# Condivisione Modelli

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Displaying entries 41-50 out of 68.

 Surface plasmon polaritons by Kretschmann-Raether 29 reviews Excitation of surface plasmon polaritions at the silver-air interface in Kretschmann-Raether configuration - Tutorial model for COMSOL/LFW webinar "Modeling Optoelectronic Devices and Plasmon...
 Surface plasmon polaritons by scattering 18 reviews Excitation of surface plasmon polaritons at the silver-air interface by scattering configuration - Tutorial model for COMSOL/LFW webinar "Modeling Optoelectronic Devices and Plasmon Effects"
 RVE with periodic boundary conditions 4 reviews Representative Volume Element (RVE) with periodic boundary conditions - 2D plane strain model. - Prescribe average deformation. - Calculate effective/average stress. - Perturbation method to...
 What is wrong in this superscatterer sctructure? 2 reviews I read a paper about superscatterer blocking structure. [1] [1] Xudong Luo, Tao Yang, Yongwei Gu, Huanyang Chen, Hongru Ma, 'Conceal an entrance by means of superscatterer,' Applied Physics...
 Modelling Magma Intrusion in Sills 3 reviews We used COMSOL Multi physics (Pipe and Particle Tracing Modules) to simulate the lateral, pressure driven flow of viscous magma in 2 and 3D. The model uses field (digital) images of the magmatic...
 Surface plasmon polariton excitation in Kretschmann configuration 13 reviews Excitation of surface plasmon polaritions at the gold-air interface in Kretschmann configuration.
 Tutorial models for COMSOL Webinar "Simulating Graphene-Based Photonic and Optoelectronic Devices" 92 reviews Basic tutorial models for COMSOL Webinar "Simulating Graphene-Based Photonic and Optoelectronic Devices" by Prof. Alexander Kildishev, Purdue University, USA Validation with a meshless method...
 Shape of a static meniscus pinned at the contact line from Young-Laplace equation 6 reviews This is a simple example for equation based modeling where the static Young-Laplace equation - [Delta P] = [surface tension] * [divergence of the surface normal vector] - is solved to determine the...
 Maxwell-Wagner Model of Blood Permittivity 3 reviews Maxwell-Wagner model is used for explanation of frequency dispersion, which takes place for permittivity at various kinds of suspensions. In particular, this phenomenon is observed in the blood. The...
 Laserwelding 10 reviews Laser Welding of PMMA with 1 W Laser.