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7:55 |
Opening Remarks |
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12.1 |
8:00 |
Introduction To EMI Effects on Complex Platforms "P. Uslenghi, University of Illinois at Chicago, USA" |
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12.2 |
8:20 |
Analysis of a Coaxial Cavity with Cross-section Dependent Upon Axial Displacement "J. Young, C. Butler, Clemson University, USA" |
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12.3 |
8:40 |
Field in a Complex Cylindrical/coaxial Cavity Subject To Time-harmonic and Transient Excitation "C. Bopp III, C. Butler, Clemson University, USA" |
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12.4 |
9:00 |
Analysis of Transmission of a Signal Through a Complex Cylindrical/coaxial Cavity by Transmission Line Network Methods "C. Bopp III, C. Butler, Clemson University, USA" |
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12.5 |
9:20 |
Wire Antenna Attached To a Conducting Body and Coupled To an Enclosed Cavity "J. Young, C. Butler, Clemson University, USA" |
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12.6 |
9:40 |
Penetration Through an Aperture Backed by a Channel - Coupled Integral Equation Formulation with Specific Green's Functions "M. Lockard, C. Butler, Clemson University, USA" |
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12.7 |
10:00 |
Effects of Propagation Path on Transient Signals in Electronic Systems "A. Martin, V. Ramani, C. Seerama, Clemson University, USA" |
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12.8 |
10:20 |
Aperture Excitation of a Transmission Line in a Cavity "D. Negri, D. Erricolo, P. Uslenghi, University of Illinois at Chicago, USA" |
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12.9 |
10:40 |
Network Analysis of Multiple Apertures on Cavity Enclosures with Wire Penetrations "T. Yang, T. Ozdemir, E. Siah, J. L. Volakis, University of Michigan, USA" |
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12.10 |
11:00 |
Coupling To a Printed Circuit Board Inside a Cavity from a Wire Penetrating an Aperture "D. R. Jackson, D. R. Wilton, C. Lertsirimit, University of Houston, USA" |
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12.11 |
11:20 |
Generalized FE-BI for Solving Mixed Surface and Volume Geometries "E. Siah, R. W. Kindt, K. Sertel, J. L. Volakis, The University of Michigan, USA" |
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12.12 |
11:40 |
Susceptibility Analysis of a Cavity with an Aperture and System Effects "R. Kollman, H. Yang, University of Illinois at Chicago, USA" |