Chile
2 mil seguidores Más de 500 os

Unirse para ver el perfil

Acerca de

He trabajado desde hace veinticinco años, principalmente en posiciones de desarrollo de…

Servicios

Solicitar propuesta

Actividad

Unirse para ver toda la actividad

Experiencia y educación

  • Pares&Alvarez

Mira la experiencia completa de 🇨🇱 Cristián

Mira su cargo, antigüedad y más

o

Al hacer clic en «Continuar» para unirte o iniciar sesión, aceptas las Condiciones de uso, la Política de privacidad y la Política de cookies de LinkedIn.

Publicaciones

  • FTIR study of the oxidation reaction of CO with O2 over bimetallic Pd–Rh/SiO catalysts in an oxidized state

    Catalysis Letters Nº 68 Vol 1-2, year 2000, pag.33-39

    CO species adsorbed on the surface of oxidized bimetallic Rh–Pd catalysts, prepared by coimpregnation and sequential impregnation methods, were analyzed in situ by IR spectroscopy, during the reaction of CO with O2 in an oxidizing atmosphere. The results show that the two methods of impregnation lead to the existence of oxidized Rh on the surface of the bimetallic catalyst, however, in the case of the sequential impregnation method, the Pd surface is more reduced than in the case of catalysts…

    CO species adsorbed on the surface of oxidized bimetallic Rh–Pd catalysts, prepared by coimpregnation and sequential impregnation methods, were analyzed in situ by IR spectroscopy, during the reaction of CO with O2 in an oxidizing atmosphere. The results show that the two methods of impregnation lead to the existence of oxidized Rh on the surface of the bimetallic catalyst, however, in the case of the sequential impregnation method, the Pd surface is more reduced than in the case of catalysts prepared by coimpregnation. The simultaneous presence of reduced Pd and oxidized Rh that occurs in the catalysts prepared by sequential impregnation allows the existence of a synergistic effect similar to that proposed in the literature for the Pt–Rh system. The lower degree of oxidation of the Pd in the catalysts prepared by sequential impregnation, is mainly due to the fact that the Pd in these catalysts comes from the organic precursor palladium acetylacetonate, while in the catalysts prepared by coimpregnation, the Pd comes from the precursor PdCl2.

    Otros autores
    • Paulo Araya
    Ver publicación

Idiomas

  • Inglés

    Competencia bilingüe o nativa

  • Alemán

    Competencia básica profesional

  • Portugués

    Competencia básica profesional

Más actividad de 🇨🇱 Cristián

Ver el perfil completo de 🇨🇱 Cristián

  • Descubrir a quién conocéis en común
  • Conseguir una presentación
  • ar con 🇨🇱 Cristián directamente
Unirse para ver el perfil completo

Perfiles similares

Otras personas con el nombre de 🇨🇱 Cristián Weissmann

Hay 2 personas más con el nombre de 🇨🇱 Cristián Weissmann en LinkedIn

Ver a otras personas con el nombre de 🇨🇱 Cristián Weissmann

Añade nuevas aptitudes con estos cursos

Ver todos los cursos