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Numerical ElectroMagnetics & Semiconductor Industrial Applications

This homework assignment focuses on electrostatic fields and their applications in numerical electromagnetics. Students are tasked to write a program that implements the formulation discussed in the provided material to calculate the capacitance of a unit square conducting plate (1m x 1m) in free space. The results should be verified against Galerkin's solution. Additionally, students will utilize this program to analyze the charge distribution of an arbitrary shape conducting plate and visualize the charge distribution.

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Numerical ElectroMagnetics & Semiconductor Industrial Applications

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  1. National Central University Department of Mathematics Numerical ElectroMagnetics& Semiconductor Industrial Applications Ke-Ying Su Ph.D. 03. Electrostatic Fields

  2. I. Operator Formulation

  3. II. Charged Conducting Plate

  4. Homework 1 1. Write a program, and use the formulation in page 11 to calculate the capacitance of a unit square conducting plate (1m x 1m) in free-space. Verify your result with the Galerkin’s solution in TABLE I, page 12. 2. Use this program to calculate the charge distribution of a arbitrary shape conducting plate in free-space, and draw the charge distribution.

  5. Thank You 

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