professional Science Editing for Scientists @ prosciediting.com