Michael Mattes

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Related publications (87)

Contribution to the RF Breakdown in Microwave Devices and its Prediction

Juan Ramon Mosig, Michael Mattes

In this paper, the RF Breakdown power threshold in arbitrary complex components based on rectangular waveguide technology is investigated. In particular, multipactor (in vacuum) and corona discharge (close to the Paschen curve minimum) are analyzed. The ob ...

2006

Prediction of RF breakdown in microwave structures for satellite applications with FEST3D

Juan Ramon Mosig, Michael Mattes

In this paper, a software tool for the prediction of the corona discharge and the multipactor thresholds in passive components based on rectangular geometry for space applications is presented.The software tool has been compare to measurements showing a ve ...

2006

Contribution to the electromagnetic modelling and simulation of waveguide networks using integral equations and adaptive sampling

Michael Mattes

EPFL2003

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Michael Mattes

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Contribution to the RF Breakdown in Microwave Devices and its Prediction

Prediction of RF breakdown in microwave structures for satellite applications with FEST3D

Multipactor breakdown prediction in rectangular waveguide based components

An investigation of the effect of fringing fields on multipactor breakdown

FEST3D - A simulation tool for multipactor prediction

FEST3D - A simulation tool for corona prediction

Contribution to the electromagnetic modelling and simulation of waveguide networks using integral equations and adaptive sampling