Mostrando 10 resultados de: 12
Publisher
Catalysis Today(2)
Journal of Porous Materials(2)
Applied Catalysis A: General(1)
Clays and Clay Minerals(1)
Dalton Transactions(1)
Área temáticas
Química física(4)
Ingeniería y operaciones afines(3)
Física aplicada(2)
Ingeniería química(2)
Microorganismos, hongos y algas(2)
Bactericidal Performance of Chlorophyllin-Copper Hydrotalcite Compounds
ArticleAbstract: Copper hydrotalcites with and without adsorbed chlorophyllin exhibit a bactericidal effect that depePalabras claves:Antimicrobial, bacteria, Chlorophyllin, Copper, Layered double hydroxides, wastewaterAutores:Bosch P., Da Silva Crespo J., Dias Do Amaral L.J., Fetter G., Giovanela M., José A. Rivera, Rocha Oliveira G., Sampieri A.Fuentes:scopusExploring and tuning the anchorage of chlorophyllin molecules on anionic clays
Conference ObjectAbstract: In experiments modeling photosynthesis, well dispersed chlorophyll molecules are required. A solutioPalabras claves:Chlorophyll, Green pigment, hydrotalcite, Microwave irradiation, photosynthesisAutores:Alicia Sommer Márquez, Bosch P., Fetter G., Palomares E., Romero A.Fuentes:googlescopusNew hydroxyapatite-hydrotalcite composites I. synthesis
ArticleAbstract: The synthesis and characterization of original materials, composed by hydrotalcite and hydroxyapatitPalabras claves:BIOMATERIAL, bone, Catalyst, composite, hydrotalcite, Hydroxyapatite, Microwave irradiationAutores:Baños L., Bosch P., Fetter G., Guzmán J., José A. RiveraFuentes:scopusNew hydroxyapatite-hydrotalcite composites II. microwave irradiation effect on structure and texture
ArticleAbstract: Acid-basic materials are often used to catalyse organic reactions. Hydroxyapatite is acidic and hydrPalabras claves:Bifunctional catalyst, Bone filling, composite, drug delivery, hydrotalcite, Hydroxide, Hydroxyapatite, Microwave irradiation, phosphate, Porous materialAutores:Bosch P., Fetter G., José A. RiveraFuentes:scopusNew template effect in hydrotalcite synthesis. nodular VS. layered morphologies
ArticleAbstract: The morphology of hydrotalcites determines their use in catalysis, biomedicine, or adsorption as thePalabras claves:Ammonium hydroxide, Globular, hydrotalcite, Microwave irradiation, Nanoporosity, Nodule, Spherical materials, ultrasound irradiation, VesicleAutores:Alicia Sommer Márquez, Bosch P., Fetter G., Lara V.Fuentes:googlescopusNickel distribution in (Ni,Mg)/Al-layered double hydroxides
ArticleAbstract: Hydrotalcites are anionic clays whose structure is lamellar. They are constituted by pairs of octahePalabras claves:aluminum, hydrotalcite, Magnesium, microporous materials, Microwave irradiation, Nanometrical NiO, nickel, ZincAutores:Bosch P., Fetter G., Jiménez Y., José A. Rivera, Xochipa M.M.Fuentes:scopusHigh-Performance Materials Based on Lithium-Containing Hydrotalcite-Bayerite Composites for Biogas Upgrade
ArticleAbstract: To upgrade biogas, carbon dioxide has to be selectively removed from methane. Lithium ceramics havePalabras claves:Autores:Bosch P., Fetter G., Hernández-Huesca R., José A. Rivera, López-Jurado D., Pérez-Cruz M.A., Torralba-Sánchez R.Fuentes:scopusHydroxyapatite synthesis using microwave irradiation during the crystallization step
ArticleAbstract: Synthetic hydroxyapatite, Ca10(PO4)6(OH)2, is a biomaterial used to reconstruct damaged bone tissuePalabras claves:Biomaterials, Hydroxyapatite, Hydroxyls, Microwave irradiation, MORPHOLOGY, Nuclei, Ph, PorosityAutores:Bosch P., Fetter G., José A. Rivera, Jose Ángel Rivera OrtegaFuentes:googlescopusMicrowave power effect on hydrotalcite synthesis
ArticleAbstract: Hydrotalcite-like compounds, also referred as double layered hydroxides, are anionic clay-like compoPalabras claves:aluminum, hydrotalcite, Ion diffusion, Magnesium, microporous materials, Microwave irradiation, ZincAutores:Bosch P., Fetter G., José A. Rivera, Jose Ángel Rivera OrtegaFuentes:googlescopusPreparation of layered double hydroxide/chlorophyll a hybrid nano-antennae: A key step
ArticleAbstract: In the first step to obtain an efficient nano-antenna in a bottom-up approach, new hybrid materialsPalabras claves:Autores:Alicia Sommer Márquez, Bosch P., Fetter G., Lerner D.A., Palomares E., Tichit D.Fuentes:googlescopus