• Identification and simulation of atmospheric dispersion patterns of odour and VOCs generated by a waste treatment plant 

  Gutiérrez, M.C.; Hernández-Ceballos, Miguel Ángel; Márquez, P.; Chica Pérez, Arturo F.; Martín, M.A. (Elsevier, 2022)

  The impact of odorous gases emitted from waste treatment plants (WTP) has been a major concern of communities living near these facilities. This paper describes the methodology used to estimate the dispersion of odorous ...

• Data on Stark Broadening of Sn II Spectral Lines 

  Dimitrijevic, Milan S.; Christova, Magdalena D.; Yubero, Cristina; Sahal-Bréchot, Sylvie (MDPI, 2025)

  Data on spectral line widths and shifts broadened by interactions with charged particles, for 44 lines in the spectrum of ionized tin, for collisions with electrons and H II and HeII ions, are presented as online available ...

• Estudio de plasmas de microondas a presión atmosférica para su uso en el tratamiento de superficies metálicas de interés industrial 

  Morales Calero, Francisco Javier (Universidad de Córdoba, UCOPress, 2025)

  En el presente trabajo de tesis se estudia el uso de plasmas de microondas a presión atmosférica para modificar las propiedades superficiales de materiales ampliamente empleados en la industria, como el aluminio y el acero ...

• Ethanol-derived graphene by microwave plasma torch as efficient cathode for Li-S batteries with ultralong cycle life 

  Blázquez-Moreno, Jesús M.; Morales Calero, Francisco Javier; Cobos-Luque, A.; Raya, A.M.; Rincón, Rocío; Benítez, Almudena; Caballero, Álvaro (Elsevier, 2025)

  High-quality graphene derived from ethanol (EdG) using an atmospheric pressure plasma torch has been used for the first time as a sulfur host for lithium-sulfur (Li-S) battery cathodes. Its excellent structural, morphological, ...

• Isotopic effects on covalent bond confined in a penetrable sphere 

  Alcaraz Pelegrina, José Manuel; Sarsa, A.; Le Sech, C. (American Chemical Society, 2015)

  A model of confinement of the covalent bond by a finite potential beyond the Born−Oppenheimer approximation is presented. A two-electron molecule is located at the center of a penetrable spherical cavity. The Schrödinger ...

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