Modeling of Large Microwave Cavities for Industrial and Scientific Applications
The cavities of microwave heating devices need to be carefully designed in order to ensure safe, efficient operation and homogeneous field distributions. The size, the number of modes and the resonant nature of a cavity can pose difficulties for their simulation. This paper discusses the modeling of microwave cavities and demonstrates how a system for heating test samples was optimized using electromagnetic simulation.
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Coaxial / Rectangular Converter for the High-Power Microwave Applications
Broad-band (2GHz-6GHz) converter was simulated with CST MICROWAVE STUDIO®, and the measurements are currently carried out. The coverter is able to transfer TEM-mode of the coaxial line to the TE10-mode of the rectangular waveguide, and is suitable for...
Simulation of Cold-Test Parameters for Slow-Wave Structure using Eigenmode Solver
Cold-test parameters of a slow-wave structure can be obtained using CST MICROWAVE STUDIO® (CST MWS) Eigenmode solver without considering the input and output couplers. A single period helical slow-wave structure is simulated in the Eigenmode solver with...
Phase Center Computation of a Corrugated Horn
Phase center computations are a very sensitive subject and difficult to measure. The location of the phase center depends upon a couple of parameters such as polarization direction, scan angle direction and aperture width. The device modeled in this application...
Photonic Crystal Simulation
The paper demonstrates the possibilitiy to model photonic cyrystals using CST MICROWAVE STUDIO®. A one dimensional periodic band-gap structure is simulated using the Transient Solver.
Plane Wave Interactions with a Dielectric Half-Space at 60 THz
In this article, CST MICROWAVE STUDIO® is used to illuminate an infinite dielectric half-space with a uniform plane wave and the reflection and transmission quantities are obtained. This problem has an analytical solution which serves to validate the...
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