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Full-Text Articles in Nuclear Engineering
Computer Modeling Of Graphene Field Effect Transistors, Drew M. Ryan, Robert S. Bean
Computer Modeling Of Graphene Field Effect Transistors, Drew M. Ryan, Robert S. Bean
The Summer Undergraduate Research Fellowship (SURF) Symposium
Graphene has been the centerpiece of numerous research projects since its discovery in 2004, greatly due to its multitude of unique properties. Its variable conductivity, relative strength, and electron mobility make graphene a prime candidate for applications in the field of radiation detection. While work has been performed in the past on testing radiation detection using graphene using Graphene Field Effect Transistors (GFET), due to its limited size, fabricating GFETs can be tedious and costly. Therefore, a need arose for a way to test potential GFET designs without the cost and limitations of fabricating GFETs for each test iteration. Using …