Carbothermal reduction could be employed as a facile technology for the synthesis of
various novel materials, especially transition-metal-functionalized nanostructures. In …

Transition metal nitride and carbide have several similarities in their preparatory methods,
properties, and applications. Synthetic parameters have remained the main factors that …

Highly active electrode materials with judicious design of nanostructure are important for the
construction of high-performance electrochemical energy storage devices. In this work, we …

Recently, hydroxylated and fluorinated graphene-like titanium carbide TiC x layers have
been solvothermally fabricated in large amounts from so-called MAX phase Ti 3 AlC 2. We …

Customized electrode materials with good temperature adaptability and high‐rate capability
are critical to the development of wide‐temperature power sources. Herein, high‐quality TiC …

Microstructure and mechanical properties of Al2O3–C refractories using Ni-catalyzed
phenolic resin as binder coked in the temperature range from 800° C to 1400° C are …

In this work, single-crystalline TiC nanorods (NRs) were successfully synthesized via a
simple, convenient, and cost-effective biotemplate method. Use of natural nanoporous …

TiC whiskers were synthesized by carbothermal reduction process. By using these whiskers
as the toughening phase, a novel TiB 2 based ceramic cutting tool material was prepared …

Al2O3 fibers for strengthening of high‐temperature composites have been grown by a
simple method that uses cheap, readily available raw materials and relatively low …

Formation of titanium di-boride (TiB2) whiskers through carbothermal reduction of TiO2 and
B2O3 has been studied from 900 to 1600° C in 1atm argon. K2CO3, which forms a low …