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Nano-composite blend membranes based on Phosphonated titanium nanotubes for fuel cells

Imbert, Kathryn (2012-03-13)

[en] IN-SITU REDUCTION SYNTHESIS AND MICROSTRUCTURAL CHARACTERIZATION OF CU-AL2O3 E NI-AL2O3 NANO-COMPOSITES[pt] SÍNTESE POR REDUÇÃO IN-SITU E CARACTERIZAÇÃO MICROESTRUTURAL DOS NANO-COMPÓSITOS CU-AL2O3 E NI-AL2O3

MARCELO SENNA MOTTA

[en] IN-SITU REDUCTION SYNTHESIS AND MICROSTRUCTURAL CHARACTERIZATION OF CU-AL2O3 E NI-AL2O3 NANO-COMPOSITES[pt] SÍNTESE POR REDUÇÃO IN-SITU E CARACTERIZAÇÃO MICROESTRUTURAL DOS NANO-COMPÓSITOS CU-AL2O3 E NI-AL2O3

MARCELO SENNA MOTTA

Luminescent nano-composites generated from a spray

CNRS; Universidade Estadual Paulista (Unesp) (Elsevier B.V., 2008-11-01)

The spray-pyrolysis (SP) synthesis technique has been employed to obtain SiO2:Eu3+ and gamma-AlOOH:Eu3+, It was possible to obtain sub-micrometric spherical particles of SiO2 with luminescent Eu3+ ions bonded to the silica ...

Electro-synthesis and characterization of polythiophene nano-wires/platinum nano-particles composite electrodes. Study of formic acid electro-catalytic oxidation

Autor desconocido (PERGAMON-ELSEVIER SCIENCE LTD, 2012)

Formation of nano-crystalline structure at the interface in Cu–C composite

Berner, A.; Fuks, D.; Ellis, D. E.; Mundim, Kleber Carlos; Dorfman, Simon; Berner, A.; Fuks, D.; Ellis, D. E.; Mundim, Kleber Carlos; Dorfman, Simon (Elsevier, 1999)

Formation of Cu–C composite is a difficult technological problem: carbon is practically insoluble in copper. We show that the heat treatment of the Cu–C composite leads to the formation of a thin (approximately 50 nm) ...

Soil Organic Matter in Nano-Composite and Clay Fractions, and Soluble Pools of the Rhizosphere

Monreal,CM; Schnitzer,M (Sociedad Chilena de la Ciencia del Suelo, 2008)

Sulfonated titanium nanotube based nano-composite blend membranes for fuel cell applications

Nancoo, Kandice (2012-03-13)

[pt] ASPECTOS DA SÍNTESE POR REDUÇÃO PREFERENCIAL E CARACTERIZAÇÃO DO NANOCOMPÓSITO CO-ZNO[en] ASPECTS OF SYNTHESIS BY PREFERENTIAL REDUCTION AND CHARACTERIZATION OF CO-ZNO NANOCOMPOSITE.

MARIO SERGIO SANT ANNA GONCALVES

[en] SYNTHESIS, PROCESSING AND CHARACTERIZATION OF CU-CNT NANOCOMPOSITE MATERIALS[pt] SÍNTESE, PROCESSAMENTO E CARACTERIZAÇÃO DE NANOCOMPÓSITOS CU-CNT

MARTIN EMILIO MENDOZA OLIVEROS

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Nano-composite blend membranes based on Phosphonated titanium nanotubes for fuel cells

[en] IN-SITU REDUCTION SYNTHESIS AND MICROSTRUCTURAL CHARACTERIZATION OF CU-AL2O3 E NI-AL2O3 NANO-COMPOSITES[pt] SÍNTESE POR REDUÇÃO IN-SITU E CARACTERIZAÇÃO MICROESTRUTURAL DOS NANO-COMPÓSITOS CU-AL2O3 E NI-AL2O3

[en] IN-SITU REDUCTION SYNTHESIS AND MICROSTRUCTURAL CHARACTERIZATION OF CU-AL2O3 E NI-AL2O3 NANO-COMPOSITES[pt] SÍNTESE POR REDUÇÃO IN-SITU E CARACTERIZAÇÃO MICROESTRUTURAL DOS NANO-COMPÓSITOS CU-AL2O3 E NI-AL2O3

Luminescent nano-composites generated from a spray

Electro-synthesis and characterization of polythiophene nano-wires/platinum nano-particles composite electrodes. Study of formic acid electro-catalytic oxidation

Formation of nano-crystalline structure at the interface in Cu–C composite

Soil Organic Matter in Nano-Composite and Clay Fractions, and Soluble Pools of the Rhizosphere

Sulfonated titanium nanotube based nano-composite blend membranes for fuel cell applications

[pt] ASPECTOS DA SÍNTESE POR REDUÇÃO PREFERENCIAL E CARACTERIZAÇÃO DO NANOCOMPÓSITO CO-ZNO[en] ASPECTS OF SYNTHESIS BY PREFERENTIAL REDUCTION AND CHARACTERIZATION OF CO-ZNO NANOCOMPOSITE.

[en] SYNTHESIS, PROCESSING AND CHARACTERIZATION OF CU-CNT NANOCOMPOSITE MATERIALS[pt] SÍNTESE, PROCESSAMENTO E CARACTERIZAÇÃO DE NANOCOMPÓSITOS CU-CNT