The whole content of the course will be covered by the class lectures with slides made available on the WeBee portal webeep.polimi.it
Argomenti del programma: 1 - Optical response of materials This module covers the physical description of the optical response of materials, focusing on the modeling of the dielectric function and on the different light-matter interactions that characterize different classes of materials - Transmission, reflection, and absorption of light; Kramers-Kronig relations - The Drude-Lorentz material response - Dielectric materials: dielectric…
The whole content of the course will be covered by the class lectures with slides made available on the WeBee portal webeep.polimi.it
Argomenti del programma: 1 - Optical response of materials This module covers the physical description of the optical response of materials, focusing on the modeling of the dielectric function and on the different light-matter interactions that characterize different classes of materials - Transmission, reflection, and absorption of light; Kramers-Kronig relations - The Drude-Lorentz material response - Dielectric materials: dielectric…
The whole content of the course will be covered by the class lectures with slides made available on the WeBee portal webeep.polimi.it
Argomenti del programma: 1 - Optical response of materials This module covers the physical description of the optical response of materials, focusing on the modeling of the dielectric function and on the different light-matter interactions that characterize different classes of materials - Transmission, reflection, and absorption of light; Kramers-Kronig relations - The Drude-Lorentz material response - Dielectric materials: dielectric…
Argomenti del programma: Campi elettrici e magnetici variabili nel tempo: Legge di Faraday dell’induzione elettromagnetica, legge di Lenz, esempi elementari e applicazioni semplici (generatori CC e CA); Autoinduzione e energia magnetica; Circuiti magneticamente accoppiati, mutua induzione; Legge di Ampère-Maxwell e la corrente di spostamento; Le equazioni di Maxwell (cenni sulla formulazione differenziale).
Politecnico di Milano · Scuola di Ingegneria Industriale e dell'Informazione · 5 CFU · apri nel catalogo
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Bacheca del docente: cosa indica di studiare
The whole content of the course will be covered by the class lectures with slides made available on the BeeP portal beep.metid.polimi.it
Argomenti del programma: Introduction and basic tools Introduction to Sound and Vibrations; Complex numbers, harmonic Functions and Phasors; RMS value of a time dependent quantity; Harmonic Analysis: Fourier series and Fourier Transform; Vector and Tensor Algebra and differential operators; Superficial forces in a continuum medium: stress tensor.
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