Tungsten carbide exhibits platinum‐like behavior, which makes it an interesting potential
substitute for noble metals in catalytic applications. Tungsten carbide nanocrystals (≈ 5 nm) …

The addition of a suitable co-catalyst is an encouraging way to enhance the catalytic
performance of Pd based catalyst with low content. Herein, we describe an easy synthesis of …

The small size and high dispersion of cocatalysts on supports are essential to increase the
chance to contact with a Pt catalyst for promoting the synergistic effect. In this paper, we …

The introduction of a suitable co-catalyst is a promising way to improve the catalytic
efficiency of Pt catalysts. Herein, SBA-15 modified with well-dispersed Mo2N nanoparticles …

A novel, one-step protocol for the selective synthesis of W2C nanoparticles from
phosphotungstic acid (H3PW12O40), a low-cost and commercially available tungsten …

In this paper, WO2 was obtained by the pre-reduction of WO2. 72 under the mixture of CO-
CO2-N2. The influence of some factors such as reduction potential (CO/(CO+ CO2)) …

A systematic study on the effect of different carbon sources on the structural properties of
carbon-deficient tungsten carbide (W2C) nanoparticles prepared by the thermochemical …

The kinetics of simultaneous reduction and carburization of WO3─ NiO nanocomposite
powders by CO/CO2 was studied using a nonisothermal thermogravimetric analysis. The …

Carbide ceramics rank high among the hardest and most chemically resistant materials.
Their ability to resist physical and chemical attack under conditions where more traditional …

[ES] Existen multitudes de tecnologías avanzadas capaces de operar a alta temperatura
bajo condiciones severas, como aquellos que conforman las paredes interiores de futuros …