Task 3: Find the Equivalent Oxide Thickness (EOT)
The equivalent oxide thickness is stated as a distance, which imply the thickness of silicon oxide that is required to get the similar effect as using high-k materials. The term is commonly used to describe the field effect transistors and is often given in nanometers. These formulas have been used: so that, and we can figure out that ε hk=10.6506 while , we can get that EOT=2.8084nm.

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