0000000000383622

AUTHOR

Vicente Ferrando Martín

showing 4 related works from this author

WAVEFRONT TESTER: Un nuevo laboratorio virtual para el estudio de los sensores frente de onda.

2016

[EN] We present a new virtual laboratory developed with MatlabcGUI (Graphical User Interface) used toteach di erent aberration eff ects in the "Tecnologi a de Sensores Optoelectr onicos" at "Escuela T ecnicaSuperior de Ingenier a del Diseño" of the Universitat Polit ecnica de Val encia. The objective of this lab is to provide a computer tool to study the working principle of a Shack Hartman sensor and the parameters that determine the dynamic range of the same. Some examples made with di fferent aberrations (defocus,astigmatism, coma) and for diff erent sensor con gurations are presented.

MATLABAberraciones02 engineering and technologyGeneral MedicineGeneral ChemistryWavefront sensors01 natural scienceslcsh:Education (General)aberraciones sensores de frente de onda MATLAB.010309 opticsAberrations020210 optoelectronics & photonics0103 physical sciencesSensores de frente de onda0202 electrical engineering electronic engineering information engineeringlcsh:L7-991Modelling in Science Education and Learning
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Aperiodic Diffract: Study of diffraction gratings

2014

[EN] In this work we introduce a virtual laboratory, APERIODIC DIFFRACT, developed in Matlab GUI (Graphical User Interface) as an informatics tool for teaching the diffractive properties of aperiodic gratings. This GUI allows the student to generate aperiodic sequences by iterating and lets to study the spectra for different iterating orders.

EspectroAperiodic sequencesDifracciónSpectraDiffractionSecuencias aperiódicas
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Aperiodic Diffract: Study of diffraction gratings

2014

In this work we introduce a virtual laboratory, APERIODIC DIFFRACT, developed in Matlab GUI (Graphical User Interface) as an informatics tool for teaching the diffractive properties of aperiodic gratings. This GUI allows the student to  generate aperiodic sequences by iterating and lets to study the spectra for different iterating orders.<br /><br />

DiffractionEngineeringbusiness.industryGeneral MedicineGeneral Chemistrylcsh:Education (General)Aperiodic graphComputer graphics (images)Virtual LaboratoryComputerSystemsOrganization_SPECIAL-PURPOSEANDAPPLICATION-BASEDSYSTEMSMATLABbusinessTelecommunicationslcsh:L7-991computerDiffraction gratingDifracción secuencias aperiódicas espectrocomputer.programming_languageGraphical user interfaceComputingMethodologies_COMPUTERGRAPHICSModelling in Science Education and Learning
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Diseño físico-matemático de un espectrómetro óptico

2016

[EN] This work presents the design and construction of a spectrometer made in the laboratory and the development of mathematical models needed to process and analyze the acquired spectrum. For modeling functions it has been used LabVIEW program. The aim is to bring this type of instrumentation to engineering students from both, physical and mathematical point of view. The application has been successfully integrated in the learning strategies of the course Sensores Fisicos, Master Universitario en Sensores Para Aplicaciones Industriales at the Universitat Politecnica de Valencia. As an example, we have characterized different light sources emitting in different regions of the electromagneti…

espectrómetro red de difracción espectro electromagnético05 social sciences050301 educationDiffraction grating01 natural sciencesRed de difracciónSpectrometerlcsh:Education (General)Electromagnetic spectrum0103 physical sciencesEspectrómetro010306 general physicslcsh:L7-9910503 educationEspectro electromagnéticoModelling in Science Education and Learning
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