Russelite bismuth tungstate (Bi2WO6) has been widely reported for the photocatalytic degradation and mineralization of a myriad pollutants as well organic compounds. These materials present perovskite-like structure with hierarchical morphologies, which confers excellent optoelectronic properties potentials candidates solar fuels production. Here, we propose development Bi2WO6/TiO2 heterojuncti...

The widespread use of single-base propellant may contribute to serious pollution the environment. study pyrolysis could provide an in-depth understanding combustion mechanism, reveal key steps and reaction kinetics process, reduce damage when using In present study, behaviors, characteristic parameters, kinetics, thermodynamics, volatiles in argon atmosphere were studied. results showed that ma...

CH4, C2H6 and C2H4 are the most important outlet gaseous of oxidative couple methane (OCM) reaction and this process is a new technology for conversion of natural gas to ethane and ethylene products. In this study, adsorption of OCM outlet hydrocarbons over 10X zeolite has been examined at equilibrium conditions. Temperature and pressure are the most effective operational parameters in the batc...

El siguiente documento presenta una herramienta de aprendizaje automático para la interpretación anomalías en transformadores potencia utilizando el método bosques aleatorios. Mediante los resultados ensayos cromatografía gases aceite dieléctrico varios artículos publicados, se utiliza conjunto datos entregados por análisis disueltos (AGD) cantidades partes millón (ppm), cantidad hidrocarburos ...

We report herein the preparation, characterization, and catalytic performance of a series heterogeneous catalysts featuring highly dispersed zinc sites on zeolitic SSZ-13 ZSM-5 frameworks. The materials are evaluated in CO2-assisted oxidative ethane dehydrogenation, very important reaction for synthesis platform chemicals. In particular, we find that Zn2.92/SSZ-13 exhibits high reactivity conve...