This makes a multifunctional composite, which is a good candidate for automobile or airplane structures.
However, due to the high surface energy of such NPs, they cannot be well dispersed in a biopolymer matrix to prepare a polymer/ceramic composite, which is usually demanded for tissue engineering applications.
In this work, we have explored a facile one-step hydrothermal method to synthesize a novel composite which is assembled by In2.77S4 nanoflakes and graphene.
After initial research, we discovered that by combining a mixture of long strands of shredded paper with a sodium silicate gluing agent, which protects against flame and moisture, we could create a new composite which is as strong as MDF (medium density fibreboard).
A novel scrimber composite, which is manufactured from fast-growing wood, is introduced in this paper.
Parallel strand bamboo (PSB) is a bamboo-based composite which is increasingly used to fabricate beams and columns in building constructions.
A polymer-modified cementitious composite which is used as the cover layer of bridges and highways is designed based on the multiscale material design theory.
Copper via is a conductor and is embedded in the composite, which is an insulator.
This article presents an attempt to design a novel solid-state NaBH4 composite, which is made up of NaBH4 powder, Co2+/IR-120 candlysiliconeilicone rubber, for hydrogen generator.
We developed the (Cu60Zr30Ti10 0.95Ta5 amorphous matrix composite, which is a Cu-based bulk amorphous composite reinforced with a micron-sized Ta-rich crystalline phase.
