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Listar Científica por autor "Acuña Avila, Pedro Estanislao"

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  • Effect of chia mucilage addition on oxidation and release kinetics of lemon essential oil microencapsulated using mesquite gum – chia mucilage mixtures 
    CORTES CAMARGO, STEFANI; Acuña Avila, Pedro Estanislao; RODRIGUEZ HUEZO, MARIA EVA; ROMAN GUERRERO, ANGELICA; VARELA GUERRERO, VICTOR; PEREZ ALONSO, CESAR (Food Research International, 2019-02-01)
    Lemon essential oil (LEO) emulsions were prepared using mesquite gum (MG) - chia mucilage (CM) mixtures (90-10 and 80-20 MG-CM weight ratios) and MG as control sample, LEO emulsions were then spray dried for obtaining the ...
  • Effect of thermal treatment on Zn nanodisks 
    Acuña Avila, Pedro Estanislao; LOPEZ RAMIREZ, ROBERTO; VIGUERAS SANTIAGO, ENRIQUE; HERNANDEZ LOPEZ, SUSANA; CAMACHO LOPEZ, MARCO ANTONIO; ORNELAS GUTIERREZ, CARLOS ELIAS; Antunez Flores, Wilber (AIP Advances, 2015-06-01)
    Metallic Zn nanodisks with hexagonal morphology were obtained onto glass sub- strate under vacuum thermal evaporation. A thermal characterization of Zn nanodiks showed a lower oxidation temperature than source powder Zn. ...
  • Estudio de la formación de ZnO por tratamiento térmico a partir de películas nanoestructuradas de Zn con aplicaciones al sensado de vapores de etanol 
    Acuña Avila, Pedro Estanislao (Universidad Autónoma del Estado de México, 2017-08-03)
    En el presente trabajo se muestran los resultados de experimentos relacionados con la obtención de películas metálicas de zinc (Zn) sobre vidrio por el método de la evaporación térmica al vacío. Las películas metálicas de ...
  • Role of the vaccum pressure and temperature in the shape of metal Zn nanoparticles 
    LOPEZ RENDON, ROBERTO; VIGUERAS SANTIAGO, ENRIQUE; Acuña Avila, Pedro Estanislao; HERNANDEZ LOPEZ, SUSANA; LOPEZ TELLEZ, GUSTAVO; Zaragoza Contreras, Erasto Armando; HERNANDEZ ESCOBAR, CLAUDIA ALEJANDRA; Antunez Flores, Wilber; TORRES GOMEZ, NAYELY (Bulletin of Materials Science, 2015-07-06)
    Zinc (Zn) nanoparticles were fabricated by the high-vacuum thermal evapouration technique. The vacuum pressure was modified from 10−6 to 15 Torr and the substrate temperature was increased from room temperature to 100◦C ...

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