Search

Now showing items 1-3 of 3

Gas Sensing with Modified Carbon Nanotubes, Graphene and Diamondoids

Casanova Cháfer, Juan (Date of defense: 2020-02-21)

Aquesta tesi està centrada en el desenvolupament de diferents sensors de gasos mitjançant la modificació de nanomaterials de carboni. Concretament, al llarg d’aquest treball s’han modificat nanotubs de ...

Functionalized carbon nanotubes for detecting traces of benzene vapours employing screen-printed resistive and resonant transducers

Clément, Pierrick (Date of defense: 2015-09-24)

Capes de nanotubs de carboni de múltiples parets (MWCNTs) s'han dipositat sobre diferents substrats transductors per a aplicacions de detecció de gasos. MWCNTs tractats amb plasma d'oxigen, anomenats ...

Synthesis and gas sensing properties of inorganic semiconducting, p-n heterojunction nanomaterials

Navarrete Gatell, Eric (Date of defense: 2021-09-10)

En aquesta tesis utilitzant principalment Aerosol Assited Chemical Vapor Deposition, AACVD, com a metodologia de síntesis d'òxid de tungstè nanoestructurat s'han fabricat diferents sensors de gasos. Per ...

Search

Gas Sensing with Modified Carbon Nanotubes, Graphene and Diamondoids

Functionalized carbon nanotubes for detecting traces of benzene vapours employing screen-printed resistive and resonant transducers

Synthesis and gas sensing properties of inorganic semiconducting, p-n heterojunction nanomaterials

Filter

Director

Date of defense

Language

Keywords and Knowledge Area

Subjects

Full text availability

Search

Filters

Gas Sensing with Modified Carbon Nanotubes, Graphene and Diamondoids

Functionalized carbon nanotubes for detecting traces of benzene vapours employing screen-printed resistive and resonant transducers

Synthesis and gas sensing properties of inorganic semiconducting, p-n heterojunction nanomaterials