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It is very important to obtain the natural frequencies (poles) of the scattering body in the singularity expansion method (SEM). In the Letter, the Kuhn algorithm is introduced to find the SEM poles. The result shows that the Kuhn algorithm can be efficient in determining the poles of complex scatterers.<<ETX>>
A method for economical prediction of substrate currents in submicron-scale MOSFETs is described and validated by comparison of simulation and experimental results. Two-dimensional energy transport simulation is used to obtain average electron energies and temperature, and hole transport is described using the standard drift-diffusion method. Relatively little computation time is required to give...
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