Gold-core/palladium-shell metamaterials for hydrogen detection are presented. The more than 30% change in both the reflection and transmission from the metamaterial layer that is observed when the layer is exposed to 2% hydrogen mixture is clearly noticeable to the naked eye as a change in the brightness of light transmitted by the metamaterial. This sensor should make a contribution to the safety of processes involving hydrogen.</p
In this review, we discuss the evolution of localized surface plasmon resonance and surface plasmon ...
Nanostructured metal hydrides are able to efficiently detect hydrogen in optical sensors. In the lit...
Nanoplasmonics concerns the interactions between light and metal nanoparticles. In this thesis nanop...
A palladium (Pd)-based optical metamaterial has been designed, fabricated and characterized for its ...
A palladium (Pd)-based optical metamaterial has been designed, fabricated and characterized for its ...
A palladium (Pd)-based optical metamaterial has been designed, fabricated and characterized for its ...
International audienceHydrogen use, as a clean and almost infinite energy source, has an economic im...
International audienceHydrogen use, as a clean and almost infinite energy source, has an economic im...
International audienceHydrogen use, as a clean and almost infinite energy source, has an economic im...
Plasmonic materials provide a promising platform for optical hydrogen detection, but their sensitivi...
Nanostructured metal hydrides are able to efficiently detect hydrogen in optical sensors. In the lit...
Plasmonic hybrid nanomaterials are highly desirable in advanced sensing applications. Different comp...
Plasmonic hybrid nanomaterials are highly desirable in advanced sensing applications. Different comp...
Nanostructured metal hydrides are able to efficiently detect hydrogen in optical sensors. In the lit...
In this review, we discuss the evolution of localized surface plasmon resonance and surface plasmon ...
In this review, we discuss the evolution of localized surface plasmon resonance and surface plasmon ...
Nanostructured metal hydrides are able to efficiently detect hydrogen in optical sensors. In the lit...
Nanoplasmonics concerns the interactions between light and metal nanoparticles. In this thesis nanop...
A palladium (Pd)-based optical metamaterial has been designed, fabricated and characterized for its ...
A palladium (Pd)-based optical metamaterial has been designed, fabricated and characterized for its ...
A palladium (Pd)-based optical metamaterial has been designed, fabricated and characterized for its ...
International audienceHydrogen use, as a clean and almost infinite energy source, has an economic im...
International audienceHydrogen use, as a clean and almost infinite energy source, has an economic im...
International audienceHydrogen use, as a clean and almost infinite energy source, has an economic im...
Plasmonic materials provide a promising platform for optical hydrogen detection, but their sensitivi...
Nanostructured metal hydrides are able to efficiently detect hydrogen in optical sensors. In the lit...
Plasmonic hybrid nanomaterials are highly desirable in advanced sensing applications. Different comp...
Plasmonic hybrid nanomaterials are highly desirable in advanced sensing applications. Different comp...
Nanostructured metal hydrides are able to efficiently detect hydrogen in optical sensors. In the lit...
In this review, we discuss the evolution of localized surface plasmon resonance and surface plasmon ...
In this review, we discuss the evolution of localized surface plasmon resonance and surface plasmon ...
Nanostructured metal hydrides are able to efficiently detect hydrogen in optical sensors. In the lit...
Nanoplasmonics concerns the interactions between light and metal nanoparticles. In this thesis nanop...