Thermal management has become increasingly critical in a broad range of applications,
including cooling electronic devices, regulating body temperature, harvesting solar energy …

The synthesis of carbon nanospheres (CNS) has developed rapidly in recent years, and
they are widely used owing to the tunability of their porous structures and surface properties …

Obtaining multifunctional materials with desired properties for astronautics is a challenge. In
this work, carbon nanofiber (CNF) and SiC-CNF aerogel films are fabricated using bacterial …

To enhance the interfacial interaction of activated carbon (AC) with volatile organic
compounds (VOCs), the AC surface was modified by depositing metal oxide nanoparticles …

An efficient, ecofriendly, amide-functionalized cellulose-based porous adsorbent was
synthesized by a cross-linking reaction between cellulose filament fibers and bisacrylamide …

An anionic Cd (II) metal–organic framework,{[NH2 (CH3) 2] 2 [Cd (μ4-TDBAT)]· 3H2O· DMF}
n (1)(TDBAT: 5, 5′-((thiophene-2, 5-dicarbonyl) bis (azanediyl)) diisophthalate), was …

Volatile organic compounds (VOCs) adsorption by carbonaceous materials is one of the
most promising technologies for their efficient abatement, which requires the construction of …

Pristine CNTs always suffer from a slow adsorption rate or low adsorption capacity.
Development of CNT-based adsorbents is highly desirable to improve their adsorption …

This study reports a novel method for synthesizing super-long carbon nanotubes (SL-CNTs)
from cellulose via a microwave treatment process without an external catalyst. CNTs with a …

This paper investigates the impact of biomass components (ie cellulose and lignin) on direct
production of carbon nanotubes (CNTs) from renewable biomass by means of microwave …