第一章简介 第二章银质纳米线谐振腔散射教程 第三章环形谐振腔教程 第四章光子晶体微腔教程 简介 The goal of the Getting Started Guide is to introduce the Finite Difference Time Domain (FDTD) technique and explain how modeling is done with the software.The FDTD algorithm is useful for design and ...
Thank you for sharing the papers. To compare with any 3rd party tools, please be careful as you may not know the exact details of simulations. please refer this post: /forum/forums/topic/ansys-insight-why-my-simulation-result-is-different-from-published-paper-or-experiment/ For the 2nd case...
Inc. OverviewofFDTDmethod TOPICS Maxwellequations Yeecell Timedomaintechnique Fouriertransform SourcesandMonitors Computationalrequirements 2Dvs.3D AdvantagesoftheFDTDmethod 4 Name DifferentialformIntegralform Gauss’law Gauss'lawformagnetism (absenceofmagnetic monopoles): Faraday’slawofinduction: Ampère’slaw ...
The right knowledge of the dielectric response over broad frequency ranges is of utmost importance for the development of accurate theoretical models and computational techniques aimed at determining the electromagnetic field propagation properties inside complex and disordered dielectric materials. In ...
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