Characterization of the Complex Permittivity of Brain Tissues up to 50 GHz Utilizing a Two-Port Microstrip Test Fixture.............................................................. M.-R. Tofighi and AS Daryoush 2217 An Unconditionally Stable Extended (USE) Finite-Element Time-Domain Solution of Active Nonlinear Microwave Circuits Using Perfectly Matched Layers................................. H.-P. Tsai, Y. Wang, and T. Itoh 2226 Accurate Modeling of Lossy Nonuniform Transmission Lines by Using Differential Quadrature Methods...........
Other Scholarly Work
Xu, Q, Mazumder, P, Fathy, AE et al. Characterization of the Complex Permittivity of Brain Tissues up to 50 GHz Utilizing a Two-Port Microstrip Test Fixture.............................................................. M.-R. Tofighi and AS Daryoush 2217 An Unconditionally Stable Extended (USE) Finite-Element Time-Domain Solution of Active Nonlinear Microwave Circuits Using Perfectly Matched Layers................................. H.-P. Tsai, Y. Wang, and T. Itoh 2226 Accurate Modeling of Lossy Nonuniform Transmission Lines by Using Differential Quadrature Methods...........
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Xu, Q, Mazumder, P, Fathy, AE et al. Characterization of the Complex Permittivity of Brain Tissues up to 50 GHz Utilizing a Two-Port Microstrip Test Fixture.............................................................. M.-R. Tofighi and AS Daryoush 2217 An Unconditionally Stable Extended (USE) Finite-Element Time-Domain Solution of Active Nonlinear Microwave Circuits Using Perfectly Matched Layers................................. H.-P. Tsai, Y. Wang, and T. Itoh 2226 Accurate Modeling of Lossy Nonuniform Transmission Lines by Using Differential Quadrature Methods...........
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