Numerical simulations were carried out using LS-DYNA™ software in the electromagnetic module.
It focuses on the modeling of the flexure-based supporting bearings, the thermal modeling of the electromagnetic module, and the unique characteristics of FELA, i.e., predictable and re-configurable open-loop positioning resolution.
Three-dimensional finite element analysis simulations were performed in the electromagnetic module of COMSOL Multiphysics (COMSOL Inc).
An electromagnetic force module investigated electromagnetic force from the different design parameters and the force could be obtained from a non-uniform magnetic field and symmetrical structural design.
An innovative design of micro-electromagnetic drive module is proposed to make a Π-type thin disc reciprocally and efficiently rotate within a certain of angular interval.
The Electronic Device Group segment offers ceramic capacitors, tantalum capacitors, saw devices, radio frequency modules, electromagnetic interference filters, clock oscillators, crystal units, ceramic resonators, optical low pass filters, connectors, thermal print heads, inkjet print heads, amorphous silicon photoreceptor drums, liquid crystal displays, and touch panel.
In order to estimate the plasma load impedance and design parameters, an integrated model composed of the hydrogen plasma global model, the two-dimensional electromagnetic model, the relative plasma dielectric constant calculation module, and the impedance matching circuit module is developed for the ion source with a rectangular tube geometry.
Optical properties of the structure are investigated by using 3D finite difference time domain (FDTD) simulations through the Sentaurus Electromagnetic Wave (EMW) Solver module package.
Finite-difference time-domain (FDTD) simulation is used to study the influence of plasmon on the light trapping and optical absorption of GaAs NWAs, while the optical generation and photoconversion efficiency are evaluated through Sentaurus Electromagnetic Wave (EMW) Solver module package.
Update: Although Google's press office failed to respond to questions about why Ara has been delayed, the project's team has now tweeted out a reason — and it's apparently down to the planned electromagnetic connections for holding modules together not being fit for purpose.
The best location for the M-O materials was found by finite element modeling (FEM) of electromagnetic field distribution in the module.
