There is a toolbar of different operations underneath it, from which important tools, needed for simulation, will be discussed later on. The main menu has File, Edit, View, Simulation, and Help submenus. When Lumerical FDTD solutions software is opened, we can see a blank page with four views of x-y, perspective view, x-z, and y-z. Simulation example in Lumerical FDTD solutions We will be making the same two-layer thin film multilayer design ( discussed in the previous discussion) in this software and simulate the design for the optical and near-infrared regimes (350-1050 nm). We will only discuss one software, namely Lumerical FDTD solutions, which employ the finite difference time domain (FDTD) method.
Here we will introduce the software techniques which are employed to find the reflection, transmission, and phase from 3D objects, and to optimize the resonances produced by the said objects. We covered 2D simulations in our previous discussion on 2D thin film calculations.
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