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AutorCamacho, Santiago
Accedido2019-08-09T18:45:48Z
Disponible2019-08-09T18:45:48Z
Fecha de publicación2018-09-16
Identificador de objeto (URI)http://cathi.uacj.mx/20.500.11961/8000
Resumen/AbstractMolybdenum oxides have gained attention in the last few years due to their vast variety of polymorphs. These materials relate to technological applications in several devices to exploit their chromic and electrical features, among others. Molybdenum oxide (MoO2 and Mo4O11) tracks are obtained in molybdenum thin films, deposited on glass substrates, by a previously reported (by our research group) optical technique based on femtosecond pulses from a Ti:sapphire laser oscillator. The present work reports on both the electrical resistance and resistivity of MoO2 tracks as a function of the per pulse laser fluence (Fp) used for the oxide synthesis. It is found that the electrical resistance, as well as the resistivity, of the MoO2 tracks drops as the delivered laser fluence is increased. The resistivity was determined to drop from 1.7 10 3Ωcm to 5 10 4Ωcm. This result agrees well with resistivity measurements reported in the literature for MoO2 nanosheets and films, respectively. This is explained by the fact that at low laser fluence the MoO2 forms a very thin surface layer, while for high laser fluences the MoO2 will get thick.es_MX
Descripción URIhttps://doi.org/10.1002/pssa.201800226es_MX
Idioma ISOen_USes_MX
Referencias físicas o lógicasProducto de investigación IITes_MX
Referencias físicas o lógicasInstituto de Ingeniería y Tecnologíaes_MX
TemaMolibdenum oxidees_MX
TemaLaseres_MX
TemaFluencees_MX
Área de conocimiento CONACYTinfo:eu-repo/classification/cti/1es_MX
TítuloLaser Fluence Dependence of the Electrical Properties of MoO2 Formed by High Repetition Femtosecond Laser Pulseses_MX
Tipo de productoArtículoes_MX
Imagen repositoriohttp://ri.uacj.mx/vufind/thumbnails/rupiiit.pnges_MX
Instituto (dcrupi)Instituto de Ingeniería y Tecnologíaes_MX
CosechableSies_MX
Volumen215es_MX
Rango de páginas1800226-6es_MX
Identificador DOI10.1002/pssa.201800226es_MX
CoautorCano, Miroslava
CoautorEsparza, Alejandro
CoautorMaya, Carmen
CoautorReynoso, Apolinar
CoautorCamacho, Marco
CoautorPerez, Israel
Título de revistaPhysica Status Solidi (A) Applications and Materials Sciencees_MX
Línea de investigaciónESTUDIOS EXPERIMENTALES EN SUPERFICIES E INTERFACES DE LOS MATERIALESes_MX
Cuerpo académicoFísica de Materialeses_MX


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