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Through billions of years of evolution, nature has created biological materials with remarkable properties.
In the natural world, bottom-up hierarchical construction of complex structures results in materials with remarkable properties.
Demonstrably, it is very promising to prepare some graphene-based materials with remarkable property due to the superior electrical conductivity and high surface [14].
Nature has refined structural proteins to perform defined functions through the association of specific amino acid sequences in various combinations, creating diverse materials with remarkable properties.
Graphene and its derivatives, graphene oxide (GO) and reduced graphene oxide (rGO), are 2D carbon-based materials with remarkable physical, chemical and biological properties.
A better understanding of how macromolecules act in the precipitation of inorganic phases is the key to designing biomimetic routes for producing self-organized materials with remarkable properties.
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Graphene was one-atom-thick carbon material with remarkable electronic, mechanical, and thermal properties [1,2].
Carbon nanotube (CNT) is a unique form of carbon material with remarkable physical, chemical, and electrical properties [1].
This mixture of flowable and hard components at a particular composition, results in a material with remarkable properties.
Graphene is a novel two-dimensional material with remarkable mechanical and electrical properties, such as high carrier-mobility and outstanding mechanical flexibility [1].
Plant derived cellulose nano-fibers (CNF) are a material with remarkable mechanical properties compared to other natural fibers.
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