BCN materials with varied structures are attracting attention for promising diverse
applications. BCN materials are recognized for adaptable electrical properties, outstanding …

Abstract Two-dimensional Boron Carbon Nitride (BCN) is a complex ternary system that has
recently attracted great attention due to its ability to be tuned over a range of chemical …

We report tunable band gaps and transport properties of B-doped graphenes that were
achieved via controllable doping through reaction with the ion atmosphere of trimethylboron …

Multiwalled boron carbonitride (BCN) nanotubes with two different structures were
synthesized via thermal chemical vapor deposition; one has 10% C atoms homogeneously …

This review provides an overview of materials within the B–C–N triangular zone. The
structure, properties, synthesis routes and applications of boron carbon nitride (BCN) …

Recent trends in 2D materials like graphene are focused on heteroatom doping in a
hexagonal honeycomb lattice to tailor the desired properties for various lightweight atomic …

Hexagonal BCN (h-BCN) has been identified as a promising class of electromagnetic wave
(EMW) absorption material for critical Mach number aerocraft due to its exceptional thermal …

Chemical doping of graphene with small boron nitride (BN) domains has been shown to be
an effective way of permanently modulating the electronic properties in graphene. Herein we …

Chemical doping has been demonstrated to be an effective method for producing high-
quality, large-area graphene with controlled carrier concentrations and an atomically …

Boron carbonitride (BCN) films have been synthesized on Si (100) substrate by radio
frequency plasma enhanced chemical vapor deposition using tris-(dimethylamino) borane …