The diversity of thermal transport properties in carbon nanomaterials enables them to be
used in different thermal fields such as heat dissipation, thermal management, and …

Topological phononics, a fascinating frontier in condensed matter physics, holds great
promise for advancing energy‐related applications. Topologically nontrivial phonons …

The electromagnetic (EM) absorbing cross section (ACS) of carbon foams in the mm-wave
frequency range 50–70 GHz is analyzed by means of a reverberation chamber (RC) set-up …

Vertical heterostructures of two-dimensional (2D) materials are excellent candidates for
designing next-generation electronic devices with superior performance. By using both ab …

The aim of this work is to synthesize and characterize a nanostructured material with
improved parameters suitable as a chemiresistive gas sensor sensitive to propylene glycol …

Porous carbons have long been used in the field of Li-ion batteries (LIB); the disorder of the
pore alignment, however, limits the performance. Here, we theoretically design more than …

A novel supercapacitor based on ultralight and elastic three-dimensional (3D) porous
melamine foam (MF)-derived macroporous carbon (3DPMFDMC)/reduced graphene oxide …

A detailed physical meaning of the electronic phase transition in monolayer black
phosphorus (BP) has been addressed in the presence of local gate voltage and Zeeman …

Abstract Penta-hexa-graphene (PHG) is the name given to a novel puckered monolayer of
carbon atoms tightly packed into an inerratic mixing pentagonal and hexagonal network …

Two-dimensional materials with intrinsic long-range ordered magnetic moments have drawn
a lot of attention. However, for practical applications, whether or not the magnetism is stable …