EMPHASIS/Nevada UTDEM user guide. Version 2.0.

Turner, C. David; Seidel, D. B.; Pasik, Michael F.

doi:10.2172/1029810

2011

DOI: 10.2172/1029810

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EMPHASIS/Nevada UTDEM user guide. Version 2.0.

C. David Turner¹,

D. B. Seidel²,

Michael F. Pasik³

Abstract: The Unstructured Time-Domain ElectroMagnetics (UTDEM) portion of the EMPHASIS suite solves Maxwell's equations using finite-element techniques on unstructured meshes. This document provides user-specific information to facilitate the use of the code for applications of interest. 4

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Circuit-Code Modeling of the Refurbished Z Accelerator: Comparison of Measurements with Predictions

Struve

Bennett

Chavez

et al. 2008

2008 IEEE International Power Modulators and High-Voltage Conference

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EMPHASIS/Nevada UTDEM user guide. Version 2.0.

Abstract: The Unstructured Time-Domain ElectroMagnetics (UTDEM) portion of the EMPHASIS suite solves Maxwell's equations using finite-element techniques on unstructured meshes. This document provides user-specific information to facilitate the use of the code for applications of interest. 4

Cited by 3 publications

References 3 publications

Circuit-Code Modeling of the Refurbished Z Accelerator: Comparison of Measurements with Predictions

Circuit-Code Modeling of the Refurbished Z Accelerator: Comparison of Measurements with Predictions

Computational Techniques for Pulsed Power Design

Investigation of the angular scattering model on the electron runaway condition

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