Search Results - Jostingmeier, A.

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  1. 1
    Application of the eigenmode transformation technique for the analysis of planar transmission lines

    Application of the eigenmode transformation technique for the analysis of planar transmission lines by Rieckmann, C., Jostingmeier, A., Omar, A.S.

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  2. 2
    Rigorous and numerically efficient computation of the irrotational electric and magnetic eigenfunctions of complex gyrotron cavities

    Rigorous and numerically efficient computation of the irrotational electric and magnetic eigenfunctions of complex gyrotron cavities by Jostingmeier, A., Rieckmann, C., Omar, A.S.

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  3. 3
    Application of the eigenmode transformation technique for the analysis of planar transmission lines

    Application of the eigenmode transformation technique for the analysis of planar transmission lines by Rieckmann, C., Jostingmeier, A., Omar, A.S.

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  4. 4
    Analysis of inhomogeneously filled cavities coupled to waveguides using the VIE formulation

    Analysis of inhomogeneously filled cavities coupled to waveguides using the VIE formulation by Jostingmeier, A., Omar, A.S.

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  5. 5
    Self-consistent multi-mode time domain analysis of gyrotrons

    Self-consistent multi-mode time domain analysis of gyrotrons by Jostingmeier, A., Rieckmann, C., Omar, A.S.

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  6. 6
    Systematic searching for cavity and waveguide modes by making use of Foster's theorem

    Systematic searching for cavity and waveguide modes by making use of Foster's theorem by Jostingmeier, A., Rieckmann, C., Omar, A.S.

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  7. 7
    Application of the GSD technique to the analysis of slot-coupled waveguides

    Application of the GSD technique to the analysis of slot-coupled waveguides by Omar, A.S., Jostingmeier, A., Rieckmann, C., Lutgert, S.

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  8. 8
    Rigorous and numerically efficient computation of the irrotational electric and magnetic eigenfunctions of complex gyrotron cavities

    Rigorous and numerically efficient computation of the irrotational electric and magnetic eigenfunctions of complex gyrotron cavities by Jostingmeier, A., Rieckmann, C., Omar, A.S.

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  9. 9
    Numerically efficient taper analysis with controlled resolution

    Numerically efficient taper analysis with controlled resolution by Jostingmeier, A., Rieckmann, C., Omar, A.S.

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  10. 10
    Analysis of the scattering by dielectric bodies using the SIE formulation

    Analysis of the scattering by dielectric bodies using the SIE formulation by Jostingmeier, A., Omar, A.S.

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  11. 11
    Computation of the irrotational magnetic eigenfunctions belonging to complex cavities

    Computation of the irrotational magnetic eigenfunctions belonging to complex cavities by Jostingmeier, A., Rieckmann, C., Omar, A.S.

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  12. 12
    A novel multimodal waveguide technique for the broadband characterization of dielectric material parameters

    A novel multimodal waveguide technique for the broadband characterization of dielectric material parameters by Panzner, B., Jostingmeier, A., Omar, A.

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  13. 13
    Computer tomography as imaging technique for ground penetrating radar - A case study

    Computer tomography as imaging technique for ground penetrating radar - A case study by Panzner, B., Jostingmeier, A., Omar, A.

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  14. 14
    Unmanned aerial vehicle micro platform for airborne radar applications

    Unmanned aerial vehicle micro platform for airborne radar applications by Panzner, B., Jostingmeier, A., Omar, A.

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  15. 15
    Closed-form expressions for a number of Fourier-Bessel series encountered in the GSD method (waveguide analysis)

    Closed-form expressions for a number of Fourier-Bessel series encountered in the GSD method (waveguide analysis) by Jostingmeier, A., Rieckmann, C., Omar, A.S.

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  16. 16
    A novel multimodal waveguide technique for the broadband characterization of dielectric material parameters

    A novel multimodal waveguide technique for the broadband characterization of dielectric material parameters by Panzner, B., Jostingmeier, A., Omar, A.

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  17. 17
    A tiny double-ridged horn antenna for subsurface radar applications

    A tiny double-ridged horn antenna for subsurface radar applications by Panzner, B., Jostingmeier, A., Omar, A.

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  18. 18
    Application of a dielectric lens for focusing of a GPR

    Application of a dielectric lens for focusing of a GPR by Teggatz, A., Jostingmeier, A., Omar, A.S.

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  19. 19
    Investigation on the aperture size for SAR focusing of subsurface targets

    Investigation on the aperture size for SAR focusing of subsurface targets by Panzner, B., Jostingmeier, A., Omar, A.

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  20. 20
    Numerically Efficient Computation of a Complete Set of Eigenfunctions in Complex Cavities

    Numerically Efficient Computation of a Complete Set of Eigenfunctions in Complex Cavities by Rieckmann, C., Jöstingmeier, A., Omar, A. S.

    Published in Electromagnetics
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