El-Speiy, M. E., M. A. El-Sawy, M. A. Tony, and T. A. Sadaka,
"COMPARATIVE STUDIES ON REPRODUCTIVE MALE RABBITS AS AFFECTED BY IVERMECTIN OR BOTH OF GARLIC AND CINNAMON OILS TREATMENTS 1. ACARICIDAL EFFICACY OF IVERMECTIN, GARLIC AND CINNAMON OILS AGAINST Sarcoptes scabiei IN SUFFERING INFESTED RABBITS.",
Egyptian Journal of Rabbit Science, vol. 26, issue 1, pp. 21-38, 2016.
El-Sawy, M. A., M. E. El-Speiy, M. A. Tony, and T. A. Sadaka,
"COMPARATIVE STUDIES ON REPRODUCTIVE MALE RABBITS AS AFFECTED BY THERAPEUTIC OF IVERMECTIN OR BOTH OF GARLIC AND CINNAMON OILS TREATMENTS. b. BIOCHEMICAL BLOOD, HORMONES AND SEMEN CHARACTERISTICS IN MALE RABBIT",
Egyptian Journal of Rabbit Science, vol. 26, issue 1, pp. 57-87, 2016.
Asal, Y. M., I. M. Al-Akraa, A. M. Mohammad, and M. S. El-Deab,
"A competent simultaneously co-electrodeposited Pt-MnOx nanocatalyst for enhanced formic acid electro-oxidation",
Journal of the Taiwan Institute of Chemical Engineers: Taiwan Institute of Chemical Engineers, 2018.
AbstractIn this paper, a new methodology replacing the typical sequential layer-by-layer immobilization, i.e., simultaneous co-electrodeposition protocol is proven eminent for assembling efficient binary nanoelectrocatalysts for formic acid (FA) electro-oxidation (FAO). This strategy is successful to integrate homogeneously Pt nanoparticles (nano-Pt; essential component for FA adsorption/oxidation) with manganese oxide nanowires (nano-MnOx; a CO poisoning alleviator) in a single blend avoiding the poisoning CO adsorption at the catalyst surface. The molar ratio of the catalyst's ingredients (Pt:Mn) in the deposition bath is critical in identifying the catalyst's composition of the prepared binary catalyst and thus, a molar ratio of (1:8) is optimum yielding the highest catalytic activity. It is believed that adjusting the catalyst's composition could preferably act against the adsorption of poisoning CO intermediate and/or providing an electronic support to the desired (low over potential) direct dehydrogenation pathway of FAO to CO2. © 2018 Taiwan Institute of Chemical Engineers