The rapid growth of wireless technologies and urban development has led to a concerning
increase in acoustic and electromagnetic pollution. Herein, we have developed robust …

The imminent threat of noise pollution requires the development of efficient acoustic
materials. Aerogels have been considered as a promising noise reduction materials due to …

The increasingly distressing problem of noise pollution prompts the rapid research and
development of lattice-based acoustic materials for practical applications. These lattices …

With the rapid development of modern industry, noise pollution has become one of the
serious environmental problems in human life. The application of porous sound absorption …

The rapid development of human society has brought much noise pollution, which damage
our quality of life seriously. However, it is difficult to design a material with broadband sound …

The generation of various noise has caused severe noise pollution issues across a wide
frequency spectrum, urgently requiring the development of sound-absorbing materials …

Aerogels exhibit bright prospect for multifunctional applications in noise reduction, radar
stealth, load bearing, etc. Existing aerogels however suffer from poor sound absorption at …

Utilizing the resonance of atomically thin graphene sheets has been proved as an efficient
strategy to enhance the acoustic absorption. However, it still remains a great challenge to …

The aramid nanofibrous aerogels (ANFs) have various application prospects due to their
ultra-light, high porosity and excellent properties of aramid fibers. However, the preparation …

Liquid adsorption has a wide range of industrial and environmental applications. In recent
years, interest in liquid adsorption technology that leverages porous materials has surged …